I want names and favorite character to play. I will be listing mine with a picture, so look into it and find us a good picture. This is all in fun and to bring the PH crew closer on the game.
That's my name above now for my awesome character, I either play him or Master Yi. But this is for absolute favorite character, nothing less. So without further ado I present Twisted Fate. The space isn't an accident, I did it on purpose because the stupid game forced me too..so eh I guess it is what it is.
Well this is it, so let's see some community bonding, I know JJ plays so I will hound him sooner or later lol..I have my guesses on who it is. So name and favorites, oh name your favorite lane.. For me it's Mid, I love doing mid..
TehAmatsu is the name. My number one favorite champion to play is Varus.
Other's I normally play are as follows; Cho'Gath, Garen, Malphite, Warwick, Veigar, Teemo, Master Yi, and Kayle.
While I also play the following a bit less; Annie, Ashe, Ezreal, Galio, Riven, Ryze, and Twisted Fate.
Now onto my awesome skins. I own all of Varus's skins, Shamrock Malphite, White Mage Veigar, Super & Recon Teemo, Desert Garen, Enchanted Galio, and some others I may be forgetting.
I'll be moving this to the new anime/video game discussion board.
So just give me a few moments to transact this thread there.
I have many champions I play depending on my role in league. Mid, ADC, support, top, and jungle are my roles from best to least.
KingAshnard is the name, and since I pretty much main ADC, I guess I'll go with my fav at that position.
However, I may main support, but I know other roles too. I can AP mid (Leblanc, Annie), I've been having a fondness for top, (DEMACIAAAAA.) and well, I can jungle. (nunu out of bushes?). Oh, I can also ADC (freezing in you tracks, dat Ashe.) But yeah, I prefer to support typically, unless I feel like playing another champ.


SAN JUAN, Puerto Rico – A federal arrest warrant has been issued for Puerto Rico's secretary of education.
The U.S. Attorney's Office told The Associated Press that a judge issued the warrant for Julia Keleher on Wednesday. Spokeswoman Lymarie Llovet said that she had no further details and that the documents in the case are sealed.
Llovet said the U.S. Attorney's Office did not seek the warrant. It is unclear who did or why.
A spokesman for Keleher did not immediately return a message seeking comment. Keleher was appointed education secretary in December 2016 and has clashed with unionized teachers over the closure of schools and other issues amid a 12-year-old recession.


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Q: How can adding redunancy adversely affect performance I have been reading about system design and was going through this popular article - A Word on Scalability
The author here says:

An always-on service is said to be scalable if adding resources to
facilitate redundancy does not result in a loss of performance.

and then again:

It requires applications and platforms to be designed with scaling in
mind, such that adding resources actually results in improving the
performance or that if redundancy is introduced the system performance
is not adversely affected

I can't quite understand how, or in what case could adding redundancy affect performance adversely.

A: Scenario A: You have a system that solves problem X. Scenario B: You have a system that solves problem X and has to ensure that it is always synchronized with the redundant backup.
It is pretty clear that the system in Scenario B has to perform strictly more work than the system in Scenario A, therefore the redundancy has a performance impact.
However, note that this is not necessarily always the case. It depends on how the redundancy is designed, what it is designed to protect from, and so on.
An example that is probably familiar to many of us: RAID 1 vs. RAID 5. RAID 1 achieves redundancy by mirroring. This means everything you write to disk is also written to all other disks as well. So, the write performance is the minimum of the individual write performances of all drives. But reading can be done in parallel (assuming that you are not actually in the disaster case at present), so the read performance is actually the sum of the individual read performances of all drives.
Oh, but wait: it actually isn't. Not quite, at least: because if you rely on that fact for your system to work, then it is no longer redundant! As soon as you lose one drive, your read performance will go down. So, your system has to be designed to be able to work with that performance. If it is designed to work with being able to spread the reads across all drives, then it is no longer redundant. And if you have 7 mirrored drives, but your system requires the read performance of 6 drives, then your RAID is actually only 1-redundant, not 6-redundant as you would a 7-drive RAID 1 normally expect to be.
So, while it turns out that RAID 1 does not necessarily have a negative performance impact, and in fact, can even boost performance, actually relying on this performance boost will negate the redundancy.
RAID 5, OTOH, spreads out both writes and reads across all drives and uses an EDAC code (error detection and correction) to be able to reconstruct data. This means you have the slight performance overhead of computing (or reconstructing) this EDAC code, but OTOH, you get a performance boost also for writes. But again, as soon as you are in the failure case, your performance drops, and if you rely on the performance, then you don't have redundancy.
So, RAID 1 is an example of a redundancy scheme that has practically no negative overhead in the worst case, and can speed up one of the two operations (read but not write) in the best case. RAID 5 is an example of a redundancy scheme that has a slight overhead in the worst case (reconstructing the lost date from the EDAC code), but speeds up both read and write in the best case.

A: Two simple examples:

*

*Adding an index to a database table is a common way to introduce redundancy, with the intention of speeding up read operations on that table. However, if a table is more frequently used for write operations than for read operations, adding an index might slow operations down - each write operation now has to update the index.

*A second example for redundancy are backups. Backups usually don't speed up anything, they always need additional CPU time.

A: First, as others have pointed out, in general doing more, costs more, so in most cases adding more work results in an increased cost (aka performance reduction).
Secondly, you are missing the most important part of that sentence.

An always-on service is said to be scalable if adding resources to facilitate redundancy does not result in a loss of performance

Emphasis mine.
It's not that redundancy results in a loss of performance that is important, since occasionally you may be able to get the redundancy for free or even at a reduced cost (aka increase in performance).  The important part is that adding resources must counteract any additional cost.  IOW, you can must be able to get more done by adding additional resources.
Here's a (non-realistic, example), a web farm connected up to a single SQL Server database.  You want to provide redundant access (more servers in case one of them fails).  You have 32,765 servers connected to this database.  Each web server has a long running connection to the database and opens up a new temporary connection upon each request. Say this is working just fine, request come, get routed to a web server, which opens up a connection, gets an answer and then closes the connection.  Now, you decide to add 1 more web servers and suddenly it's either failing entirely or taking significantly longer, what happened?  SQL Server only allows 32,767 connections, when you add the additional web server for additional redundancy, because of the permanent connection, you only have one free connection at any one time available for use.  Increasing resources available drops your performance.
The reason why the example is rubbish is because long before you run out of connections because of too many computers, you'll run out of connections because of too many users.  You aren't going to have one server per user, you're going to have thousands of users and connections per server, and so your number of simultaneous users will be your limiting factor.  But the underlying problem is the same, and you can't solve your problem of having too many too many users using too many connections by adding more web servers.
Scalability is about identifying what resources to add, and how to do so without that slowing things down.

redpajama_set_name: RedPajamaStackExchange


My name is Aliff, and I want to tell you about my Chinese New Year.
Chinese New Year is a happy time, a time to rejoice and have fun with family and friends. To spend quality time with loved ones. And to usher in the New Year.
Chinese New Year is one of the happiest days in my life, because I get to have fun with my family. I'm about to tell you what happened during my last New Year holiday.
We are trying to get ready for the New Year. Packing our bags, we head for my grandmother's house to decorate the house.
Just one more day till New Year. The whole family has arrived and is helping us to prepare for the celebrations. They are praying, while we are too, but in a different way.
Yay! Chinese New Year is here! Soon everybody was in the mood to celebrate, even after they just got out of bed. First, we went to look at a lion dance. Then, people were coming into our house just as fast as they were leaving! They all gave us Ang Pow too! At the end of the day, everybody was sitting down for dinner, except me, my mother and my father. We had to eat something else. But I was lucky. My mother bought McDonalds! After dinner, we played a lot of games, including Pictionary, Twister, Monopoly and Bingo. We were having so much fun then.
People were coming to our house again, and we felt tired from helping everyone greet our visitors. Still, we were happy. At night, we played another game, telling ghost stories!
We had to go home because the holidays were ending, but we had so much fun! I was thinking, next time we come here, I'll be thinking of a lot of games!


Wargaming is seeking a Facilities Coordinator for our downtown Bellevue studio. Our ideal candidate will work hand in hand with our Platform Development and Operations teams to support our physical office space. You will be supporting the flow of our studio as we hold team meetings and events, host visitors from sister studios, prep desks for new hires, and continually improve upon the dynamic functions of our office space.
The Facilities Coordinator will report to President, Wargaming USA.
General duties include but are not limited to – reception and guest support, mail and courier services, office supplies and equipment maintenance, landlord relations and management of building access passes, safety and security support.
Provide general administrative and clerical support to Platform and Operations teams.
Foresee & address facilities or office issues.
Coordinate and manage office events.
Maintain office cleanliness and organization.
Order and stock office and kitchen supplies.
Act as point of contact for employees, property manager, etc.
Highly motivated, creative and optimistic problem solver, with a strong work ethic.
Strong organization skills and capacity to pay close attention to detail while being able to grasp the big picture.
Ability to prioritize work and manage multiple projects; flexibility and capacity to meet changing deadlines.
Proficient in MS Office (Word, Excel, Power Point, Outlook).
Ability to lift and carry objects weighing up to 30 lbs.


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Tag Archives: forecasting
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GLERL Ocean(lake)ographer Eric Anderson on watching the Straits of Mackinac
Eric Anderson, GLERL oceanographer, used to study the movement of fluid inside bone tissue — now he studies the movement of water in the Great Lakes.
Eric Anderson is NOAA GLERL's resident oceanographer (but his Twitter handle is @lakeographer—you should trademark that one, Eric). At its core, his research centers around the movement of water. You might have seen our animations of currents in the Straits of Mackinac, or of meteotsunamis coming across Lake Michigan — he's the guy behind those computer models.
Some cool things about Eric are that he plays the banjo, that he used to study the movement of fluid inside bone tissue, and that he's quick to remind us people were watching the Straits of Mackinac millennia before his computer models existed. Read on to learn more cool things!
How would you describe your job?
My research is on hydrodynamics, which is a fancy way of saying the moving physical aspects of the water in the Great Lakes—things like currents, temperatures, ice, and waves. Most of my day is built around looking at measurements of the water and air and then developing computer models that simulate how the lakes respond to different weather conditions. This field of science is particularly helpful in safe navigation of the lakes, responding to contaminant spills, search and rescue operations, and understanding how the ecosystem responds to different lake conditions.
What is the most interesting thing you've accomplished in your job?
Maybe the most rewarding has been working on the Straits of Mackinac. It's one of the most beautiful spots in the Great Lakes, but also one of the most dynamic, with high-speed currents changing every few days, if not hours. A groundswell of attention to the Straits in the last several years has pushed the public to get more engaged and learn about the conditions in the Straits, and I've been glad to help where I can.
As part of this work, we've found some 1600's-era [settler] written accounts of the currents in the Straits. We also know that [Indigenous] people have been watching the Straits for thousands of years, and it's rewarding to continue this thread of knowledge.
What do you feel is the most significant challenge in your field today?
It seems like the hardest thing is to communicate the science. People are starved for information, and there's a real love out there for learning about the Great Lakes. All we can do is to try and keep the flow of information getting out to the folks who care, and just as important, to those who don't think they care. When you see environmental science covered in the news, it's usually reporting on something negative or even catastrophic, which is certainly important, but there are pretty cool discoveries being made routinely, big and small, and those don't often seem to make it to the headlines. We have to keep working hard to make sure these stories make it out, and at the same time keep our ears open to the concerns that people have for the lakes.
Where do you find inspiration? Where do your ideas come from in your research or other endeavors in your job?
Inspiration is everywhere. Try to hike up to a good vantage point overlooking the lake, like the dunes or a bluff, and not feel inspired. More often, though, inspiration comes from talking with other people, whether scientists, students, or interested members of the public. I can't think of a time where I've given a public seminar and not walked away with a new question or idea to investigate. People's enthusiasm and bond with the Great Lakes is infectious, and so I try to tap into that as often as I can.
Two meteotsunamis, large waves caused by storm systems, came across Lake Michigan on April 13, 2018. Eric Anderson models meteotsunamis in his role as oceanographer at NOAA GLERL.
How would you advise high school students interested in science as a career path, or someone interested in your particular field?
I took somewhat of a winding career path to get where I'm at with GLERL, working in car assembly plants and then on the nano-fluidic flow inside bone tissue before ending up in physical oceanography. I didn't really know what I wanted in high school or college, but I knew physics and math were where I felt at home. So I found a way to learn the fundamentals that I've been able to apply in each of these jobs, and that allowed me to explore different parts of science and engineering. Not everyone will have the same chances or opportunities, but if you can find a way to really solidify the fundamentals and just as importantly seek out a breadth of experiences, you'll be in a better position when those opportunities do come along.
What do you like to do when you AREN'T sciencing?
I'm either hanging out with family, playing music, or talking with someone about how I wish I was playing more music.
What do you wish people knew about scientists or research?
By and large, science is curiosity driven, often fueled by the scientist's own enthusiasm, and in my case also by the interests of the public. Whether it's a new discovery, or re-codifying or quantifying something that others have observed for millennia, there's no agenda here other than to understand what's happening around us and share whatever pieces we can make sense of. I'll add a sweeping generalization that scientists love to talk about their research, so don't be afraid to ask.
Categories: Communication | Tags: 3-D Modeling, Currents, forecasting, great lakes, Hydrodynamics, Modeling, Research, Researcher Profile, Straits of Mackinac | Permalink.
Great Lakes in winter: Water levels and ice cover
The Great Lakes, along with their connecting waterways and watersheds, make up the largest lake system on the planet—more than 20% of the world's surface freshwater! Water levels on the lakes change in response to a number of factors, and these changes can happen quickly. Changing water levels can have both positive and negative impacts on shipping, fisheries, tourism, and coastal infrastructure like roads, piers, and wetlands.
Currently, water levels on all of the Great Lakes are above their monthly averages, and have been developing since the spring of 2013, when a record-setting two-year rise in water levels began on the upper Great Lakes. Extreme conditions in spring of 2017 produced flooding and widespread damage at the downstream end of the basin—Lake Ontario and the St. Lawrence River. In case you missed it, check out our infographic on this flooding event.
So, what's happening now that it's winter?
As we entered the late fall-early winter of 2017-2018, a warm weather pattern had forecasters looking toward a fairly warm winter. However, in late December, the conditions changed and a much colder than normal weather pattern took many folks living in the Great Lakes by surprise. Much like how water levels can change quickly in the Great Lakes, so can ice cover. Due to frigid air temperatures, between December 20 and January 7, total ice cover on the lakes jumped 26.3%. Lake Erie alone jumped up to nearly 90%!
After January 7th, ice coverage dropped a bit as the air temperatures warmed, then rose again as temperatures went back down, showing again how vulnerable the lakes are to even the slightest changes. Compare where we are now to where we were 2 years ago at this time, and you'll easily see how variable seasonal ice cover can be in the Great Lakes.
What's the outlook for ice and water levels?
Below, you'll find what GLERL researchers expect to see for ice cover this winter, as well as the U.S. Army Corps' water levels forecast into Spring 2018. Be sure to read further to find out more about the science that goes into these predictions!
—GLERL's 2018 Seasonal Ice Cover Projection for the Great Lakes—
On 1/3/2018, NOAA's Great Lakes Environmental Research Laboratory updated the maximum 2018 Great Lakes basinwide ice cover projection to 60%. The long-term average is 55%. The updated forecast reflects changes in teleconnection patterns (large air masses that determine our regional weather) since early December 2017—movement from a strong to a weak La Nina, a negative to a positive Pacific Decadal Oscillation, and a positive to a negative North Atlantic Oscillation. These patterns combine to create colder than average conditions for the Great Lakes.
—Water Levels forecast into spring 2018—
According to the most recent weekly water level update from the U.S. Army Corps, water levels for all of the Great Lakes continue to be above monthly average levels and above last year's levels at this time. All of the lakes have declined in the last month. Note that ice developing in the channels and on the lake surface can cause large changes in daily levels during the winter, especially for Lake St. Clair. Over the next month, Lake Superior and Lake Michigan-Huron are expected to continue their seasonal decline. Lake St.Clair, Lake Erie, Lake Ontario are expected to begin their seasonal rise.
More information on water levels and ice cover forecasting
How are water levels predicted in the Great Lakes?
Forecasts of Great Lakes monthly-average water levels are based on computer models, including some from NOAA GLERL, along with more than 150 years of data from past weather and water level conditions. The official 6-month forecast is produced each month through a binational partnership between the U.S. Army Corps of Engineers and Environment and Climate Change Canada.
At GLERL, research on water levels in the Great Lakes analyzes all of the components of the Great Lakes water budget. The information we gather is used to improve forecast models. The infographic below goes into more detail about the Great Lakes water budget.
How does winter ice cover affect water levels?
As mentioned in the recently released Quarterly Climate Impacts and Outlook for the Great Lakes, water levels in the Great Lakes tend to decline in late fall and early winter, mainly due to reduced runoff and streamflow combined with higher over-lake evaporation caused by the temperature difference between air and water. Factors such as surface water temperatures, long stretches of cold or warm air temperatures, and winds all impact the amount of lake ice cover as well as extreme winter events, such as lake-effect snow—which we've already seen plenty of this winter—and vice versa. All of these factors influence winter water levels in the Great Lakes. The timing and magnitude of snow melt and spring runoff will be major players in the spring rise.
Looking for more info?
You can find more about GLERL's water levels research, on this downloadable .pdf of the GLERL fact sheet on Great Lakes Water Levels.
View current, historical, and projected water levels on the Great Lakes Water Levels Dashboard at https://www.glerl.noaa.gov/data/dashboard/portal.html.
For more on GLERL's research on ice in the Great Lakes, check out the Great Lakes Ice fact sheet, or check out our website at https://www.glerl.noaa.gov/data/ice/.
Want to see a really cool graphic showing the extent of the maximum ice cover on the Great Lakes for each year since 1973? You'll find that here.
Categories: Research | Tags: climate, forecasting, great lakes, Ice, lakes, Modeling, observations, Research, science, snow, water levels, weather, winter | Permalink.
GLERL researchers heading to AMS 2017
The American Meteorological Society's Annual Meeting (AMS 2017) is upon us and researchers from GLERL and CILER (the Cooperative Institute for Limnology and Ecosystems Research), along with other partners, are hitting the grounds running on Monday with posters and presentations on climate, ice, HABs, modeling, forecasting, transitioning research to ops, and more!
Here's a schedule of where you'll find us throughout the week. (GLERL and CILER researchers highlighted in italics. Poster titles linked to .pdf of poster, if available.) And, don't forget to swing by the NOAA booth (#405) to check out all of the fantastic work that NOAA scientists are doing around the world!
GLERL and CILER posters and presentations during AMS 2017
The Great Lakes Adaptation Data Suite: Providing a Coherent Collection of Climate Data for the Great Lakes Region
Type: Poster
Location: 4E (Washington State Convention Center), Poster #1
Authors: Omar C. Gates, University of Michigan, Ann Arbor, MI; and K. Channell, D. Brown, W. Baule, D. J. Schwab, C. Riseng, and A. Gronewold
Abstract: Climate change impacts are a growing concern for researchers and adaptation professionals throughout society. These individuals look to different data sources in order to contemplate the challenges that are present from climate impacts. The use of observational data helps to understand which climatic factors exploit vulnerabilities and to develop solutions to make systems more resilient. However, non-uniform data collection and processing often hinders the progress towards such a goal because many publicly-accessible data sets are not readily usable to address the concern of climate impacts on societies. In the Great Lakes region, there is the added challenge of data quality and coverage issues for over-lake versus over-land observations. The creation of the Great Lakes Adaptation Data Suite (GLADS) aims to resolve these dilemmas by providing processed over-land and over-lake observations within one suite for the Great Lakes region of North America, and this data suite is provided to individuals with a vested interest in decision-making for climate resilience. This intent serves as a way for the GLADS to engage with individuals, from various backgrounds, that are interested in incorporating climate information into their work. Feedback from this audience will be analyzed to further improve the GLADS for use in decision-making. Further analysis will look at the connections among potential users and how they perceive the GLADS as being a useful tool for their research. By gaining perspective into the individuals' expectations of the tool and their understanding of climate information, the GLADS will be able to accommodate the necessary steps for integrating climate information into decision-making processes to mitigate climate impacts.
Coupling Effects Between Unstructured WAVEWATCH III and FVCOM in Shallow Water Regions of the Great Lakes
Locations: Conference Center: Chelan 4 (Washington State Convention Center )
Authors: Jian Kuang, IMSG@NOAA/NWS/NCEP, College Park, MD; and A. J. Van der Westhuysen, E. J. Anderson, G. Mann, A. Fujisaki, and J. G. W. Kelley
Abstract: The modeling of waves in shallow environments is challenging because of irregular coastlines and bathymetry, as well as complicated meteorological forcing. In this paper, we aim to provide insight into the physics of storm surge-wave interaction within shallow water regions of the Great Lakes under strong wind events. Extensive hindcast analysis using the 3D-circulation model FVCOM v3.2.2 and the third generation spectral wave model WAVEWATCH III v4.18 was conducted on unstructured meshes for each of the Great Lakes. The circulation and wave models are coupled through a file-transfer method and tested with various coupling intervals. We conducted tests for five short-term (storm length) test cases and three long-term (seasonal) test cases. Time series, spatial plots and statistics are provided. Data exchange of radiation stress, water elevation and ocean currents were tested in both two-way and one-way coupling regimes in order to assess the influence of each variable. Three types of wave current parametrizations will be discussed (surface layer, depth-averaged, and hybrid). The meteorological input forcing fields are 1km/4km/12km WRF model results with time interval of 1h for 4km/12km resolution and 10min for 1km resolution. Statistical analysis was performed in order to evaluate the model sensitivity on the unstructured domain in terms of wind, physics packages and surge-wave coupling effects. These efforts are towards an assessment of the model configuration with a view toward future operational implementation.
Linking Hydrologic and Coastal Hydrodynamic Models in the Great Lakes
Location: Conference Center – Chelan 4 (Washington State Convention Center)
Authors: Eric J. Anderson, NOAA/ERL/GLERL, Ann Arbor, MI; and A. Gronewold, L. Pei, C. Xiao, L. E. Fitzpatrick, B. M. Lofgren, P. Y. Chu, T. Hunter, D. J. Gochis, K. Sampson, and A. Dugger
Abstract: As the next-generation hydrologic and hydrodynamic forecast models are developed, a strong emphasis is placed on model coupling and the expansion to ecological forecasting in coastal regions. The next-generation NOAA Great Lakes Operational Forecast System (GLOFS) is being developed using the Finite Volume Community Ocean Model (FVCOM) to provide forecast guidance for traditional requirements such as navigation, search and rescue, and spill response, as well as to provide a physical backbone for ecological forecasts of harmful algal blooms, hypoxia, and pathogens. However, to date operational coastal hydrodynamic models have minimal or no linkage to hydrologic inflows and forecast information. As the new National Water Model (NWM) is developed using the Weather Research and Forecasting Hydrologic model (WRF-Hydro) to produce forecast stream flows at nearly 2.7 million locations, important questions arise about model coupling between the NWM and coastal models (e.g. FVCOM), how this linkage will impact forecast guidance in systems such as GLOFS, and how WRF-Hydro stream flows compare to existing products. In this study, we investigate hindcasted WRF-Hydro stream flows for the Great Lakes as compared to existing legacy research models. These hydrological stream flows are then linked with the next-generation FVCOM models, where the impacts to hydrodynamic forecast guidance can be evaluated. This study is a first step in coupling the next-generation NWM with NOAA's operational coastal hydrodynamic models.
Regional Hydrological Response from Statistically Downscaled Future Climate Projections in the 21st Century
Location: 4E (Washington State Convention Center), Poster #462
Authors: Lisi Pei, NOAA, Ann Arbor, MI; and A. Gronewold, T. Hunter, and R. Bolinger
Abstract: Understanding how future climate change signals propagate into hydrological response is critical for water supply forecasting and water resources management. To demonstrate how this understanding can be improved at regional scales, we studied the hydrological response of the Laurentian Great Lakes under future climate change scenarios in the 21st century using a conventional regional hydrological modeling system (the Great Lakes Advanced Hydrologic Prediction System, or GL-AHPS) forced by statistically downscaled CMIP5 (Coupled Model Intercomparison Project Phase 5) future projections. The Great Lakes serve as a unique case study because they constitute the largest bodies of fresh surface water on Earth, and because their basin is bisected by the international border between the United States and Canada, a feature that complicates water level and runoff modeling and forecasting. The GL-AHPS framework is specifically designed to address these unique challenges. Existing model validation results indicate that the GL-AHPS model framework provides reasonable simulation of historical seasonal water supplies, but has significant deficiencies on longer time scales. A major component of this study, therefore, includes reformulating key algorithms within the GL-AHPS system (including those governing evapotranspiration), and assessing the benefits of those improvements.
Authors: Lindsay E. Fitzpatrick, CILER, Ann Arbor, MI; and A. Manome, A. Gronewold, E. J. Anderson, C. Spence, J. Chen, C. Shao, D. M. Wright, B. M. Lofgren, C. Xiao, D. J. Posselt, and D. J. Schwab
Abstract: The extreme North American winter storm of November 2014 triggered a record lake effect snowfall event in southwest New York, which resulted in 14 fatalities, stranded motorists, and caused power outages. While the large-scale atmospheric conditions of the descending polar vortex are believed to be responsible for the significant lake effect snowfall over the region, to-date there has not yet been an assessment of how state-of-the-art numerical models performed in simulating evaporation from Lake Erie, which is tied to the accuracy in forecasting lake effect snow.
This study examined the evaporation from Lake Erie during the record lake effect snowfall event, November 17th-20th, 2014, by reconstructing heat fluxes and evaporation rates over Lake Erie using the unstructured grid, Finite-Volume Community Ocean Model (FVCOM). Nine different model runs were conducted using combinations of three different flux algorithms: the Met Flux Algorithm (COARE), a method routinely used at NOAA's Great Lakes Environmental Research Laboratory (SOLAR), and the Los Alamos Sea Ice Model (CICE); and three different meteorological forcings: the Climate Forecast System version 2 Operational Analysis (CFSv2), Interpolated observations (Interp), and the High Resolution Rapid Refresh (HRRR). A few non-FVCOM model outputs were also included in the evaporation analysis from an atmospheric reanalysis (CFSv2) and the large lake thermodynamic model (LLTM). Model-simulated water temperature and meteorological forcing data (wind direction and air temperature) were validated with buoy data at three locations in Lake Erie. The simulated sensible and latent heat fluxes were validated with the eddy covariance measurements at two offshore sites; Long Point Lighthouse in north central Lake Erie and Toledo water crib intake in western Lake Erie. The evaluation showed a significant increase in heat fluxes over three days, with the peak on the 18th of November. Snow water equivalent data from the National Snow Analyses at the National Operational Hydrologic Remote Sensing Center showed a spike in water content on the 20th of November, two days after the peak heat fluxes. The ensemble runs presented a variation in spatial pattern of evaporation, lake-wide average evaporation, and resulting cooling of the lake. Overall, the evaporation tended to be larger in deep water than shallow water near the shore. The lake-wide average evaporations from CFSv2 and LLTM are significantly smaller than those from FVCOM. The variation among the nine FVCOM runs resulted in the 3D mean water temperature cooling in a range from 3 degrees C to 5 degrees C (6-10 EJ loss in heat content), implication for impacts on preconditioning for the upcoming ice season.
Projecting Water Levels of the Laurentian Great Lakes in the 21st Century from a Dynamical Downscaling Perspective
Locations: 602 (Washington State Convention Center)
Authors: Chuliang Xiao, University of Michigan, CILER, Ann Arbor, MI; and B. M. Lofgren, J. Wang, P. Y. Chu, and A. Gronewold
Abstract: As the largest group of fresh surface water bodies on earth, the Laurentian Great Lakes have a significant influence on regional climate. Due to the limited spatial resolution of general circulation models (GCMs), the Great Lakes are generally ignored in GCMs. Thus, the technique of dynamical downscaling serves as a practical and important, but challenging solution to the problem of understanding climate impacts and hydrological response in this unique region. Here, we employed the Weather Research and Forecasting model (WRF) with an updated lake scheme to downscale from a GCM with two future greenhouse gas concentration scenarios in the 21st century. Historical validation shows that the WRF-Lake model, with a fine horizontal resolution and a 1-dimensional lake representation, improves the hydroclimatology simulation in terms of seasonal cycles of lake surface temperature, precipitation, and ice coverage. Based on the downscaling results, a hydrologic routing model is performed to project the Great Lakes' water level changes in 21st century using net basin supply (NBS, calculated as the sum of over-lake precipitation, basin-wide runoff, and lake evaporation) as an input. As the lakes warm and lake ice diminishes, water levels are projected to have persistent and enhanced interannual variations in the presumed climate change. These changes have a range of potential socioeconomic impacts in the Great Lakes region, including changes in hydropower capacity, the length of the commercial shipping season, and the design life of coastal residences and infrastructure.
Type: Poster, #1147
Authors: Xiaolong Ji, University of Michigan, Ann Arbor, MI; and H. Daher, R. Bolinger, A. Gronewold, and R. B. Rood
Abstract: Over the past several decades, dramatic changes in the spatial extent of seasonal and long-term ice cover have been documented for both marine and continential (inland) water bodies. Successfully projecting (and planning for) future changes in global ice cover requires an understanding of the drivers behing these historical changes. Here, we explore relationships between continental climate patterns and regional ice cover across the vast surface waters of the Laurentian Great Lakes. The Great Lakes constitute the largest collective surface of freshwater on Earth, and seasonal variability in ice cover is closely linked with lake heat content, energy fluxes, and water levels (all of which have strong linkages with ecological and socioeconomic stability in the region). Our findings indicate that abrupt historical changes in Great Lakes seasonal ice cover are coincident with historical changes in teleconnections, including both the El Nino Southern Oscillation (ENSO) and Pacific Decadal Oscillation (PDO). We find, in particular, that these teleconnections explain much of the ice cover decline in the late 1990s (coincident with the strong 1997-1998 winter El Nino) and the following persistent period of below-average period of ice that followed. We encode these relationships in a probabilistic model that provides seasonal projections of ice cover areal extent across the Great Lakes, as well as specific spatiotemporal patterns in ice cover at resolutions that align with critical regional human health and safety-related management decisions.
What Does It Take to Transition Six Forecasting Systems into Operations in Ten Years? — Lessons Learned, Myths and Facts
Location: 608 (Washington State Convention Center)
Authors: Philip Y. Chu, GLERL, Ann Arbor, MI; and E. J. Anderson, G. Lang, J. G. W. Kelley, E. Myers, A. Zhang, J. Xu, and Y. Chen
Abstract: NOAA Great Lakes Operational Forecasting System (GLOFS), developed by the Great Lakes Environmental Research Laboratory and National Ocean Service, has been operational since 2005. A project to upgrade GLOFS, using FVCOM as the core 3-D oceanographic forecast model, has been conducted during the past 3 years involving GLERL, NOS/CSDL and CO-OPS and NCEP Central Operations. The 1st phase of this project has been completed with the operational implementation of a new GLOFS version for Lake Erie on NOAA's Weather and Climate Operational Supercomputer System in May 2016.
Many lessons were learned from transitioning six forecasting systems to operations in 10 years. On the technical aspects which include hardware, software, systems — we found that keys to successful transition are on 1) methods to harden the software infrastructure to make a robust, automated system; 2) backup and alternative procedures for handling missing or corrupted input data; 3) standardized validation and skill assessment metrics; 4) preparation of complete documentation including validation test reports, standard operating procedures (SOP), and software user guides; 5) adequate near-real-time observations of discharge, and water levels to provide LBCs for the system and 6) field projects in the Great Lakes (i.e. IFYGL) to provide surface and subsurface data for the evaluation of the forecast models during development and testing. In particular, program source codes need to be frozen during the testing, validation and the transition period with proper version control.
In addition to the technical aspects, a successful system transition from the research/development stage into operations also involves non-technical aspects, such as commitment from senior leadership, frequent communications among all involved parties on progress and milestones, training sessions for the system operators and user engagement workshops for the end users.
Applying WRF-Hydro in the Great Lakes Basin: Offline Simulations in the Seasonal Hydrological Responses
Location: Conference Center – Chelan 2 (Washington State Convention Center )
Authors: Lisi Pei, NOAA, Ann Arbor, MI; and A. Gronewold, D. J. Gochis, K. Sampson, A. Dugger, C. Xiao, L. Mason, B. M. Lofgren, and P. Y. Chu
Abstract: As a unified atmosphere-land hydrological modeling system, the WRF-Hydro (Weather Research and Forecasting model Hydrological modeling extension package) framework is being employed by the NOAA-National Water Center (NWC, Tuscaloosa, AL) to provide streamflow forecasting over the entire CONUS in 250 m resolution from hourly to monthly scale. Currently, efforts are focused on tests and an operational forecast launch on August 16th, 2016. But due to inconsistencies in the land surface hydrographic datasets between U.S. and Canada over the Great Lakes Basin, many of the tributaries feeding the Great Lakes and the major channels connecting the Great Lakes (including the Niagara, St. Clair, and Detroit Rivers) are missing or poorly represented in the current NWC streamflow forecasting domain. Improvements in the model's current representation of lake physics and stream routing are also critical for WRF-Hydro to adequately simulate the Great Lakes water budget and Great Lakes coastal water levels. To customize WRF-Hydro to the Laurentian Great Lakes Basin using protocols consistent with those used for the current CONUS operational domain, the NOAA-Great Lakes Environmental Research Laboratory has partnered with the National Center for Atmospheric Research (NCAR) and other agencies to develop land surface hydrographic datasets and compatible stream routing grids that connect to the current CONUS operational domain. This research group is also conducting 1-km resolution offline tests with WRF-Hydro based on current best available bi-national land surface geographic datasets to examine the model's ability to simulate seasonal hydrological response over the Great Lakes (runoff and land-atmosphere fluxes) with its coupled overland flow terrain-routing module, subsurface lateral flow module and channel flow (runoff) module.
Using the Next-Generation Great Lakes Operational Forecasting System (GLOFS) to Predict Harmful Algal Bloom (HAB) Transport with the HAB Tracker
Authors: Eric J. Anderson, NOAA/ERL/GLERL, Ann Arbor, MI; and M. Rowe, J. Xu, A. Zhang, G. Lang, J. G. W. Kelley, and R. Stumpf
Abstract: Harmful algal blooms (HAB) plague coastal environments around the world, and particularly in the United States in areas such as the Great Lakes, Florida, Washington, and Maine. In the Great Lakes, shallow embayments such as the western basin of Lake Erie have experienced a period of increasing HAB intensity in recent years, including an event in 2014 where high toxicity levels resulted in a drinking water restriction to nearly 400,000 residents. In order to help decision makers and the public respond to these events, an experimental model has been developed short-term forecasts of HAB concentration and transport. The HAB Tracker uses the next-generation NOAA Lake Erie Operational Forecast System (LEOFS), which is based on the Finite Volume Community Ocean Model (FVCOM). The new FVCOM-based LEOFS model produces hydrodynamic forecast guidance out to 5 days using meteorology from the 3-km HRRR and 2.5 km NDFD. An experimental version of this model also extends the forecast horizon out to 10 days using forecasted meteorology from the GFS. Hourly hydrodynamic conditions (currents, diffusivity, water temperature) are supplied to a three-dimensional Lagrangian particle trajectory model that has been developed to predict HAB transport and vertical migration through the water column. Initial conditions are provided by satellite remote sensing of surface chlorophyll concentration, when available, in which previous nowcasts are used to fill gaps in satellite-derived HAB extent and extend surface concentrations into the water column to produce a three-dimensional field of HAB concentration. In-situ observations of microcystis concentration provide a calibration of particle buoyancy (i.e. colony migration) and a basis for model validation. Results show the three-dimensional HAB Tracker has improved forecast skill out to 10 days over two-dimensional surface concentration forecast products and is better than a persistence forecast out to 5 days.
Categories: Communication, Event, Research | Tags: AMS 2017, climate, forecasting, great lakes, lakes, Modeling, Research | Permalink.

redpajama_set_name: RedPajamaCommonCrawl


Make Pilot Better pens your go-to writing instrument at home or the office. These Pilot pens are made with durable points and offer a ribbed grip that lets you write comfortably for hours.
Stainless-steel points create crisp, clear lines.
Ribbed grip is easy on your fingers.
Retractable for 1-handed convenience — no caps to lose.
Includes 12 med-point pens with blue ink.


The autonoME of the future?
Our autonoME environmental control unit (ECU) / speech generating device (SGD) package offers the most comprehensive and latest features available for the commercial marketplace. ASI has earned a reputation for remaining on the cutting edge of augmentative and alternative communication (AAC) and environmental control. As a result, our autonoME packages have gone through numerous upgrades and transformations over the years.
There was some promising new research recently published in the New England Journal of Medicine. A 58-year-old woman with late-stage amyotrophic lateral sclerosis (ALS) experienced astounding results with an experimental brain implant software program. This implant allowed her to actually control the on-screen keyboard of a SGD using her brain. Imagine being able to control your ECU/SGD with thought waves. This could revolutionize the industry, much like eye gaze did when it was successfully launched.
Could this be the wave of the future? Only time will tell, but this is certainly very promising news, not just for individuals with ALS, but all quadriplegics. ASI will be monitoring this research very closely.
https://accessibilityservices.com/wp-content/uploads/2016/11/brain_z1O2-Pcu.jpg 768 768 ASI /wp-content/uploads/2019/03/ASIProposedORIGINALColor-01-e1553790122688.png ASI2016-11-28 16:48:152016-11-28 16:50:10The autonoME of the future?
Michael Lawrence Promoted to Product Representative for the Northeastern United... A Breakthrough in ALS?


DENVER — Two Republican members of Congress from Colorado are asking the Trump administration not to change the Canyons of the Ancients National Monument, one of more than two dozen monuments under review for possible modification.
Sen. Cory Gardner and Rep. Scott Tipton said Tuesday the southwestern Colorado monument preserves thousands of archaeological sites while allowing traditional uses of the land.
Their recommendation is likely to get a close hearing in the GOP administration.
President Donald Trump ordered Interior Secretary Ryan Zinke on April 26 to review the monuments, accusing previous presidents of abusing their authority to establish them.
President Bill Clinton designated the Canyons of the Ancients in 2000. It covers 275 square miles (710 square kilometers) and has more than 6,000 known archaeological sites. It's the only Colorado site under review.


text:
Die Burg Rohreck ist eine abgegangene Höhenburg auf einer Bergnase am Nordhang des Tiefenbachs im Flurbereich Burghalde 700 Meter westlich von Rohracker, einem heutigen Stadtteil von Stuttgart in Baden-Württemberg.

Die Burg wurde zwischen 1220 und 1270 von den Herren von Bernhausen erbaut und 1286 erwähnt. Die Burg und das Dorf wurden 1365 an Württemberg verkauft. 1474 wird die Burg, von der keine Reste erhalten sind, nur noch als Burgstall genannt.

Literatur
 Hartwig Zürn: Die vor- und frühgeschichtlichen Geländedenkmale und die mittelalterlichen Burgstellen des Stadtkreises Stuttgart und der Kreise Böblingen, Esslingen und Nürtingen. Verlag Silberburg, Stuttgart 1956.

Einzelnachweise

Rohreck, Burg
Abgegangenes Bauwerk in Stuttgart
Hedelfingen

redpajama_set_name: RedPajamaWikipedia


Located within Wakefield, Stanley Mews is our new adult service due to open in Spring 2019, adding to our existing range of adult services across Yorkshire (Hesley Village and Community Solutions near Doncaster, Low Laithes in Barnsley and Copperclay Mews in Easingwold).
Stanley Mews will provide a specialist residential service with high standards of accommodation, personal care and support for adults aged 18 years and over, all of whom have a learning disability, often together with autism and complex needs including behaviour that may challenge. People supported within the services at Stanley Mews will have ready access to their local community whilst living in single person ground floor accommodation with private gardens as well as a communal outdoor activity area.
A highly experienced and specialist multi-disciplinary team, comprising of clinicians, managerial and supporting staff, together with families, will work to optimise the provision of individualised care and therapeutic interventions. We have a firm belief in the 'Power of Yet' and this will be at the heart of the new service offered at Stanley Mews.


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Pope Francis approves canonization of John Henry Newman
Hannah Brockhaus | Catholic News Agency
Feb 13, 2019 • 2 Min Read
John Henry Newman by Sir John Everett Millais. public domain.
Pope Francis Wednesday approved the canonization of Bl. John Henry Newman, a Roman Catholic cardinal, scholar, and founder of the Oratory of St. Philip Neri in England.
Following a Feb. 12 meeting with Cardinal Angelo Becciu, the head of the Congregation for the Causes of Saints, the pope signed off on a second miracle attributed to the intercession of Newman, who was beatified by Pope Benedict XVI in Birmingham, England on Sept. 19, 2010.
The first miracle attributed to Newman's intercession involved the complete and inexplicable healing of a deacon from a disabling spinal condition.
His second miracle concerned the healing of a pregnant American woman. The woman prayed for the intercession of Cardinal Newman at the time of a life-threatening diagnosis, and her doctors have been unable to explain how or why she was able to suddenly recover.
The date of his canonization has not yet been announced.
Bl. John Henry Newman was a 19th century theologian, poet, Catholic priest and cardinal. Originally an Anglican priest, he converted to Catholicism in 1845 and his writings are considered among some of the most important Church-writings in recent centuries.
Ordained a Catholic priest in 1847, he was made a cardinal by Pope Leo XIII in 1879, although he was not a bishop. Newman was also particularly dedicated to education and founded two schools for boys.
Sr. Kathleen Dietz, FSO, a Newman scholar, and vice-chancellor of the Diocese of Erie told CNA last November she suspects that Newman could be named the patron of scholars and students.
Pope Francis also green-lighted Feb. 13 the canonization of Bl. Maria Teresa Chiramel Mankidiyan of India, the founder of the Congregation of the Sisters of the Holy Family, who died in 1926 in Kuzhikkattussery.
He also approved the canonization of martyred Jesuit Fr. Salvatore Vittorio Emilio Moscoso Cardenas, who was killed in hatred of the faith in Ecuador in 1897.
Those declared to have lived lives of heroic virtue and to be on the path to beatification are Cardinal József Mindszenty, archbishop of Esztergom and primate of Hungary (1892-1975); Fr. Giovanni Battista Zuaboni, founder of the Secular Institute of the Company of the Holy Family (1880-1939); Jesuit Fr. Manuel Garcia Nieto (1894-1974); Sr. Serafina Formai, foundress of the Congregation of the Missionary Sisters of the Glad Message (1876-1954); and Sr. Maria Berenice Duque Hencker, foundress of the Congregation of the Sisters of the Annunciation (1898-1993).
Catholic News Agency
Hannah Brockhaus writes for Catholic News Agency.
Vatican approves second miracle for Blessed John Henry Newman by Christine Rousselle November 29, 2018
Blessed John Henry Newman to be canonized October 13 by Courtney Grogan July 1, 2019
John Henry Newman, patron saint of the doxxed? by Mike Aquilina February 27, 2019


With a robot.txt file you can control what pages may get crawled from bots. You can allow or disallow single pages or folders.
A simple, static solution would be, to but a simple robots.txt file into you /public folder in your rails app... but then you can't dynamically set the content of this file.
If you want a different file for staging and production server or want some dynamic routes in your robots.txt, then you need to generate this file with rails.


A Newborn Care Specialist is a highly trained, qualified, and skilled professional in newborn care. Her knowledge and expertise include all aspects of newborn care including breastfeeding, bottle feeding, sponge baths, full baths, cord care, circumcision care, soothing, and swaddling. She will empower you as parents while assisting, educating and providing care for your newborn.
When should I hire my Registered Baby Nurse/ Newborn Care Specialist?
We recommend that you retain your Baby Nurse Services as early as possible. This will ensure our availability.
Will the Baby Nurse help me Breastfeed?
Absolutely! She will ensure your baby has a great latch, show you different feeding positions, and if pumping, go over storage recommendations.
How long do parents usually book your services?
Most families book our services anywhere from 2 weeks to 6 months.
Can I meet the Baby Nurse that will be working with my family?
100%! We want you to feel comfortable in knowing exactly who will be arriving at your house when bringing home your precious bundle of joy.
I've already delivered, Can I still contact you?
Of course! Oftentimes, parents will underestimate the amount of care a newborn requires. When lack of sleep becomes exhausting, parents seek out help. Contact us and if we have a baby nurse available, she'll be on her way.
What screening process do your Baby Nurse's/Newborn Care Specialists go through?
Our Baby Nurses and Newborn Care Specialists are personally interviewed by Jennifer. They are asked detailed questions regarding their experience with newborns, breastfeeding, colic, reflux, cord care, plagiocephaly, NG Tubes and more. All references are called and verified. They must pass a background check that includes fingerprints and social security verification. They are all licensed, certified, and insured and have current CPR certifications. Every Baby Nurse also has been through the proprietary "Blissful Baby Nurse Newborn Care Training" to ensure that you are receiving the highest quality of care possible.
Sleeping through the night means that you can expect your baby to be sleeping 10- 12 hours of uninterrupted sleep every night.
When is the best time to start Sleep Conditioning?
The best time to start Sleep Conditioning is around 5 weeks so that we can create and establish healthy sleeping habits. The second best time is right NOW.
Can someone stay with me through the night and do it for me?
Yes! Parents are often exhausted and frustrated and would like to bring in the professional. How does a good night's sleep sound knowing in 72 hours or less your baby will be sleeping 11-12 hours a night?
Can you help me with my 6 month old baby that still wakes up to eat several times a night?
Definitely! This is quite common and using gentle methods enable us to wean those nighttime feedings for a blissful night's sleep.
Do you work with toddlers?
WE LOVE working with toddlers. They often refer to us as the "Sleep Teacher," which we accept with great pride.
We co-sleep with our toddler, can you help us get him into his own room?
Absolutely! We understand that this can be a difficult transition for you and your precious toddler. We have many gentle approaches and methods to choose from to ensure your successful.
We don't live in South Florida can you still work with us?
YES! We work with many families that live out of state as well as overseas many whom travel often through different time zones. You can reap the same benefits as if you were here due to Skype/FaceTime and Email.
A Baby Planner is a maternity consultant that works with expecting parents. A Baby Planner matches their clients with resources , services, and products while offering education, and support that is entirely customized for each family.
Why would I need someone to help me throughout my pregnancy?
Just the way you would hire a wedding planner for the big day, women also want the support and education throughout their pregnancy journey. This allows more time to focus on work, other children, and tasks while knowing that everything from bump and beyond is taken care of in a timely manner.
Who benefits from a custom registry?
Everyone! With so many products on the market, along with your unique family and lifestyle, your Planner will quickly and efficiently point you in the direction of what you will USE as opposed to what will just take up space.
Can I choose the store and / or website for my registry?
Absolutely! Your Baby Planner is here to make things easier for you. It's one thing to read about products and gear online but you gain a whole new perspective when our Baby Planners have personally used and worked with the items you're seeking to purchase.
Can my Baby Planner help me choose a doula and other medical providers?
YES! I can't think of anyone better than your Baby Planner!! She will know your personality, expectations, and connect you with providers that will be a perfect match for you and your family.
Will my Baby Planner help me find the cleanest and greenest products on the market?
100%!! This is all about YOU and why we're so passionate about staying on top of the latest and greatest organic, eco – friendly, baby products. Instead of starting from scratch, your professional Baby Planner will go over the top products in specific categories allowing you to choose the best for your growing family.
Can my Baby Planner help me after my registry is complete? Can they help me find age appropriate toys, books, etc.
Of course! We LOVE having the opportunity to offer a la carte services. This allows us to create custom packages that fit your needs from your bump to your toddler.


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President's Installation
NorQuest College Visual Identity
Media Centre > News
NorQuest moving to online delivery for January
NorQuest expands support for women-identifying learners with new partnership
Student earns prestigious Silicon Valley scholarship for top business idea
NorQuest community learning and reflecting in advance of newly created statutory holiday
Civic Employees Legacy Tower naming now official
Formerly called Heritage Tower, our original downtown building next door to the Singhmar Centre for Learning (SCFL) is now officially called Civic Employees Legacy Tower or CELT. Announced earlier this year, the new name is a result of a $2 million gift from the Edmonton Civic Employees Charitable Assistance Fund.
NorQuest educators win awards for innovation
NorQuest College's Practical Nurse Program educators are defining what exemplary faculty is all about.
1000 Women Child Care Centre wait list full
The 1000 Women Child Care Centre is not taking any additional requests to join the wait list at this time as it is currently full.
The latest episode of the Leadership in Challenging Times podcast is now online! Dr. Jodi L. Abbott and Lieutenant-Colonel Jeff Wilson are joined by Dr. Lori Campbell from the Colbourne Institute for Inclusive Leadership to share their thoughts on the importance of inclusivity and how leaders can incorporate inclusion into their organizations.
His name is Lenny Bowman
When we learned about a man being crushed in a dumpster on Thursday, July 5, 2018, our minds were both distraught and sympathetic. We thought about the life that was lost. We thought about the workers who found him – how awful to have that happen on your work day. Many of us would have come to some quick conclusions about the man and his tragic death – homeless, drugs, alcohol, mental health, and more.
ATB sheds light on value of post-secondary education
More and more, we are seeing new research illustrate the value of post-secondary education and specifically, the value of colleges.
NorQuest College awarded for being smoke-free campus
On June 26, NorQuest College was among 16 Alberta municipalities, school boards, and post-secondary institutions to receive a Smoke-Free Spaces recognition award.
NorQuest College Chair provides $1 million gift to promote diversity and inclusion
EDMONTON – NorQuest College is proud to be recognized locally and nationally as an organization that is a leader in diversity and inclusion, leading by example in the post-secondary world. That leadership is about to get stronger thanks to an incredible $1 million donation to the college.
Community Impact 2018 a must read!
This fresh and bold edition of Community Impact invites you to step into the stories of NorQuest College students, graduates, employees, donors, and partners.
1000 Women movement continues to create a million possibilities for students
On June 12, the 1000 Women movement marked nine years of mobilizing the community to remove educational barriers for NorQuest College students.
Displaying results 91-100 (of 419)
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'New Mutants' Delayed, Again, to April 2020
Ryan Pineda May 11th, 2019 - 1:17 PM
Some may remember the initial trailer that came out for the X-Men spin-off horror film that came out in 2017 known as The New Mutants. The first trailer garnered a ton of interest but little did fans know that they probably would not be able to see the film until two years after its initial release date. Disney announced new release dates for various films under their newly purchased 20th Century Fox studio. New Mutants is set to release on April 3, 2020.
This seems like unfortunate news for the X-Men spin-off due to the fact that this is the second time the film has been delayed. The film was supposed to come out in April 2018 but after Disney's Fox purchase, the film was delayed to have several reshoots in August of 2019. The reshoots were rumored to be because of either Disney's implementation of the X-Men to the Marvel Cinematic Universe, creative differences with the director and studio, or a new character to be added to the reshoots.
Unfortunately, with not much appearing since the film's initial trailer and new reports of reshoots that have not even occurred yet, many were doubtful of the film's new release date. With such a troubled production, it may seem that Fox's version of the X-Men may have a tragic end with both this and Dark Phoenix tracking to perform rather poorly.
Josh Boone
Ryan Pineda


I've referred to Dr. McGee since day one. I met him, and we discussed our treatment philosophies. We value our patients. We want to treat our patients like family. Patients, when they come back to our office, say they've had a pleasant experience and would go again to see him. Dr. McGee has actually worked on me — just a simple procedure, but I trust his hands to work on me, his referring doctor, so that tells you a little bit about the trust I have in Dr. McGee. Working with Dr. McGee and having a good relationship I think makes overall treatment better for our patients. We'll continue to refer our patients to Dr. McGee for any surgical procedures and implant procedures and a lot of different things Dr. McGee can help our practice in treating and helping our patients. So we'll continue to use him.


Coverage for specialists in various professional fields. Since basic liability policies do not protect against situations arising out of business or professional pursuits, professional liability insurance is purchased by individuals &/or companies who hold themselves out to the general public as having greater than average expertise in particular areas.
Negligence or wrongdoing by a medical practitioner, or the failure to exercise the customary degree of care, knowledge or skill, can bring about medical claims which are devastating to a physician who does not carry proper malpractice coverage. Such claims result in loss of income, savings and the professional reputation of the practitioner. Coverage is available for physicians, surgeons, dentists, emergency medical technicians and other providers of healthcare services, including hard-to-place risks due to past claims history.


So this week, I began evening classes at Symbol Training to learn how to operate CNC machines. Quite the opposite end of the spectrum from violin making school, where I am not even allowed to touch the bandsaw. I don't specifically know what I intend to do with all this training in architecture/design, fine woodworking, and CNC, but it sounds like a good combo for making something really awesome one day. Maybe. But pshh, do I really have to pick a side anyway?? I didn't think so.
This is my spruce plate after it was attacked by a fleet of little round-bottom finger planes. It is about .2mm away from final dimensions here, and I will scrape it to achieve the final thickness.
It's unsettling at first, but quite a bit of light passes through that piece of spruce as it approaches final thickness. Take that, Alice Tully Hall!
This coin, which I cut off from a cylindrical stock of aluminum spinning in the lathe (Manual Direct Input! T02 S1500 M03! Insert! Hand jog, .001, x-axis!), is my token of inauguration into the world of CNC machining. What in the world have I gotten myself into??
The CNC machining training sounds like an awesome combo with violin making. I recently saw a lecture by SITU fabrication. I am not sure you heard about them. They started their business straight out of architecture school purchasing CNC machines and they have some more fancy robots today. They started doing custom work for architects but now they do more design work themselves. They also filed a patent for a CNC router turned into a limestone grinder for removing fossils in a precise manner. Therefore making a bunch of geologists happy.
That's pretty cool. Fossils! So many possibilities!


text:
const Validator = require('validator');
const isEmpty = require('lodash/isEmpty');

exports.validateInput = (data) => {
  const errors = {};
  if (Validator.isEmpty(data.email)) {
    errors.email = 'This field is required';
  }

  return {
    errors,
    isValid: isEmpty(errors)
  };
};

redpajama_set_name: RedPajamaGithub


text:
Naira Appreciates to N390.25/$ at I&E FX Window - BUSINESS POST
By Adedapo Adesanya
After being marred by heavy losses in the week, the exchange rate of the Naira against the United States Dollar got a breather on Friday at the Investors and Exporters (I&E) window of the foreign exchange market as it appreciated by N3 or 0.76 per cent to close at N390.25/$1 compared to N393.25/$1 it closed the day before.
This was buoyed by the 52.2 per cent or $109.73 million decline in the demand for FX at the market segment, according to data from the FMDQ Securities Exchange as transactions worth $100.52 million were recorded as against Thursday's $210.25 million.
The local currency, however, traded flat against the greenback at the black market, closing at N495/$1, according to data harvested from AbokiFX, a platform for tracking parallel forex market rates.
It was observed that the exchange rate of the Naira against the Euro at the parallel market also remained unchanged at N580/€1 yesterday but lost N10 against the Pound to finish at N645/£1 compared to the previous rate of N635/£1.
At the Bureaux De Change (BDC) segment, data from the Association of the Bureaux De Change Operators of Nigeria (ABCON) showed that the Naira/Dollar exchange rate remained at N386/$1.
Similarly, the exchange rate of the Naira to the US Dollar remained unchanged at the interbank window at N379/$1 at the close of business on Friday.
Meanwhile, a look at the cryptocurrency market showed that things remained bearish as the Dash (DASH) recorded the heaviest loss, declining by 2.7 per cent to close at N44,835.11.
Litecoin (LTC) lost 2.6 per cent to sell for 34,595.95, Tron (TRX) backslid by 2.4 per cent to N14.52, while Ripple (RPX) made a 1.9 per cent loss to trade at N271.99.
Others such as Bitcoin depreciated by 0.6 per cent to N8,397,920.11 while Ethereum (ETH) went down by 1.5 per cent to sell for N255,501.00.
The US Dollar Tether was, however, the day's only gainer as it appreciated by 0.3 per cent to N493.30.


Reel Time Florida Sportsman TV brings the most up to date fishing reports on the web, the fishing reports from the Florida Sportsman Forums, to the Big Screen.
Captain George Gozdz, host of Reel Time, reviews the hottest action in the state, based on the most current fishing reports on the Region Forums, then packs up his boat and gear to fish with the Florida Sportsman member who posted the best and most action-packed report. Best of all, fishing reports from all Florida Sportsman members are available to be picked.
The contributors of Florida's Best Fishing Reports, the members of Florida Sportsman's Regional Forums are the featured anglers of Reel Time Florida Sportsman TV! Based on the posted fishing reports from the Forums, Capt. George Gozdz determines where the hot bite is, hooks up his RTFS Triton, and schedules a trip with a Florida Sportsman member.


text:
Categorized | Crabs N Beer
Tags | Baltimore, Baltimore Ravens, harbaugh, Jimmy Smith, Joe Flacco, John Harbaugh, lamar jackson, Matt Skura, Ravens
December 21, 2019 | Dennis Koulatsos
it's great that the Ravens are currently navigating uncharted waters in franchise history, in full control of their destiny to secure the #1 seed in the playoffs
that Eric DeCosta is hands down NFL Executive of the Year. He struck gold once again in this year's NFL draft and retooled the roster on the defensive side of the ball which elevated week's four #26th ranked defense in the league to their current position at #6
Matt Judon has grown a lot on me this year. Prior to the start of the regular season I wasn't sold on him, but his performance has been outstanding. He plays like a Raven, he's never missed a game, and his best football is ahead of him. Sign the man!
I had an inkling that Mark Ingram was going to be great in the running backs room and a leader, but my goodness. He has exceeded all expectations on and off the field. He's a veteran who plays with the enthusiasm of a rookie. What a combo!
Of all of the John Harbaugh haters – where ya at now? I've knocked the front office since 2013 for failing to draft play makers, and I've knocked the coach when I felt he mad bad decisions. But overall I've thought of him as a top 5 coach in this league, and I never felt that the Ravens should have moved away from him. Now that he has some talent to work with, it is clear just how talented he is
that the Ravens will be selecting the 32nd pick in the 2020 NFL draft. They are hands down the best team in the league and I would be surprised if they weren't in Miami on February 2nd and don't come away with the organization's 3rd Super Bowl ring.
Lamar Jackson is a generational talent. He has the charisma of Muhammad Ali and the tenacity of Michael Jordan. They're my 2 all-time favorite athletes and in his early stages of development he looks to me very much like a combination of both
I'm torn on Marcus Peters. He sat out his junior year of college because he got in a fight with the coaching staff at the University of Washington. Then he got traded by the Chiefs to the Rams and then to the Ravens. His talent is obvious but one can't ignore the flags. Will the Ravens trust him enough to offer him a long term deal? Stay tuned…
Ronnie Stanley and Marlon Humphrey are cornerstone players, and the Ravens will be well served to extend their contracts sooner than later
The Ravens still need a WR1. How about AJ Green in a Ravens uniform next year? My gut says that will happen. AJ will want a ring or two or three to cap of a Hall of Fame career
Marshal Yanda is a first ballot Hall of Fame player. I can picture him in a gold jacket at the Hall of Fame induction ceremony in Canton. He's been the most dominant offensive lineman over space and time about as far back as I can remember
Don't think Michael Pierce will be wearing a Ravens uniform next year. He'll ring the proverbial bell in the free agent market, and 5th round draft pick out of Texas A&M Daylon Mack should be ready to step into that same run stop role that Pierce will have vacated
that Tayvon Young will hopefully come back at full strength from the neck injury that ended his season to make the NFL's stingiest secondary that much better. He'll easily be the best cover slot DB on the team
the Ravens are a year ahead of schedule. I had their ceiling at 11 wins and their floor at 8, figuring they'd need a year to fully mature and develop, particularly as #8 figured things out. His MVP level play has obviously made the THE YEAR and the Ravens know they'll need to take full advantage of it as many things can happen to close their window. But with that said, you'd have to like the amount of draft picks and available cap space for the 2020 season.
With the 32nd pick of the 2020 NFL draft the Ravens will draft the best player available. They've usually done that although at times it has looked that they've stretched into drafting for need. They can certainly take an interior offensive lineman, a rush end, a linebacker, a wide receiver or even a running back. They'll identify 16 – 18 red star players and hope one of those is available at 32.
Ravens offensive line coach Joe D'Alassandris has been a difference maker. This line is virtually the same one that couldn't keep Joe Flacco upright, but a year later looks like one of the best in the NFL. Matt Skura goes down with a season ending injury and Patrick Mekari steps in there without skipping a beat. A lot of that has to do with coaching folks
Ravens Nation will cheer if the Browns bring back Freddie Kitchens for another year. They should have kept him in his lane as offensive coordinator. Whatever "it" factor a head coach has, clearly he doesn't have "it"
Mike Tomlin has done a good job but in no way should be coach of the year. The Steelers have feasted on a slew of poor teams, and they don't have a quarterback. Credit GM Kevin Colbert for getting Minkah Fitzpatrick. But…the Steelers don't have a 1st round draft pick in 2020. Don't know who wins coach of the year at this point, but I have John Harbaugh ahead of Tomlin. Way ahead
don't care if the Bengals draft Joe Burroughs. They're one of the worst organizations in all of sports. Marvin Lewis kept them competitive for years with smoke, mirrors and a slew of red flag players. They'll flash once in a while only due to the collection of high draft picks, but they'll never be a consistent winner. Same with the Browns, who have only one playoff appearance in 25 years. Of course it was a loss


text:
New Cryptocurrency Backed By Gold To Be Launched In Singapore
Oct 26, 2016 at 10:45 // News
Nina Lyon
A new cryptocurrency backed by gold, named "Copernicus Gold", is due to be launched in Singapore at the beginning of 2017.
The project was first announced by Russian banker Vladimir Frolov in Summer 2015. This new currency and its payment system based on Blockchain technology could become an alternative to SWIFT payments.
Vladimir Frolov said that "Copernicus Gold" is 100% ensured by physical gold. He stated:
"The operator of the payment system responds to a customer's demand and buys or sells the required amount of gold, thus ensuring the entire amount of the issued currency with physical gold in real time. The audit is carried out by internationally recognized companies."
"Copernicus Gold" intends to become a new stage in the development of digital currency, as in the basis of this payment system is the idea to combine the technological advantages of cryptocurrency, conceptual advantages of digital gold, multi-currency exchange, and modern security technologies.
Vladimir Frolov commented about the development of the "Copernicus Gold" project:
"We received the letter from the global law firm that states that our business complies with all regulatory requirements of Singapore. And received a similar letter from the Central Bank of Singapore."
He continued in his post on Facebook that the company has completed the technical implementation of the Blockchain-based payment system, and the project will be in the final testing stage from October 26 to November 14. He stated:
"Now we have reached the level of thousands of transactions per second, which is about 100 million transactions per day."
Cryptocurrency Singapore Blockchain Gold


text:
Q: Springsecurity AuthenticationEntryPoint and AccessDeniedHandler don't work I'm using springboot and springsecurity, I make my own EntryPoint and AccessDenied, but it seems that they don't work when i throw a AuthenticationException in filter.
CustomAccessDeniedHandler.java
@Slf4j
public class CustomAccessDeniedHandler implements AccessDeniedHandler {
    @Override
    public void handle(HttpServletRequest request, HttpServletResponse response, AccessDeniedException accessDeniedException) throws IOException, ServletException {
        response.setContentType("application/json;charset=utf-8");
        response.setStatus(HttpServletResponse.SC_FORBIDDEN);
        PrintWriter out = response.getWriter();
        out.write(new ObjectMapper().writeValueAsString("no access"));
        out.flush();
        out.close();
    }
}

CustomAuthenticationEntryPoint.java
@Slf4j
public class CustomAuthenticationEntryPoint implements AuthenticationEntryPoint {
    @Override
    public void commence(HttpServletRequest request, HttpServletResponse response, AuthenticationException authException) throws IOException, ServletException {
        response.getWriter().write("login failed:" + authException.getMessage());
    }
}

CustomException.java
@Getter
@AllArgsConstructor
public class CustomException extends AuthenticationException {

    public CustomException(ResultEnum resultEnum) {
        super(resultEnum.getMsg());
    }
}

WebSecurityConfig(SpringSecurityConfig)
@EnableWebSecurity
public class WebSecurityConfig {
    @Bean
    public SecurityFilterChain filterChain(HttpSecurity http) throws Exception {
        http.csrf()
                .disable()
                .sessionManagement()
                .sessionCreationPolicy(SessionCreationPolicy.STATELESS)
                .and()
                .authorizeRequests()
                .antMatchers("/error/**").permitAll()
                .anyRequest().authenticated()
                .and()
                .exceptionHandling()
                .accessDeniedHandler(customAccessDeniedHandler())
                .authenticationEntryPoint(customAuthenticationEntryPoint());
        http.addFilterAt(wxAppletAuthenticationFilter(), UsernamePasswordAuthenticationFilter.class);
        return http.build();
    }

    @Autowired
    private WxAppletAuthenticationManager wxAppletAuthenticationManager;

    @Bean
    public CustomAuthenticationEntryPoint customAuthenticationEntryPoint(){
        return new CustomAuthenticationEntryPoint();
    }

    @Bean
    public CustomAccessDeniedHandler customAccessDeniedHandler(){
        return new CustomAccessDeniedHandler();
    }

    @Bean
    public WxAppletAuthenticationFilter wxAppletAuthenticationFilter() {
        WxAppletAuthenticationFilter filter = new WxAppletAuthenticationFilter("/login");
        filter.setAuthenticationManager(wxAppletAuthenticationManager);
        filter.setAuthenticationSuccessHandler(customAuthenticationSuccessHandler());
        return filter;
    }

    @Bean
    public CustomAuthenticationSuccessHandler customAuthenticationSuccessHandler() {
        return new CustomAuthenticationSuccessHandler();
    }

    @Bean
    public JwtAuthenticationFilter jwtAuthenticationFilter() {
        return new JwtAuthenticationFilter();
    }

error stack
2022-11-17 00:52:48.263 ERROR 39496 --- [p-nio-80-exec-1] o.a.c.c.C.[.[.[/].[dispatcherServlet]    : Servlet.service() for servlet [dispatcherServlet] in context with path [] threw exception

com.tnxts.exception.CustomException: token无效
    at com.tnxts.filter.WxAppletAuthenticationFilter.attemptAuthentication(WxAppletAuthenticationFilter.java:63) ~[classes/:na]
    at org.springframework.security.web.authentication.AbstractAuthenticationProcessingFilter.doFilter(AbstractAuthenticationProcessingFilter.java:227) ~[spring-security-web-5.7.4.jar:5.7.4]
    at org.springframework.security.web.authentication.AbstractAuthenticationProcessingFilter.doFilter(AbstractAuthenticationProcessingFilter.java:217) ~[spring-security-web-5.7.4.jar:5.7.4]
    at org.springframework.security.web.FilterChainProxy$VirtualFilterChain.doFilter(FilterChainProxy.java:346) ~[spring-security-web-5.7.4.jar:5.7.4]
    at org.springframework.security.web.authentication.logout.LogoutFilter.doFilter(LogoutFilter.java:103) ~[spring-security-web-5.7.4.jar:5.7.4]
    at org.springframework.security.web.authentication.logout.LogoutFilter.doFilter(LogoutFilter.java:89) ~[spring-security-web-5.7.4.jar:5.7.4]
    at org.springframework.security.web.FilterChainProxy$VirtualFilterChain.doFilter(FilterChainProxy.java:346) ~[spring-security-web-5.7.4.jar:5.7.4]
    at org.springframework.security.web.header.HeaderWriterFilter.doHeadersAfter(HeaderWriterFilter.java:90) ~[spring-security-web-5.7.4.jar:5.7.4]
    at org.springframework.security.web.header.HeaderWriterFilter.doFilterInternal(HeaderWriterFilter.java:75) ~[spring-security-web-5.7.4.jar:5.7.4]
    at org.springframework.web.filter.OncePerRequestFilter.doFilter(OncePerRequestFilter.java:117) ~[spring-web-5.3.23.jar:5.3.23]
    at org.springframework.security.web.FilterChainProxy$VirtualFilterChain.doFilter(FilterChainProxy.java:346) ~[spring-security-web-5.7.4.jar:5.7.4]
    at org.springframework.security.web.context.SecurityContextPersistenceFilter.doFilter(SecurityContextPersistenceFilter.java:112) ~[spring-security-web-5.7.4.jar:5.7.4]
    at org.springframework.security.web.context.SecurityContextPersistenceFilter.doFilter(SecurityContextPersistenceFilter.java:82) ~[spring-security-web-5.7.4.jar:5.7.4]
    at org.springframework.security.web.FilterChainProxy$VirtualFilterChain.doFilter(FilterChainProxy.java:346) ~[spring-security-web-5.7.4.jar:5.7.4]
    at org.springframework.security.web.context.request.async.WebAsyncManagerIntegrationFilter.doFilterInternal(WebAsyncManagerIntegrationFilter.java:55) ~[spring-security-web-5.7.4.jar:5.7.4]
    at org.springframework.web.filter.OncePerRequestFilter.doFilter(OncePerRequestFilter.java:117) ~[spring-web-5.3.23.jar:5.3.23]
    at org.springframework.security.web.FilterChainProxy$VirtualFilterChain.doFilter(FilterChainProxy.java:346) ~[spring-security-web-5.7.4.jar:5.7.4]
    at org.springframework.security.web.session.DisableEncodeUrlFilter.doFilterInternal(DisableEncodeUrlFilter.java:42) ~[spring-security-web-5.7.4.jar:5.7.4]
    at org.springframework.web.filter.OncePerRequestFilter.doFilter(OncePerRequestFilter.java:117) ~[spring-web-5.3.23.jar:5.3.23]
    at org.springframework.security.web.FilterChainProxy$VirtualFilterChain.doFilter(FilterChainProxy.java:346) ~[spring-security-web-5.7.4.jar:5.7.4]
    at org.springframework.security.web.FilterChainProxy.doFilterInternal(FilterChainProxy.java:221) ~[spring-security-web-5.7.4.jar:5.7.4]
    at org.springframework.security.web.FilterChainProxy.doFilter(FilterChainProxy.java:186) ~[spring-security-web-5.7.4.jar:5.7.4]
    at org.springframework.web.filter.DelegatingFilterProxy.invokeDelegate(DelegatingFilterProxy.java:354) ~[spring-web-5.3.23.jar:5.3.23]
    at org.springframework.web.filter.DelegatingFilterProxy.doFilter(DelegatingFilterProxy.java:267) ~[spring-web-5.3.23.jar:5.3.23]
    at org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:189) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:162) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.springframework.web.filter.RequestContextFilter.doFilterInternal(RequestContextFilter.java:100) ~[spring-web-5.3.23.jar:5.3.23]
    at org.springframework.web.filter.OncePerRequestFilter.doFilter(OncePerRequestFilter.java:117) ~[spring-web-5.3.23.jar:5.3.23]
    at org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:189) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:162) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.springframework.web.filter.FormContentFilter.doFilterInternal(FormContentFilter.java:93) ~[spring-web-5.3.23.jar:5.3.23]
    at org.springframework.web.filter.OncePerRequestFilter.doFilter(OncePerRequestFilter.java:117) ~[spring-web-5.3.23.jar:5.3.23]
    at org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:189) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:162) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.springframework.web.filter.CharacterEncodingFilter.doFilterInternal(CharacterEncodingFilter.java:201) ~[spring-web-5.3.23.jar:5.3.23]
    at org.springframework.web.filter.OncePerRequestFilter.doFilter(OncePerRequestFilter.java:117) ~[spring-web-5.3.23.jar:5.3.23]
    at org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:189) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:162) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.apache.catalina.core.StandardWrapperValve.invoke(StandardWrapperValve.java:197) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.apache.catalina.core.StandardContextValve.invoke(StandardContextValve.java:97) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.apache.catalina.authenticator.AuthenticatorBase.invoke(AuthenticatorBase.java:541) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.apache.catalina.core.StandardHostValve.invoke(StandardHostValve.java:135) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.apache.catalina.valves.ErrorReportValve.invoke(ErrorReportValve.java:92) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.apache.catalina.core.StandardEngineValve.invoke(StandardEngineValve.java:78) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.apache.catalina.connector.CoyoteAdapter.service(CoyoteAdapter.java:360) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.apache.coyote.http11.Http11Processor.service(Http11Processor.java:399) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.apache.coyote.AbstractProcessorLight.process(AbstractProcessorLight.java:65) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.apache.coyote.AbstractProtocol$ConnectionHandler.process(AbstractProtocol.java:893) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.apache.tomcat.util.net.NioEndpoint$SocketProcessor.doRun(NioEndpoint.java:1789) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.apache.tomcat.util.net.SocketProcessorBase.run(SocketProcessorBase.java:49) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.apache.tomcat.util.threads.ThreadPoolExecutor.runWorker(ThreadPoolExecutor.java:1191) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.apache.tomcat.util.threads.ThreadPoolExecutor$Worker.run(ThreadPoolExecutor.java:659) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at org.apache.tomcat.util.threads.TaskThread$WrappingRunnable.run(TaskThread.java:61) ~[tomcat-embed-core-9.0.68.jar:9.0.68]
    at java.base/java.lang.Thread.run(Thread.java:834) ~[na:na]

errormsg
I trid to use EntryPoint and AccessDenied to handle exception in springsecurity filter, but they dont work.