Student Handbook Index - This page lists and summarizes the chapters of the CAR Student Handbook.
Introduction - This page explains CAR's purpose and mission statement.
Chapter 1 - Student Rights & Responsibilities - This chapter contains legal information about your rights and responsibilities.
Chapter 2 - Center for Accessible Resources Overview - This chapter contains information about CAR's goals and strategies to remove barriers in the classroom.
Chapter 3 - Confidentiality - This chapter discusses FERPA and other confidentiality laws pertaining to disability services in higher education.
Chapter 4 - Applying for Center for Accessible Resources Services - This chapter will instruct you on how to apply for accommodations with CAR.
Chapter 5 - Requesting Accommodations - This chapter details the process for requesting accommodations for classes.
Chapter 6 - Accessible Technology - This chapter lists some of the accessible technologies that CAR provides and lists instructions on how to use these technologies.
Chapter 7- AIM Portal - This chapter will direct you to the AIM Portal and provide instructions on how to use it.
Chapter 8 - Alternate Format - This chapter will instruct you in how to request textbooks in alternate formats.
Chapter 9 - Consideration of Modified Attendance/Assignment Due Dates - This chapter discusses the modified attendance and modified due dates accommodations.
Chapter 10 - Audio Recording - This chapter explains the audio recording lectures accommodation and lists some of the possible technologies CAR can provide to record lectures.
Chapter 11 - Center for Accessible Resources Technology Center - This chapter lists the hours and purposes of the CAR Technology Center.
Chapter 12 - Equipment and Locker Check Out - This chapter lists the locations of CAR lockers and guidelines for using them.
Chapter 13 - Furniture - This chapter lists the guidelines for the furniture accommodation.
Chapter 14 - Service Animals - This chapter discusses the difference between service animals and emotional support animals and lists the requirements for bringing a service animal into a classroom environment.
Chapter 15 - Service Providers - This chapter lists the tasks service providers may do and offers guidelines for working with a service provider.
Chapter 16- Sign Language Interpreters - This chapter provides information specific to sign language interpreters.
Chapter 17 - Classroom Relocation - This chapter provides information on when to request a classroom relocation.
Chapter 18 - Test Accommodations - This chapter will instruct you in how to request testing accommodations through the AIM database and lists the procedures for testing in the CAR testing center.
Chapter 19 - Student Agreements - This chapter contains PDFS of the agreements students must sign in order to receive certain accommodations from CAR.
Chapter 20 - Grievance Procedures - This chapter explains the process for filing a complaint or grievance.
Chapter 21 - CAR Tutorials - This chapter contains video tutorials on many subjects related to CAR, including instructions for requesting accommodations.
Chapter 22- Communication Tools - This chapter gives students templates and guidelines for interacting with instructors about issues involving CAR.


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Pakistani comedian shakes bellies in Dubai
Salman Qureishi performs in Dubai
The UAE-based Pakistani expats, are the new breed of comedians in the city
By Natalia Ahmed
Published: Wed 14 Aug 2019, 5:41 PM
Last updated: Wed 14 Aug 2019, 7:44 PM
As Dubai has grown, the city attracts a number of performance artists, from actors and directors to comedians and stand-up comics. Over the past few years, Dubai has introduced a number of comedy clubs and performance schools, encouraging young and old alike to entertain Dubai's diverse audiences with hilarious stories and anecdotes.
One particular funny-man is Salman Qureishi, UAE-based Pakistani who turned to stand-up comedy in an effort to find some excitement in life. Having performed at the Courtyard Playhouse, the Junction, and other open spaces, Qureishi shares some of the challenges and perks of being a stand-up comedian in Dubai.
When asked about addressing international, diverse audiences in Dubai, he sees it as a boon, saying, "You get to connect with a wider range of topics, and it was more fun to get everyone to laugh at your jokes."
For him, the goal was "to find commonalities instead of the differences between people". One interesting discovery is that, at the end of the day, most people have the same troubles, insecurities, and bumps in life, allowing him to unite a broad group under one roof, laughing at the same joke.
When asked about the future of stand-up, Qureishi sees this as long lasting, arguing that as a naked art-form, there is a sense of honesty about comics (emotionally) revealing themselves on stage. Because of its honesty, he says, "it might evolve, but people will always gravitate towards it".
Qureishi is also excited to announce a future mini-Gulf tour, where Dubai will work as a 'launching pad' for Qureishi's and Miqdaad's comedy tour, starting in December. Apart from this, the pair are also working on a web series, which is still in the early stages - so fans, keep an eye out!
When asked about any tips or pointers for younger comics, he urges them to perform at least 15-20 gigs, to get a feel of the stage. He says, "By then, you'll either get hooked, or you'll go, this is not for me'. It's important not to give up after one or two". Considering that some shows can go badly (even for experienced comics), it is important to perform multiple in order to find your stride, as a performer and a comedian.
Regarding Manjunath Naidu's unfortunate demise, Qureishi argues that stand-up comedy is a naked and volatile art-form, where "some days you're walking out like a rock-star, other days you're walking out with thoughts like, 'why am I even doing this?'" The unpredictability of audiences to laugh at jokes and personal stories can become anxiety inducing and can negatively affect a comic's mental health.
He points out that it is important for comics to speak to each other, that communication and awareness is important between comics to maintain mental stability.
Fortunately, the comedy community is ever-growing and ever-welcome of new faces and new ideas. As the art form rises in popularity, more and more local and regional comics enter Dubai's stages.
One hope for Qureishi is that Dubai grows to include more regional comics and make them an attraction for global audiences, rather than invite international comics to the stage. Luckily, we are able to see such growth in Dubai's comedy community and in audience acceptance of local comics.
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By Pacific Coast Business Times Staff Monday, February 1st, 2010
The faltering economy continued to devastate air travel totals in 2009, but one regional airport said the economic tailspin may have actually helped it in the long run.
Year-to-date declines in tri-county passengers ranged from 25 percent in Oxnard to roughly 9 percent in Santa Barbara thanks to higher fuel costs, flight cutbacks and fewer travelers. But the competitive environment also means that Santa Barbara Municipal Airport, the region's largest, is coming in millions underbudget on a massive terminal project.
"It's definitely a silver lining," said Santa Barbara Municipal Airport Assistant Director Hazel Johns. "The down economy in this particular case really helped us because the abundance of bidders made all the difference in our project costs."
The full version of this article is only available in the print edition. To view everything the Business Times offers, see this week's print version or SUBSCRIBE to the print edition for $49.99 today.


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Into Music Live Review: The Long Ryders – Oran Mor
Home → Culture → Into Music Live Review: The Long Ryders – Oran Mor
On Friday, 3 January, 2020 / Culture, Live Reviews, Music / Leave a comment
Act: The Long Ryders
Venue: Oran Mor, Glasgow
On a cold autumn night, the faithful gathered under a spire to hail the return of The Long Ryders, last seen in Glasgow in 2004, when they lit up King Tut's with their own special brand of jingly-jangly Americana. They were now out on tour to promote Psychedelic Country Soul, their first new album for three decades.
The Long Ryders began life as a band back in 1981, and have had more comebacks than Frank Sinatra, breaking up at least three times between then and now. They were formed in Los Angeles, California, when Sid Griffin left his punk band The Unclaimed after having bonded musically with former Boxboys drummer Greg Sowders at a jam session in Silverlake. The other guitar player, Stephen McCarthy, a country music lover new to L.A. stepped in after answering a 'Musician Wanted' ad in a local Korean free newspaper. They eventually found the right bass player after a few false starts, when Indiana's own Tom Stephens signed up for the band.
While most of the rest of the world were listening to, or creating eighties synth rock, the Ryders were bashing out their own brand of punk mixed in with electric folk and country. The band have been described as the founders of the genre 'Alt Country', and helped inspire various acts including The Jayhawks, Uncle Tupelo and Lucinda Williams.
Oran Mor as a music venue came about as a result of the conversion of a well known church in the West End of Glasgow into a centre for entertainment, and it was made for nights like the return of The Ryders. It's just the right size to accommodate the five hundred souls who packed the auditorium, creating the noisy, vibrant atmosphere of a big crowd, without losing the warmth and intimacy which only smaller rooms can provide.
The audience, as is usual in Glasgow, gave good-natured encouragement to the support act, Hannah Rose Platt, before preparing themselves for the arrival of the Ryders.
As that time drew nearer, the buzz of excitement grew, and the air crackled with anticipation of what was to come.
The dimming of the lights heralded the appearance on stage of the boys themselves, swiftly followed by the first big, bouncy chords of Gunslinger Man. The Ryders have a sound which is uniquely theirs, but elements of The Byrds, The Clash, Gram Parsons and Tom Petty can be heard in their songs, particularly when given the live treatment.
The band doesn't really have a 'front man' , as Stephen, Tom and Sid take it in turn to provide lead vocals, but it was hard to take your eyes off Sid. He bounced around and wore the expression of someone who is living every word of every song, and can't think of a place he would rather be, than up there on that stage. Stephen and Tom are also supremely talented musicians and songwriters, swapping guitar for bass from time to time when the song required.
All too soon, the pulsating ninety minute set came to a close with a suitably raucous version of Lights of Downtown, however the boys didn't need too much persuasion to come back out and wow the crowd with Psychedelic Country Soul and Looking for Lewis and Clark, which was accompanied with great gusto by everyone in the room. Sid then came back out on his own and sang an a capella version of I belong to Glasgow, which further delighted the audience.
What a great way to bring the night to a close and, after this performance, let's hope it's not another fifteen years before the Ryders are back to thrill their fans again with a visit to 'Dear Old Glasgow Town'.
Alan Bryce
@thelongryders
@hannahroseplatt
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Home › MUJERES CAN DO ANYTHING › Things to do before a job interview.
Things to do before a job interview.
Hola Bonitas! Finding a job that suits your needs can be tough. Then there's the interview and selection process that's a whole challenge within its self. Here are some tips and tricks I've learned along the way that I know will help you. I worked fashion retail for 10+ years; 3 years of those being a recruiting and training manager. So you're getting real advice from a girl who went through several interviews. Some good, some bad, and some unforgettable ones.
Be Confident. There's nothing worse than overthinking a situation that you don't have full control of. Don't stress about the things you can't control mujer. Before your interview, listen to your favorite music, meditate, tell yourself "You got this!", visualize yourself acing that interview. I am a firm supporter in creating good energy for yourself before an interview you can manifest a great outcome. The door has opened, you're in the building, now make the best of it. If it doesn't work out, a new opportunity is on the way BONITA!
Buena Suerte Muchachas! Remember, eres poderosa, eres magia, and you can do anything!


1. This parable follows the parable of the ten virgins from last Sunday's Gospel.
2. It is both a parable of discipleship (how we are serving in God's Kingdom) and of future judgment (how we will be judged when Our Lord returns).
4. A "talent" was the largest denomination in Greek currency, roughly equivalent to 10,000 denarii. In another parable we are told that one denarius is one day's wage. We might equate a talent with a million dollars in our economy. The point here being that even one "talent" was equivalent to a persons lifetime of earning. What should not be lost on the modern reader is that "talent" was money, not aptitude.
5. Each servant is entrusted with this enormous gift, i.e. each Christian believer has been given everything they need in life freely from Our Lord whose salvation is a gift to us.
6. The master leaves no instruction on what to do with the money that he leaves to his servants before going on his journey. In the end the accounting will relate to how the master is thought of and how this propels the good servants to use their talents versus the wicked one.
7. "Immediately" the good servants put the money they have received to use and make more, the bad servant buries it in the ground (might this be an indication of believing in death more than life—already a sign of living not with belief in the resurrection and return of Jesus but rather fearing that he will not return and death is the true end?) St. John Chrysostom interpreted this behavior as "selfishness" an unwillingness to help others.
8. It was considered "safe" to bury money in the ground to protect it from thieves, but this behavior is condemned by Jesus. His followers are to let their light shine before all. Belonging to the Kingdom is all about risk because it is belief in the power of the cross not fear of those who can take one's life but rather fear of him who after our life has been taken can cast us into Gehenna.
10. In the parable the master returns "After a long time"…a theme that at least in Matthew's Gospel, Jesus return, his second coming doesn't happen when his disciples expect (in Matthew 24 an immediate return is forecast, in 25 a later than expected return is forecast—we know neither the day nor the hour).
11. The confession of the servant acknowledges that what they made of their talents (life?) was made possible first of all because of the gift of the talent in the first place from the Lord. His response "Well done, my good and faithful servant" echoes what every disciple desires and echoes the sentiments of those who felt "joy" at the funerals of both Pope John Paul II and Blessed Mother Teresa who stand as modern examples of the good servants in this parable. Notice the response of the Lord to the second servant entrusted with less talents at the beginning of the parable is the same.
12. One might take the "wicked, lazy servant" as those who believe that God is so all powerful that they literally do not matter. Yet the point of the Gospel is that while God is all powerful he has humbled himself and given us a mission. Our prayers, good works all empowered by Him do matter and we can not stand back asking God why he delays in returning when he has empowered us to do His will on this earth. What are we doing with the power that God has entrusted us? Do we pray like everything depends upon our prayers? Do we work and speak out like everything depends upon our efforts and voice? Or do we wait for those good and faithful servants to do this for us?
13. The wicked servant seems to think that his action was "good" even though it leads to his condemnation. This parable attacks humility when it is used as a pretense for not acting and as a way of using God as a foil for our own inactivity.
14. The wicked servant is cast out into the darkness. Might there be a psychological interpretation for the fruit of a life lived not for others but for self? One does not feel that they have used their lives wisely.
Read Matthew 25:14-30 slowly. What strikes you as you read the selection? You might want to read it again before you go to Mass on Sunday.
Listen to all of the readings at Mass. How do the First Reading and Responsorial Psalm add to what the Gospel says? What speaks to you as you hear the Gospel proclaimed? What in the homily touches you or adds to what you were already thinking?
How can you take the gift of your Baptism and use it daily to add to the Kingdom of God? Where can you bring healing to others? Who needs your prayers? Who needs the money that God has entrusted to you? How can you take what you have been given and have more to give Our Lord when he returns?
This is very helpful as I prepare for my homily. Actually, it is filled with ideas so it makes a good homily aid, where most homily aids try to give a canned homily. Canned homilies are awful and do not fit local situations.
I had read the gospel like 2 or 3 times and while on Mass I started mouthing some of the things the Priest was saying, I chuckled inside because it has happened other times to me, like when I got to early easter mass late and the priest gave me a look because I had forgotten to take off my cap. Then again he was looking at me because I was mouthing the words he was saying of the Psalms. I read the Psalms and the other scriptures and yes with a study guide and it has become a way for me to be in church and while the priest or lector is saying the words I just mouth them with them. And as the scripture says, " no solo de pan vivira el hombre. and also the one. "toda palabra que sale de mi boca no volvera a mi vacia" (not only of bread will man live, all word that comes out of my mouth will not return empty). So if you read the scripture and try to make it part of your life (I call them my Christian mantras and yes people have commented on that term) but they work. So read on and meditate, do the lectio while ora et labora.


We want to thank you for your interest in Southpine. Our goal is to clearly communicate a message of the hope that we have in Jesus Christ. This hope is not found in religion or anything that we can see, but only in a personal relationship with Jesus. Our mission at Southpine is to see you CONNECT, GROW and SERVE . . .
CONNECT with God through friendships.
GROW in Christ through Saturday messages and small groups.
SERVE God and other through the local church and its ministries.
If you are able to visit Southpine, we would love for you to attend one of our small groups, Saturday or week days. Being involved in a small group study provides an opportunity to ask the questions you have always wanted to ask; to be encouraged by others who face the same challenges that you might be facing; and to be part of a care group committed to helping you through life's struggles.
For more information about Southpine, please explore this website or submit a contact request to Senior Pastor David Gillespie. Once again, thank you for your interest in Southpine – we look forward to worshipping with you soon!


We showcase the newest technologies and give you a glimpse of the future. We offer lectures about storytelling in interactive VR an AR and we teach schools and companies in how to use 360 VR video for their own projects.
Lenovo Mirage Solo, Samsung Gear VR, HTC Vive Pro, HP mixed reality, Google Cardboard, PlayStation Virtual reality. Myndplay EEG headband. Yi 360 camera. Leap motion.
Augmented reality is the real world being overlapped with a text or a 2D/3D image/video. Augmented reality is so far experienced through a phone or a tablet, but more companies are now building Augmented reality glasses. You interact with the content by touching the screen or by a controller. Most famous AR game is Pokémon GO.
Mixed reality mixes the real world with virtual objects. The objects are placed in the real world and you can walk around them and interact with them. The headset is like a pair of real glasses. It has a build in computer and inside out tracking to track the room. Several people can simultaniously have the same experience and interact with the same objects.


I'm excited about sharing this opportunity with you.
As a business owner. I set my own schedule, work the hours I want to work, and earn as much as I want to earn (no sales quotas and no pressure). Best of all, the product is something everyone needs, almost no one has heard of, and my commissions are deposited directly into my bank account every day. For our hard work, my associates and I are rewarded with cash incentives, a car bonus, an all expense paid trips to international destinations.
The company that has given me the opportunity to work for myself at my own pace has itself has been in business for more than 45 years. It's a solid company with a tested and proven business model.
I enjoy more time with my family and working with people who see value in using e-commerce, training, and a high-demand product to realize economic and social returns. Anyone with the right attitude and work ethic could potentially succeed.
To learn more, explore this site and watch the movies. Please don't hesitate to enter a specific question if you want more information.


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1953 New Practitioner
Tery Baskin Scholarship
Remington Endowment
Elizabeth K. Keyes Scholarship
East Terrace Pavers
Honoring an Influential Leader and Mentor
Recognition & Naming Programs
Participate in a Project
Project IMPACT: Diabetes
Diabetes Ten City Challenge
Patient Self-Management Program: Diabetes
The Appointment-Based Model
Alzheimer's Disease Screening Project
Collaborative Practice Agreements
Rose's Story
Pavers on the East Terrace of APhA Headquarters serve as a highly visible, memorable way to honor pharmacists. Many individuals purchase a paver for themselves or a loved one, but some of the most incredible stories come from those who reserve a paver for a mentor who significantly influenced their life.
Rose Babbitt, Vice President of Federal Contracts and Grants at APhA, decided this December to honor her mentor William Warner with a paver. Babbitt worked for Mr. Warner at his drug store from the time she was 15 years old until the store caught fire in 1980.
In her neighborhood, on the south side of Chicago, he was a "hero to all of us kids," Babbitt says. "He was a very positive influence not only on my life, but on other kids in the neighborhood."
After being let go from the chain drug store DeKoven, Mr. Warner later bought the same complex and opened his own store in its place - Warner's Drug Store. His return to the complex and his success there was truly inspirational. "He employed many of the kids in my neighborhood. We all got our start there," Babbitt says. She learned many important aspects of business from Mr. Warner, including how to run a store, take inventory and provide good customer service. "He would make me take inserts out of the medicine bottles and file them alphabetically. Then he would quiz me," she says. Babbitt credits Mr. Warner with teaching her to pay attention and be a responsible adult and with her decision to pursue a career in pharmacy.
In late 2013, she decided to purchase a paver at APhA Headquarters and felt compelled to dedicate it to her first mentor. "I thought, 'what if his great grandchildren came to DC and visited the American Pharmacists Association to see if there was any mention of their great grandfather'," she says.
Thank you Rose for sharing your story with us.
Donors like Rose and others not only help further our mission, but also help us provide well-deserved recognition to pharmacy leaders who have influenced the lives of others.
Ready to Recognize Your Mentor?
Purchase a paver today in their honor.
Reserve a Paver
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Pope Francis will visit the shrine at Knock when he goes to Ireland in August – the first papal visit in nearly 40 years – but Northern Ireland is not on his 36-hour itinerary.
The Pope will arrive at Dublin Airport at 10.30 am. He will meet President Michael Higgins at his official residence and workplace, Áras an Uachtaráin, before meeting dignitaries and giving a speech in Dublin Castle at midday. He will visit St Mary's Pro-Cathedral in the afternoon before a private visit to the Capuchin day centre for homeless families; in the evening he will host the feast of the families in Croke Park, making a speech.
Pope Francis will fly to Knock the next morning for a brief visit to the Shrine; he will say the Angelus on the square in front of the Shrine. He will return to Dublin for lunch with the papal delegation, then will say Mass in Phoenix Park at 3 pm, giving the homily; 500,000 tickets are being made available. He will be meeting with the bishops at the Convent of the Dominican Sisters, and give a speech. There will be a farewell ceremony at Dublin Airport at 6.30 before the Pope returns to Rome.
Archbishop Diarmuid Martin said he hopes Pope Francis's visit "will open out for families renewed inspiration, hope and healing".
"The visit of Pope Francis to the World Meeting of Families in Dublin must not be just a once off event," he said.
"We were really hoping this might be an opportunity and I think he really would love to come to Northern Ireland but I suppose the pressures of this particular event and all he wants to do for the World Meeting of the families has overtaken that,'" he said.


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Crotalaria polysperma är en ärtväxtart som beskrevs av Karl Theodor Kotschy. Crotalaria polysperma ingår i släktet sunnhampor, och familjen ärtväxter. Inga underarter finns listade i Catalogue of Life.

Källor

Externa länkar

Sunnhampor
polysperma

redpajama_set_name: RedPajamaWikipedia


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How to Make Your 3D Rapid Prototypes Processes
How to Make Your 3D…
Currently, several new manufacturing technique additives are being developed and manufactured. Some of these techniques are ideal for consumer applications and industrial environments but not suited for rapid prototyping. Today, we will share the main several 3D rapid prototypes processes in order to see their advantage and weaknesses, so that you can know which best one will be suited with your projects.
Below are the top 7 main 3D rapid prototypes manufacturing processes
This is the most used RP-technology. It can be used to produce detailed and accurate polymer parts. It's best used in making prototypes and vacuum casting master patterns. It is fast and cost-effective. The finished product is usually not strong enough and has a good surface finish. Depending on the machine you are using, the product may either need support or not.
The self-adhesive property makes the layers to bond and forms a complete 3D object when several layers have been formed. Layers are derived from 2-dimensional cross-sections of the three dimensional CAD model. It has become the default computer language that is used by most 3-dimensional printers despite the printing technology being used.
This 3D rapid prototype was patented in 1989. The basic concept of this technique is similar to stereolithography. It's commonly used in additive manufacturing in critical fields such as aerospace, medicine, and aerospace. Fine metal powder of equal size and shape is welded fully on a building plate using a high powered laser in a sealed chamber.
This type of prototyping uses a laser to sinter power method. This method can work in both metal and plastic prototypes. A major strength of this method is that parts can be manufactured using complex geometrics which would be otherwise difficult to do so.
The surface finish is however rough and it may require more work to complete it. Its strength is not very good compared to SLA printed parts. The powder should be kept at elevated temperatures. Additional support structures may not be required since the excess powder in each layer acts as support.
This is a relatively new three-dimensional prototype. The prototype has the potential to become a high volume mass-producing technique. Hundreds of nozzles are used to spray very fine droplets of the liquid binder to form a layer which is then compacted using a roller. It's then re-coated with powder and sprayed again for the other layer.
The semi-finished parts should be cured in an oven to fuse the metal powder into a solid when they are removed from the build chamber. This method can be used to print many parts at a go. However, these parts aren't as strong as SLS parts which are fully welded. The technology is still under development and it's expected to be cost-effective compared to earlier technologies.
This technology uses a spool of plastic filaments melted inside the barrel of printing nozzles. It's the kind of 3D rapid prototypes used at home or in small shops. A hot liquid resin is laid layer by layer and it's controlled using a .stl cutting program.
It is an easy-to-use technique which is not expensive. It is also safe enough to be used by kids. However, some of the weaknesses of this technology include poor resolution and weak parts. It is however ideal for making models and prototypes used during initial development.
This is a form of powder-bed fusion. It's an industrial technology that requires controlled conditions. Metal powders commonly used include titanium, cobalt chrome, stainless steel, and maraging steel.
It's the technology preferred for making sophisticated and very strong parts. The technology is also expensive and it's controlled by a qualified engineer. It's best suited for demanding applications such as aerospace, defense, automotive, and medical parts.
Digital Light Processing (DLP)
This is a technology similar to the SLA technique. It requires post building curing and support structures. The process is faster and a shallow reservoir of photoresist may be used to cut down costs.
A conventional light source is used to cure the resin. There is a variation of this process known as continuous liquid interface production. The parts are pulled in a continuous motion from the vat with no layers using a non-interrupted process.
When the parts are withdrawn, they cross a light barrier which is programmed to alter the configuration to form the requisite pattern on the plastic. The finished product has a smooth finish and excellent dimensional tolerance.
Laminated Object Manufacturing (LOM)
This technology uses thermoplastic materials and the surface finish is usually rough. metal foil, plastic sheet, or paper laminates can be used. The technology is cheaper compared to SLM or SLS and the finished product is also less sophisticated. Using paper laminates produces a finished product that is similar to wood and can be worked on accordingly.
The thickness of the layer is dropped and a new laminate glued on top and the process is repeated. The stacking method results in finished parts that aren't too sophisticated.
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Category: Rapid prototypeBy creatingway_ricky August 26, 2018
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Osoby o tym nazwisku:
 Marek Węcowski − polski historyk
 Piotr Węcowski − polski historyk


MAXIMUS recruiter Thomas Griego led the Pizza My Mind presentation for last week. MAXIMUS is an international provider of consulting solutions and program manager that specializes in working for the government. The company is active in the United States, Australia, Canada, and the UK as well as other countries. MAXIMUS does not work for non government clients.
The company is focused on providing innovative technology solutions to help improve government programs in order to allow citizens to better engage with their government. MAXIMUS currently has a strong reputation as a tax exempt non-profit organization funded by employee donations that are backed in full by the company. Competitive grant making programs are available. Currently the company is very successful in gaining grants as well.
The government prefers to work with Java, angular JS, HTML, and css among other programming languages. MAXIMUS software development hires are preferred to have experience in those areas.
The internship application date unfortunately passed very quickly after this presentation but for future reference MAXIMUS generally gives 45 minute interviews to new applicants. US citizenship is required. Applicants are normally asked to live in or around Reston VA during the summer.
MAXIMUS is a very promising company who was very open to providing advice to future applicants even if that advice steers them away from MAXIMUS. If you'd like to know more check out their website.
In case you missed Pizza My Mind presented by Coveros, a recap is below.
The presentation was led by Coveros CEO Jeffery Payne. Coveros is Payne's second company and he is always looking to innovate. The company focuses on coaching organizations through the implementation and use of Agile development methods. The services include transforming to agile for the first time, new development under agile, DevOps implementations, as well software testing and security assistance.
Jeffery Payne addressing the crowd.
Coveros focuses heavily on two open source projects. SecureCl for DevOps automation and the test automation framework Selenified. Clients of the company include Liberty Mutual and Fannie Mae among many others. Notable projects include being brought in to help correct the infamous healthcare.gov website and get it properly functioning as well as working with Abiomed team to transition them properly to Agile methodologies.
Employees at Coveros enjoy a relatively small company with a lot of room to grow personally through training and as a company. Coveros is looking to employ summer interns and full time employees. Long term employees at Coveros are able to access full financial details of the company as well as profit sharing in the event they company does well.
Coveros is based in the DC area and applicants are preferred to live in that area or close to it. Former Coveros intern Sadie Rynestad spoke highly of her experience at Coveros where she created an android app during her time there. She was trained in several of Coveros' products and general junit and DevOps.
Jeffery Payne is an exceptional speaker and competent CEO who take new hires far. Consider Coveros.


Q: The U.N. came after you were defeated for the Senate. How did you get that job?
BUSH: President Nixon called me down to the White House and . . . he suggested I might come to the White House as an aide. And I didn't want to do that. So I knew that [Charles] Yost was leaving as ambassador to the U.N. and I said well, what about going there? Even though I'd had no experience, I felt like I knew how Nixon felt about the New York establishment–and at that time Mayor Lindsay criticizing him. And I think he saw, well here's a guy that knows about politics and could learn about the intricacies of foreign affairs. So he sent me up there and I loved it.
Q: Were you thinking then about presidency?
BUSH: I don't think so, no. I don't think I could have been.
Q: How long were you at the U.N.?
Q: What'd you learn there?
BUSH: I learned that the United Nations is like a parliamentary body in a sense. You're working for votes. I learned that you can't always do it your way. I learned to treat other countries, large and small, with respect. Even the small ones. Once I went to call on the Burundi embassy which consisted of a secretary, the ambassador and one other guy. And word spread through the United Nations that the United States ambassador is willing to reach out. And that helped. When you get down to some close votes, and a person who didn't have instructions could vote as he chose, we could win some votes that way.
[I] met a lot of people that my life would interact with later on and various foreign policy agenda. I loved it, I loved it.
Q: Had you started your note-writing habit by then?
BUSH: Oh, I'm sure I did. I started when I was a teenager. And I'd write notes to different ambassadors. I remember sometimes those meetings got pretty boring. And I found that most ambassadors, including Yakov Malik, the hard liner, the cold warrior from the Soviet Union, had a sense of humor. And so I'd send him a little note. Get the marvelous, beautiful woman that delivered messages. I'd write it down, looking very serious. "Take this to the Soviet ambassador." And he'd look over and smile. It would be some humorous thing. It was fun. That part was fun. You could relax with people.
I gave a party for the ten most overrated New Yorkers. My name was on the list. I thought that was a little unfair, but the guy that wrote the story felt I was worthy of the honor. And I invited a bunch of the diplomats and I remember one of the ambassadors saying, "What is this ten most overrated New Yorkers?" I got a letter from Jake Javits saying that he thought it was a little beneath the dignity of my office to do it. But it was fun. Bring all these people in. Needle yourself and them a little bit and put a human face on diplomacy. It doesn't hurt.
A Lifetime Habit of Note-Writing: I'll tell you what it did do. As I would write notes to world leaders, it built a kind of personal trust. They might disagree on this issue or that, but I believe in personal diplomacy. And part of personal diplomacy as I described it would be writing a little note.. Telling a guy how much you enjoyed a speech he gave. Or here's a thank you for the marvelous time at Rambouillet. Or thank you, we loved having you come to Kennebunkport. And in it you'd work in a little substance, but the main thing was the fact of the communication. That I think did add to my ability when the going got tough or when problems got big to converse frankly with the recipients.
Q: Why'd you go to China?
BUSH: Because I thought that was the future. And I'm glad I went. President Ford was very generous saying Paris was open and London was open, which are both very import posts—Well, I also knew I wanted to do try to do a little more in the foreign affairs area… Thought about those and I said "Well how about China?" Because David Bruce, senior diplomat, was coming home. And he said well let me check. And I said well he might not like it because I defended the dual representation policy at the U.N. And China might not accept me. You better check with Henry Kissinger. Well, Kissinger said he thought it'd be alright. And the Chinese sent an agreement to President Ford right away. So it worked and I loved it.
Q: You tried to learn Chinese?
BUSH: Everyday—for five days a week.
Q: What did you learn from your experience as Chinese liaison?
BUSH: I learned how to buy noodles in Chinese. No, I learned about the importance of China. I was there in China at a tough time. I saw the disadvantage of a totally closed society. But having been there, I appreciate that there are far more human liberties and human rights in China today than when we lived there. It's not perfect by a long shot.
I learned that the family is still a strong entity in China. I went out there in 1974 thinking well the family is falling apart in China. All their kids have been sent down to the countryside to be indoctrinated. The minute I got there, I saw how wrong that was. And I saw the beginning of growth, real kind of growth in China – but it was closed, society was closed. You couldn't go into a person's home. People were scared to talk to you. And you were followed if you went up a hutong, a little alley. So I learned a lot. I learned a lot about the blessings of freedom—our freedom.


Gardening for the Faint of Heart by Robin Wheeler.
"Are you too embarrassed to ask the simple, rudimentary questions about gardening? Are you too timid to enjoy, or even start a garden? You, then, are the faint of heart, and at last there is a book just for you.
A non-threatening guide for the novice gardener, Gardening for the Faint of Heart outlines all the basics of backyard botany -- from planting to pruning, from preparing your soil to reaping the harvest. With wisdom and self-deprecating wit reminiscent of Erma Bombeck, Robin Wheeler guides the reader safely through all the pitfalls that may face neophyte agriculturists. Gardening for the Faint of Heart offers endless tips on growing vegetables, herbs, berry bushes, fruit trees and flowers. Where, when and what to plant, and how to have fun doing it -- it's all here."
Softcover, 184 pages, published by Raincoast Books, Canada.
Wonderful condition - basically brand new.


text:
Laws, Policy, Regulations
Cyware Hacker News
Canada unveils new cybersecurity strategy to bolster defenses against evolving cyberthreats
The Canadian federal government has rolled out a new cybersecurity strategy to shore up its defenses and protect the country and its citizens against evolving threats and cybercrimes.
The plan is an update to Canada's first cybersecurity strategy in 2010 and is backed by an investment of CA $500 million dollars which will be spent over the next five years. The core strategy of the new plan includes a range of initiatives aimed at securing public and businesses such as the establishment of a new cybersecurity centre, a certification program for small businesses that want to escalate their cyber defense system and more resources for RCMP (Royal Canadian Mounted Police) to tackle online crime.
"Major corporations, industries and our international allies and partners are engaged in the global cyber challenge. But many others are not — representing a significant risk, but also a missed opportunity in this rapidly growing global industry. While it is important to be keenly aware of cyber threats, Canada's cybersecurity policy cannot be driven by fear and defensiveness", Public Safety Minister Ralph Goodale said in a press release.
The new certification program will be built in consultation with industry, SMEs and potential certification bodies. The department of Innovation, Science and Economic (ISED) will be responsible for approving the program while the Communications Security Establishment (CSE) will define a basic set of measures for SMEs. The Standard Council of Canada will approve certification bodies that will evaluate whether the SMEs have met the necessary security standards.
Approximately 71 percent of data breaches in Canada involve a small or medium-sized business. According to the strategy document, Ottawa will take "a leadership role to advance cybersecurity in Canada and will, in coordination with allies, work to shape the international cybersecurity environment in Canada's favor."
"The strategy is the roadmap for Canada's path forward on cybersecurity and is designed to meet the objectives and priorities of Canadians. We are proud to be leading the way," Goodale said.
Although the new strategy garnered praise for helping small businesses better protect themselves, the Council of Canadian Innovators said it was "disappointing to see lack of commitment to build Canada's cyber sector."
"Cyber is the fastest growing ICT sector in the world and domestic innovators present an opportunity for our government to grow our economy and deploy world-class technology solutions for protecting Canada's digital borders," executive director Benjamin Bergen said in a statement.
Federal Cybersecurity Spending
Cybersecurity Centre
Trik spam botnet leaking over 43 million email addresse ...
Breaches and Incidents
Third-party macOS security tool bug allowed malware to ...


Warm hints: The word in this article is about 4800 words and the reading time is about 28 minutes.
Intelligent sensor,also called "smart sensor",as a tool for human access to information, sensors are an important part of modern information technology. In the traditional sense, the output of the sensor is mostly analog signal. It doesn't have the function of signal processing and networking. It needs to connect to a specific measuring instrument to complete the signal processing and transmission function.
Smart sensors can process raw data internally, and can exchange data with the outside world through standard interfaces, and change the work of sensors by software control according to actual needs, so as to achieve intellectualization and networking. Because of the use of standard bus interface, the intelligent sensor has good openness and expansibility, which has brought great development space to the expansion of the system. So what is an intelligent sensor?
Application chemical,Nework,medical and etc. Feature High precision,high stability,high reliability and etc.
The concept of smart sensors was first introduced by NASA in the process of developing a spaceship and formed a product in 1979. Spaceships need lots of sensors to send data, such as temperature, position, velocity and attitude to the ground or spacecraft, even though using a large computer, it is difficult to process such huge data at the same time. Besides, the spacecraft restricts the volume and weight of the computer. It is hoped that the sensor itself has information processing function, so the smart sensor will appear when the sensor is combined with the microprocessor.
This video explains what is intelligent sensor clearly.
Intelligent sensor is a kind of function that can sense and detect a certain object's information, and can learn, judge and process signals, and has a new type of sensor with communication and management functions. The intelligent sensor has the ability to automatically calibrate, calibrate, compensate and collect data. Its capability determines that the intelligent sensor has high accuracy and resolution, high stability and reliability, and good adaptability. Compared with traditional sensors, it has high performance price ratio. Early intelligent sensors are processed and converted from the output signal of the sensor to the microprocessor for operation. In 80s, the smart sensor mainly focused on microprocessor, and integrated the sensor signal conditioning circuit, microelectronic computer memory and interface circuit to a chip, so that the sensor has certain AI. In 90s, intelligent measurement technology has been further improved, so that the sensor to achieve miniaturization, integration, array, digital structure, convenient use, simple operation, and has the function of self diagnosis, memory and information processing function, data storage function, multi parameter measurement, network communication function, logical thinking and judging function.
The intelligent sensor system is mainly composed of sensors, microprocessors and related circuits, as shown in the picture. The sensor converts the measured physical quantity and chemical quantity to the corresponding electrical signal, sends it to the signal modulation circuit, and then sends it to the microprocessor after filtering, amplifying and A/D conversion. Microprocessor computing, storage, data analysis and processing of the received signal, a feedback loop of the sensor and signal conditioning circuit is adjusted in order to achieve the regulation and control of measurement process; on the other hand, the processing result is transmitted to the output interface, the interface circuit after processing according to the output format, output interface customization the measurement results of digital. Microprocessor is the core of intelligent sensor. Because of the function of various software, the sensor is intelligentized, and the performance of sensor is greatly improved.
Intelligent sensor through the automatic zero correction and removal of zero, standard reference real-time automatic contrast overall system calibration, nonlinear system error, a large number of real-time data analysis and processing, to eliminate the effects of accidental error, ensure the accuracy of intelligent sensor.
The intelligent sensor system can automatically compensate for the characteristics of working conditions and the environment parameters change caused by the drift of zero and sensitivity such as environmental temperature, system supply voltage fluctuations caused by drift; can automatically transform the range in the measured parameters, the real-time system of self inspection, analysis and judgment of the data rationality emergency treatment, and automatic abnormal situation.
The intelligent sensor has data storage, memory and information processing functions, through digital filtering and correlation analysis, can remove the noise in the input data, the automatic extraction of useful data; through data fusion, neural network technique can eliminate the influence of many parameters under the condition of cross sensitivity.
Intelligent sensor has the function of judgement, analysis and processing. It can make decisions about the power supply of each part and the data transmission rate with high / top computers according to the working conditions of the system, so that the system works in the optimal low power state and optimizes the transmission efficiency.
The intelligent sensor has high performance, not like the traditional sensor technology that through the pursuit of perfection, the sensor itself in all aspects of sensor design and debugging, carefully crafted handicrafts "to obtain, but through the combination of computer and microprocessor / micro chip, using integrated circuit technology and cheap and powerful software to achieve, so it has high performance price ratio.
>(1) We observe the natural phenomena around us. The common signals are sound, light, electricity, heat, force and chemistry. Sensitive element measurements are generally measured in two ways: direct and indirect measurements.
The intelligent sensor has a complex function, which can measure a variety of physical quantities and chemical quantities at the same time, and gives information that can reflect the law of material motion in a more comprehensive way. As a composite liquid sensor California University, temperature, velocity, pressure and density can be measured at the same time medium. The composite mechanical sensor developed by the EG&GIC Sensors company in the United States can measure the three-dimensional vibration acceleration, velocity and displacement of a point at the same time.
>(2) Adaptive functional intelligent sensors can automatically adapt their own characteristics to this change in a certain range of conditions.
Adaptive technology can extend the life of the device or device because it can compensate for the parameter drift caused by the aging component. At the same time, it also expands its field of work, because it can automatically adapt to different environmental conditions. Adaptive technology improves the repeatability and accuracy of the sensor. Because the correction and compensation value is no longer an average value, it is the true correction value of the measurement point.
>(3) Self-test, self calibration, self diagnosis function of the common sensor requires periodic inspection and calibration, to ensure that it is in normal use accurate enough, these general requirements of the sensor from the field to the laboratory or inspection departments to remove, for online measuring sensor is abnormal is not timely diagnosis.
When intelligent sensors are used, the situation is greatly improved. In the first place, self - diagnostic functions are performed on the power of the power supply, and the diagnostic test is used to determine the failure of the component. Secondly, it can be corrected online according to the time of use, and the microprocessor uses the measurement characteristic data in E2PROM to check and proofread.
>(4) Information storage function information is often the key to success. An intelligent sensor can store a large amount of information, and the user can query it at any time. These information can include the historical information of the device.
For example, how many hours the sensor has worked, how many times the power supply is replaced, and so on. It also includes all the data and charts of the sensors, including configuration selection instructions, etc. In addition, the serial number, production date, catalogue and final result of the final factory test are also included. The content can be unlimited, only limited by the storage capacity of the intelligent sensor itself. In addition to the four functions of process data processing, self diagnosis, configuration and information storage, intelligent sensors also provide the ability of digital communication and self adaptation.
>(5) Data processing is a very important task for processing data processing, and the smart sensor itself provides this function. The intelligent sensor can not only enlarge the signal, but also make the signal digitize, and use the software to realize the signal adjustment. Generally, the basic sensor can not give a linear signal, and the process control takes the linearity as an important goal. The intelligent sensor can linearize the nonlinear signal by look-up table mode.
Of course, this data sheet should be compiled separately for each sensor. Another example of intelligent sensor process data processing is filtering the digital signal through digital filter, so as to reduce the interference of noise or other related effects. And it is much easier to develop complex filters with software than to use discrete electronic circuits. Environmental factor compensation is also an important task of data processing. The microcontroller can help improve the accuracy of signal detection. For example, the correct temperature compensation coefficient can be obtained by measuring the temperature of the basic detection element, thus the temperature compensation for the signal can be realized. The use of software can also achieve nonlinear compensation and other more complex compensation. This is because the query table can produce almost any shape of the curve. Sometimes a few different physical quantities must be measured and processed so that their respective data will be given. The emblem controller of the intelligent sensor can easily realize the operation of adding, subtraction, multiplication and division of multiple signals. In the process of process data processing, the intelligent sensor can be very important.
In addition, it is also beneficial to put these operations from under the central control room to the point of proximity to the signal generating point. One is that it costs a lot to send an additional signal to the control room, and the cost of additional sensors and leads is saved with a smart sensor. The other is that the additional information is detected at the application point of information, which greatly reduces the negative effects (such as noise and potential difference) introduced by long distance transmission, and makes the signal more accurate. The third is to simplify the software in the main controller and improve the speed of the control loop.
> (6) Another main feature of the configuration function intelligent sensor is the configuration function.
How many times should the signal be magnified? Is the temperature sensor output at centigrade or Fahrenheit? For smart sensor users, the desired configuration can be selected at will. For example, detection range, programmable pass / break delay, select group counter, open / normally close, 8/12 bit resolution selection, etc. It's just a few of the countless configurations of today's smart sensors. The flexible configuration function greatly reduces the needs of the user to develop and replace the necessary types and number of different sensors. Using the configuration function of intelligent sensor can make the same type of sensor work in the best state, and can do different work on different occasions.
> (7) The function of digital communication is as mentioned above. Because smart sensors can generate large amounts of information and data, the single input and output of ordinary sensors can not provide necessary input and output for device data. But you can't use a lead line for each information, because it makes the system very complex,it needs a flexible serial communication system.
In the process industry, point and point connection and series network are usually seen. The big trend is to develop in the direction of series network. Because the smart sensor itself has a microcontroller, it belongs to digital, so it can naturally configure the digital serial communication with the external connection. Because the ability of the serial network to resist environmental impact (such as electromagnetic interference) is much stronger than the ordinary analog signal. The transmission of information can be managed effectively by matching the serial communication to the device, so that the data can be output only when required.
At present, the implementation of intelligent sensors is carried out in three ways along the development of sensor technology.
C. using the functionalized geometric structure, that is, the intelligent structure. Intelligent synthesis is the combination of sensor devices and microprocessors, which is the main approach at present.
According to the synthetic method of sensor and computer, the current sensing technology uses the following three specific ways to realize the intelligent sensor.
> Non integrated module mode. Non integrated intelligent sensor is an intelligent sensor system composed of traditional basic sensor, signal conditioning circuit and microprocessor with digital bus interface. This kind of non integrated intelligent sensor is developed rapidly in the development of the development situation of the field bus control system. Manufacturer of automation instrument the original set of production equipment basically unchanged, additional a digital microprocessor bus interface board is assembled, and equipped with communication, control, self correction, self compensation, self diagnosis of intelligent software, to realize the intelligent sensor function. This is the most economical and fast way to build intelligent sensors.
> Integrated implementation. The smart sensor system adopts micromachining technology and large-scale integrated circuit technology, and uses silicon as the basic material to make sensitive components, signal conditioning circuits and microprocessor units, and integrate them on a chip. The integrated realization makes the intelligent sensor achieve miniaturization and structure integration, thus improving the accuracy and stability. After the array of sensitive elements is made up of the array and the corresponding image processing software, it can realize graphic imaging and constitute multi-dimensional image sensor. At that time, the intelligent sensor has reached its most advanced form.
>Mixed realization. There are many difficult problems to realize the intelligent sensor system on a chip. According to the need and possibility, we can integrate all the integration links of the system, such as sensitive unit, signal conditioning circuit, microprocessor unit and digital bus interface, and integrate them on two or three chips in different combinations.
> to develop toward high-precision. With the improvement of automatic production level, the demand for sensors is also improving. We must develop new sensors with high sensitivity, high accuracy, fast response and good interchangeability, so as to ensure the reliability of production automation.
> develop towards high reliability and wide temperature range. The reliability of sensors directly affects the anti-interference performance of electronic devices. The development of sensors with high reliability and wide temperature range will be permanent direction. The development of new materials (such as ceramics) will be promising.
> to develop toward miniaturization. The function of various control equipment are more and more strong, requirements in various parts of the smaller the better, so the sensor itself is the volume as small as possible, which requires the development of new materials and processing technology, the current volume of sensor fabricated by silicon material has been very small. For example, the traditional accelerometer is made of gravity block and spring. It has large volume, poor stability and short life. And the silicon acceleration sensor made by various micro machining technologies such as laser has small volume, good interchangeability and reliability.
> to develop toward micro power and passive. Sensors are generally non electricity conversion work, cannot do without power, in the field or from the grid, are often powered by batteries or solar power, the development of micro power sensor and passive sensor is inevitable direction of development, such as it can save energy and improve the service life of the system. At present, low power consumption chips have developed rapidly, such as the T12702 operational amplifier, with a static power consumption of only 1.5 A, while the operating voltage is only 2~ 5V.
> to develop toward the digital and intelligent. With the development of modernization, the function of the sensor has exceeded the traditional function, the output is no longer a single analog signal (0~ 10mV), but after the digital signal processing microcomputer after, some even with the control function, which is called digital sensor.
> to develop toward network. Networked development is an important direction for the development of sensors. The role and advantages of the network are gradually emerging. Network sensors will certainly promote the development of Electronic Science and technology.
> The application of machine intelligence to the fault detection and prediction. Any system must detect or predict the possible problems before it is wrong and causes serious consequences. At present, the model of abnormal state is not exactly defined, and the abnormal detection technology is still very lacking. It is urgent to combine sensor information and knowledge to improve machine intelligence.
> In the normal state, the physical parameters of the target can be perceived by high precision and Gao Min, but little progress is made in the detection of malfunction and misoperation. Therefore, it has an urgent need for fault detection and prediction, and should be vigorously developed and applied.
> Current sensing technology can accurately sensing physical or chemical quantities on a single point, but it is difficult for multidimensional state sensing. Such as environmental measurement, its characteristic parameters are widely distributed and have temporal and spatial correlation, which is an urgent problem to be solved. Therefore, it is necessary to strengthen the research and development of multi-dimensional state sensing.
> Remote sensing of target component analysis. Most of the chemical composition analysis is based on sample material, and sometimes it is difficult to sample the target material. As the content of ozone in the stratosphere measurement, remote sensing is indispensable, combined with radar or laser detection technique of the measured spectra is a possible way. The analysis without sample components is easy to be interfered by all kinds of noise or medium between sensing system and target components, and the machine intelligence of sensor system is expected to solve this problem.
> Sensor intelligence for efficient circulation of resources. The modern manufacturing system has realized the efficient automated production process from raw materials to products. When the product is no longer used or abandoned, the cycle process is neither effective nor automated. If the recycling of renewable resources can be carried out effectively and automatically, environmental pollution and energy shortage can be effectively prevented, and the management of life cycle resources can be realized. It is a very important task for an intelligent sensor system to use machine intelligence to distinguish target components or certain components.
Although chemical technology has been applied to invisible ink in the past, continuous improvement of detection methods has been difficult to ensure that hidden information is not read under unauthorized circumstances. In view of this situation, Weizmann and his research team developed a fluorescent molecular sensor, which can distinguish different chemical substances by generating specific fluorescence emission spectra. The Research Institute of Israel Academy of science and technology, Weizmann, has developed a fluorescent molecule sensor. Considering the recent concern about global electronic surveillance, the sensor provides a security means to bypass the electronic communication system.
In recent years, the fitness tracker has become a more popular wearable technology product. However, engineers from University of California at Berkeley promoted the concept further, and developed a tiny wireless sensor to detect the health status of the human body. It is reported that the equipment has been reduced to a cubic millimeter of about one particle of dust, known as "nerve dust". These sensors can be implanted in the human body, where they will detect tissues, muscles and nerves in real time. Wireless sensors are becoming more and more widely used in the fields of industry, agriculture, military, aviation, architecture, medical, environmental protection and so on. Shenzhen Xinli technology has been committed to various types of wireless sensor design, research and development, and provide wireless data acquisition and transmission monitoring system solutions based on wireless sensor network. For example, wireless temperature and humidity sensors, wireless pressure sensors, wireless temperature sensors, wireless gas sensors, wireless liquid level sensors, and so on. The actual application in the smart environment monitoring system, intelligent agricultural greenhouse cultivation environment monitoring system, storage intelligence collection of environmental monitoring systems, intelligent network monitoring system, environmental monitoring system for major hazard sources, energy management system, monitoring system of atmospheric environmental quality and production of intelligent monitoring system.
Bioluminescence sensor is actually a new research method. It was invented by a group of scientists from Vanderbilt University in USA by gene transformation of luciferase. According to the researchers, the new sensor can be used to track the internal interaction of the large neural networks in the brain.
For humans, skin is not only a barrier to protect us from dust and bacteria, but also a medium for the change in the environment. As researchers develop robotics, they are trying to create functions like real skin for robots. He Xiaodong, a professor of Materials Science in Harbin Institute of Technology, and his colleagues made innovations in this field. The new technology they developed can imitate the fine hair on the surface of human body and transmit sensory information to the robot. The researchers used 30 micron wire instead of hair, and a row of fine wires embedded in silicone rubber, and the row wire role is to bring the outside information of artificial skin. The research results can be used for sensing prosthetic limbs or corresponding medical care equipment.
At present, most of the robot's touch sensors only have force sensors, so they can only detect the hardness and texture of objects, which makes robots identify the external objects with low accuracy. But if it is combined with a traditional power sensor, a complex touch sensor can help the robot identify the composition of the object. It is in this principle that experts from Georgia Institute of Technology show their "skin" designed for robots to generate heat, conductive and non-conductive fabrics and thermistors.
TZOA day before the company has launched a new air sensor. It is understood that this is a sensor that collects air quality information. The information collected includes particle types and quantities, and whether there are harmful chemicals in them. It also protects the fetus and children from contaminants that affect the development of the brain. In the future, the company plans to sell outdoor pollution equipment in China and India, as well as the sale of indoor pollution equipment in the United States. TZOA is also developing asthma equipment that can help determine the triggers of asthma attacks.
It is reported that James, in London, England, has invented a sleep sensor called "Sense". It is understood that the "Sense" sensor can automatically adjust the lights, control the heating according to the master's regulation, and even play the soothing music to promote human sleep. During sleep, it can also adjust the environment to the most comfortable condition. The sound, light, temperature, humidity and air quality can also be monitored, and the sleep status of the users per night can be graded.
Sensors have been playing an important role in the field of medical health because they are in the most outpost of collecting data. The EMG sensor Cheng Shanghai independent research and development is a kind of electric charge sensor, with high sampling rate, strong anti-interference ability, good filtering effect. The sensor has been successfully applied in the medical rehabilitation and the bionic leg, the future will expand to VR/AR, physical fitness, outside of the human skeleton sunrise industry.
SirenCare, a company dedicated to the health monitoring of diabetic patients, has developed a smart socks which can detect whether the patient has inflammation through the temperature sensor, so as to detect the health status of diabetic patients in real time. Siren's socks are closer to the skin compared to the boots and insoles that were developed by other companies. Sensors are woven into socks, which can detect foot inflammation at any time, and all information detected will be uploaded to App on smart phones, so that patients can understand their feet at any time.
It's reported that Japanese researchers have recently invented a cheap integrated sensor like a band - stick. This band aid integrated sensor is a flexible device that can be attached to the body freely. It can monitor human activity, heart rate and ultraviolet intensity. It can be used in health management and Internet of things. The sticker skin sensor is printed on the thin plastic film with the latest developed printing technology. Compared with the previous semiconductor sensor manufacturing technology, it has low cost, and takes account of the convenience and low cost.
Intelligent seonsors are revolutionizing the world of system design in everything from sports cars to assembly lines. These new sensors have abilities that leave their predecessors in the dust! They not only measure parameters efficiently and precisely, but they also have the ability to enhance and interupt those measurements, thereby transforming raw data into truly useful information.Unlike many embedded systems books that confine themselves strictly to firmware and software, this book also delves into the supporting electronic hardware, providing the reader with a complete understanding of the issues involved when interfacing to specific types of sensor and offering insight into the real-world problems designers will face. The examples provide a complete, easily extensible code framework for sensor-based applications as well as basic support routines that are often ignored or treated superficially. The goal throughout is to make readers truly productive as quickly as possible while providing the thorough understanding necessary to design robust systems.
Although governments worldwide have invested significantly in intelligent sensor network research and applications, few books cover intelligent sensor networks from a machine learning and signal processing perspective. Filling this void, Intelligent Sensor Networks: The Integration of Sensor Networks, Signal Processing and Machine Learning focuses on the close integration of sensing, networking, and smart signal processing via machine learning.Based on the world-class research of award-winning authors, the book provides a firm grounding in the fundamentals of intelligent sensor networks, including compressive sensing and sampling, distributed signal processing, and intelligent signal learning. Presenting recent research results of world-renowned sensing experts, the book is organized into three parts:Machine Learning,Signal Processing,Networking.
Smart Sensors Networks: Communication Technologies and Intelligent Applications explores the latest sensor and sensor networks techniques and applications, showing how networked wireless sensors are used to monitor and gather intelligence from our surrounding environment.It provides a systematic look at the unique characteristics of wireless sensor networks through their usage in a broad range of areas, including healthcare for the elderly, energy consumption, industrial automation, intelligent transportation systems, smart homes and cities, and more.
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About the article "What is Intelligent Sensor and Its Applications", If you have better ideas, don't hesitate to write your thoughts in the following comment area. You also can find more articles about electronic semiconductor through Google search engine, or refer to the following related articles.
At present, there are no standardized scientific definitions for smart sensors. To sum up many scholars' views, I believe that intelligent sensors should be defined by imitating human sensory and brain functions. In essence, it should be defined as a sensor based on the theory of artificial intelligence, which uses microprocessors to implement intelligent processing functions.
At present, there are no standardized scientific definitions for smart sensors. To sum up many scholars' views, the author believes that intelligent sensors should be defined by imitating human sensory and brain functions. In essence, it should be defined as a sensor based on the theory of artificial intelligence, which uses microprocessors to implement intelligent processing functions.Of all the electronic components, I prefer the sensor more.
I am doing an air purifier, the temperature and humidity sensor always choose not good, mainly the humidity sensor reading too far from the actual. A temperature and humidity sensor with a model of HTU21D is used, the temperature is normal, the humidity and the normal value are more than 20, and the DHT11 is used, the humidity and the normal value are more than 10. Anyone recommend me a kind of high quality humidity sensor?
Do you have enough bandwidth to just send all the sensor values with every message from the Arduino to the RPi?
You can build a map of the latest sensor values and let the individual sensor classes read this map and take actions based on the latest value.
f you don't have enough bandwidth, consider using a binary protocol instead of an ASCII protocol but only if you need to.
The following points should be paid attention to with the correct selection of sensors.
1) determine the type of the sensor according to the measuring object and the measurement environment.
2) the selection of sensitivity. The sensitivity of the sensor is directional. When the measurement is a one-way quantity and has a high requirement for its directivity, we should choose other direction sensitive sensors. If the measurement is multi-dimensional vector, then the smaller the cross sensitivity of the sensor is, the better.
3) frequency response characteristics. The frequency response characteristic of the sensor determines the frequency range to be measured, and the measurement condition must be kept in the allowed frequency range. In fact, there is always a definite delay in the response of sensors, and the shorter the delay time is, the better.
4) linear range. The linear range of the sensor is the range that the output is proportional to the input. In theory, in this range, the sensitivity remains fixed. The wider the linear range of the sensor is, the larger the range is, and it can ensure a certain measurement accuracy. When the sensor is selected, when the type of sensor is determined, it is necessary to see if the range of the sensor meets the requirements.
5) stability. When a sensor is used for a period of time, the ability to keep its performance unchanged is called stability. The factors that affect the long-term stability of the sensor, except the structure of the sensor itself, are mainly the use of the sensor environment. Therefore, in order to make the sensor with good stability, the sensor must have a strong adaptability to the environment.
6) precision. Precision is an important performance index of the sensor. It is an important link to the measurement precision of the whole measurement system. The precision of the sensor is high, its price is more expensive, therefore, the precision of the sensor as long as meet the measurement accuracy requirements can be, does not need to be so high.
Note: for some special occasions, it is not possible to choose the appropriate sensor, and the sensor is designed by itself. The performance of the self-made sensor should meet the requirements of use.
Sensors are an important part of modern information technology such as AI and robot!


text:
int main(void)
{
   // Under-allocate by one byte so we get an addressability error.
   struct pollfd* ufds = malloc(2 * sizeof(struct pollfd) - 1);
   assert(ufds);

   ufds[0].fd = 0;
   ufds[0].events = 0;
   //ufds[1].fd = 0;    // leave undefined so we get another error.
   ufds[1].events = 0;

   // Previously, the bounds-error due to the under-allocation was detected,
   // but not the undefined value error due to ufds[1].fd not being defined.
   poll(ufds, 2, 200);

   return 0;
}

redpajama_set_name: RedPajamaGithub


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A FEW EXAMPLES: Pushing, pinching, biting, slapping, spitting, beating, kicking, choking or backing you into a corner. Pinning you down, throwing objects, hair pulling or not allowing you to leave a room.
A FEW EXAMPLES: Confinement, isolation, humiliation, intimidation or any other treatment which may diminish a person's sense of identity, dignity and self-worth.
A FEW EXAMPLES: Yelling or swearing, bullying, name calling, insults, mocking, threats, ignoring or exclusion.
A FEW EXAMPLES: Controlling a victim's ability to acquire, use and maintain financial resources. Restricting their access to money or stealing money.


The director of Leaving Neverland, the two-part documentary featuring accusations of sexual abuse and paedophilia against Michael Jackson, has responded to claims the allegations are false.
Since the documentary's premiere earlier this year on HBO and Channel 4, so-called Michael Jasckon 'truthers' have come out in defence of the star, protesting and organising a campaign against the film.
The director has faced criticism for a lack of research included in the film, but assured viewers he went through every avenue of investigation possible.
'I didn't approach this in a naive way. I listened very carefully to days and days and days of interview, then we went and did about 18 months of research and checked everything we could and tried to poke holes in Wade and James' accounts,' he said.
Reed also tells of how had not made his mind up about Jackson at the start of filming, but was convinced of his guilt by the end of his time with Robson and Safechuck. 'What I began to realise was that the seduction that Michael Jackson inflicted on these children was kind of part and parcel of all the affection and tenderness and attention that he was giving them.
Recently Jackson's daughter, Paris Jackson, said it was 'not her role' to comment on the allegations against her father and denied reports that she made a suicide attempt in response to Leaving Neverland.


Raoul Wallenberg, a wealthy Swedish Diplomat and Humanitarian, who traveled to Paris while German troops were occupying the city. They strictly controlled people arriving or leaving. As a neutral Swede and a businessman, Wallenberg could move around freely. In Budapest, Wallenberg spent several weeks meeting people, doing business, and walking in the streets. He also visitedKoloman Lauer's family to make sure they were safe.


text:
Le programme d'équipage commercial (en , CCP) est un programme de vols spatiaux habités de la National Aeronautics and Space Administration (NASA), développé en association avec les constructeurs aérospatiaux américains Boeing et SpaceX. Le programme gère des rotations entre vers et depuis la Station spatiale internationale (ISS) à bord des capsules Boeing CST-100 Starliner et SpaceX , dans ce qui sont les premiers vols spatiaux orbitaux avec équipage exploités par des sociétés privées.

Le programme succède à l'implication de la NASA dans le programme Soyouz, dont elle dépendait pour transporter ses astronautes vers l'ISS après le retrait du programme de la navette spatiale américaine en 2011.

Voir aussi
 Commercial Crew Development

Programme spatial de la NASA
Station spatiale internationale


*Value menu & a la carte served all day.
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McLeary's vision is realised by offering locally sourced fresh food at an affordable price.
Opened in 2017, McLeary's Café provides quality food that's ready to order. McLeary's Café's unique system allows customers to easily order online for collection or sit-down. Customers who need quality food quickly can order online and collect at the outdoor hatch.
McLeary's Café is the perfect place for a quality lunch at affordable prices.
Whether dining at McLeary's Restaurant or stopping by for Lunch at McLeary's Café, we promise you great atmosphere, quality food, and excellent service.
We pride ourselves on offering only the finest locally sourced fresh produce at affordable prices.
Opened in 2017, McLeary's Café provides quality food that's ready to order. McLeary's Café's unique online ordering system allows customers to easily order their lunch online meaning customers who need quality food quickly can order online and collect at the convenient outdoor hatch.
Customers who prefer to sit for their lunch can simply drop into the Café and sit down for a relaxing, enjoyable lunch. No need to reserve a table.


text:
Pack Your Bags: We're Going Back to FANTASY ISLAND
Get all those "De plane! De plane!" jokes outta your system now, knuckleheads.
These days, brand recognition is everything. If you're sitting on a property that a few million people are familiar with, guess what? You're probably sitting on a property that someone wants to refashion into a movie. Sometimes this particular type of alchemy pays off, sometimes it doesn't. It's gonna keep happening, though, so you might as well get used to it.
The latest name property to get the reboot treatment? Fantasy Island, the TV series that ran on ABC from 1977 'til 1984. Most famous for its charismatic leading man, Ricardo Montalban, and the catchphrase uttered by his faithful sidekick, Hervé Villechaize, the series is now being refashioned into a feature film by Sony Pictures and the good folks at Blumhouse.
The news comes to us from Deadline, who also report that the creative team behind Truth or Dare - director Jeff Wadlow and co-scribes Chris Roach and Jillian Jacobs - are staying in the Blumhouse fold to steer this bad boy onto the big screen. Given the involvement of Blumhouse and the team tackling the material, we're guessing this will be a decidedly supernatural take on the property (which revolves around an island where people can go to live out their wildest, weirdest fantasies), but we suppose that's not guaranteed.
What do you folks make of this? Into a Fantasy Island movie? Feeling indifferent? Surprised to even be talking about Fantasy Island in the brave year of our lord two thousand and eighteen? Sound off in the comments below, and stand by for further updates as they roll in.
fantasy island
Leigh Whannell Is Bringing UPGRADE To Television
The BMD Interview: THE HUNT's Filmmakers & Cast On Delaying The Inevitable
We spoke with Damon Lindelof, Betty Gilpin and more about Blumhouse's latest social satire.
Up Next For Karyn Kusama And Blumhouse? DRACULA
By Evan Saathoff, Mar 10, 2020
Well this is just perfect.


THROTTLE CABLE, 42 1/2", BLACK 42 1/2" LONG, 90* ELBOW, 5 1/4" TRAVEL OEM# 56379--97 ..
THROTTLE CABLE, 42 1/2", BLACK42 1/2" LONG, 70* ELBOW, 3 3/4" TRAVELOEM # 56327-81BFITS '84-'8..
THROTTLE CABLE, 38", BLACK 38" LONG, 70* ELBOW, 5" TRAVEL OEM # 56327-90FITS '95 FLHT, '90..
THROTTLE CABLE, 38", BLACK38" LONG, 70* ELBOW, 5" TRAVELOEM # 56327-96FITS '96-'01 FLHT, '96-'01 FLH..
THROTTLE CABLE, 32 1/2", BLACK32 1/2" LONG, 90* ELBOW, 5" TRAVELOEM # 56356-96, 56396-96AFITS '07-'1..
THROTTLE CABLE, 32 1/2", BLACK 32 1/2" LONG, 90* ELBOW, 5" TRAVEL OEM # 56356-92FITS '95 F..
THROTTLE CABLE, 30", BLACK 30" LONG, 90* ELBOW, 5" TRAVEL OEM # 56343-90FITS '90-'95 FXSTC..
THROTTLE CABLE, 30 3/4", BLACK30 3/4" LONG, 90* ELBOW, 5" TRAVELOEM # 561000-56, 56343-01, 56356-96,..
BLACK THROTTLE CABLE 39 1/2" LONG, 70* ELBOW, 5 " TRAVELOEM # 56526-02FITS '02-'07 FLHTC, '02-'..
IDLE CABLE, 42 1/2", BLACK 42 1/2" LONG, 90* ELBOW, 4 1/2" TRAVEL[does not come with compressio..
IDLE CABLE, 42 1/2", BLACK 42 1/2" LONG, 70 * ELBOW, 4" TRAVELOEM # 56328-81BFITS '84-'87 FLHT,..
IDLE CABLE, 38", BLACK 38" LONG, 70* ELBOW, 4 3/4" TRAVEL OEM # 56328-96 FITS '96-'01..
IDLE CABLE, 38", BLACK 38" LONG, 70* ELBOW, 4 3/4" TRAVEL OEM# 56328-90 FITS '95 FLHT..
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text:
<?xml version="1.0" encoding="utf-8"?>
<manifest xmlns:android="http://schemas.android.com/apk/res/android"
    package="com.grafixartist.androidn">

    <uses-permission android:name="android.permission.INTERNET" />

    <application
        android:allowBackup="true"
        android:icon="@mipmap/ic_launcher"
        android:label="@string/app_name"
        android:supportsRtl="true"
        android:theme="@style/MyTheme">
        <activity
            android:name=".MainActivity"
            android:resizeableActivity="true">
            <layout
                android:defaultHeight="500dp"
                android:defaultWidth="500dp"
                android:gravity="bottom|end"
                android:minHeight="220dp"
                android:minWidth="220dp" />

            <intent-filter>
                <action android:name="android.intent.action.MAIN" />

                <category android:name="android.intent.category.LAUNCHER" />
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        <!-- Launches Activity as a new Task.
            This Activity can now open as a separate Multi-Window,
            alongside MainActivity -->
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IBM has introduced x86 and Power processors with a new dual-chip server module that will help speed the deployment of cloud and virtualised environments.
The Flex System servers, announced today, are based on a new board design in which two blade-type motherboards are combined into one server package, which can then be slotted into one socket. That effectively doubles the processors, memory, storage and other hardware resources available per socket.
As a result, a server chassis will carry more processing power and the increased density will help deploy more virtual machines in a denser space, while better utilising server resources, said Jeff Howard, vice president of PureFlex and Flex systems at IBM.
More intense workloads related to analytics and databases are being transferred to the cloud and the new servers will also help in a more efficient cloud deployment, Howard said, adding that virtualisation is one the cloud's "foundational elements."
The new Flex System X222, which runs on an x86 processor, will have a multichip module in which each socket will be able to handle two Intel Xeon E5-2400 processors. There are 14 slots in a 10U rack chassis and the new design will be able to deliver the processing power of 28 servers, Howard said. Each server will support up to 384GB of memory and also have slots for solid-state drive storage.
Each 10U chassis with Flex X222 servers will be able to deploy 2,800 Windows virtual machines simultaneously, Howard said. The server will be available in September starting at $6,669.
Also announced was the new Flex System P270, which will have two six-core Power 7+ chips in a single package. Like the X222, the P270 server will fit into a 10U chassis and is targeted at database, analytics and other applications that require strong single-threaded performance. The chips will run at speeds of either 3.1GHz or 3.4GHz.
Each server with two six-core chips will have 120MB L3 cache and support up to 512GB of memory. The server also has SSD slots, Ethernet and Fibre Channel. The P270 will be priced starting at $19,343 and be available in September.
The company also upgraded existing Flex System p460 with the latest eight-core Power 7+ chips running at a clock speed of 4.1GHz. The server is targeted at high-end tasks such as databases and analytics.
The p460 will support up to four processors, 32 cores and 128 threads to maximize simultaneous execution of applications, and have up to 512GB of memory. The p460 is priced starting at $32,307 and will also be available in September.
IBM also announced a Flex System Manager, which will help manage servers and the deployment of virtual machines in an IT installation from a single console. IT managers will be able to access the management console from iOS, Android of BlackBerry mobile devices, IBM said.


Turkey-based Borusan Otomotiv Motorsport team has confirmed its driver lineup for the 2018 GT4 European Series.
Ali Turkkan (18) and Yagiz Gedik (25) will drive the team's BMW M4 GT4 this season, starting at the Zolder circuit in Belgium next weekend. Both drivers tested the car recently at the Izmit Körfez Circuit.
Borusan Otomotiv Motorsport, founded in 2008, will be the first ever Turkish entry in the GT4 European Series. The team competed in FIA WTCC, ETCC and the 24H Series in recent years.
The team secured a class win in its last race at Zolder, back in 2015, with a BMW 320 TC in the FIA ETCC.