text:
Michael Ruck (* 3. Juni 1954 in Kiel) ist ein deutscher Politikwissenschaftler und Zeithistoriker. Bis 2020 lehrte er als Universitätsprofessor an der Europa-Universität Flensburg.

Leben
Michael Ruck nahm 1974 nach dem Abitur am Ernst-Barlach-Gymnasium Kiel ein Studium der Geschichte, Geographie und Wirtschaft/Politik sowie Pädagogik und Soziologie an der Universität Kiel auf, das er 1979/80 mit dem ersten Staatsexamen für das Lehramt an Gymnasien abschloss. Von 1980 bis 1995 arbeitete er als wissenschaftlicher Mitarbeiter am Institut für Sozialwissenschaften sowie an der Lehreinheit für Politische Wissenschaft und Zeitgeschichte der Universität Mannheim. 1983 wurde er in Mannheim mit seiner Dissertation über "Die Freien Gewerkschaften im Ruhrkampf 1923" (Köln 1986) promoviert, die 1985 mit einem Förderpreis des Kommunalverbandes Ruhrgebiet ausgezeichnet wurde. 1994/95 wurde er an der Universität Mannheim von der Fakultät für Sozialwissenschaften und der Fakultät für Geschichte und Geographie mit seiner Habilitationsschrift über "Beamte im deutschen Südwesten 1928 bis 1972" für das Fachgebiet Politikwissenschaft und Zeitgeschichte habilitiert. Von 1995 bis 2001 lehrte er als Hochschuldozent an der Fakultät für Sozialwissenschaften der Universität Mannheim. Im Frühjahr 2001 wurde er zum Universitätsprofessor sowie zum Direktor am Institut für Geschichte und ihre Didaktik der Universität Flensburg und am Institut für schleswig-holsteinische Zeit- und Regionalgeschichte an der Universität Flensburg in Schleswig berufen. Von 2006 bis 2012 war er Direktor am Institut für Politik und Wirtschaft und ihre Didaktik – Politikwissenschaft – der Universität Flensburg sowie am Institut für Geschichte und ihre Didaktik der Universität Flensburg. Seit 2012 war Ruck Direktor und (seit 2018 stellvertretender) Sprecher am Seminar für Politikwissenschaft und Politikdidaktik sowie bis 2014 am Seminar für Geschichte und Geschichtsdidaktik im Institut für Gesellschaftswissenschaften und Theologie der Europa-Universität Flensburg. Von 2012 bis 2014 amtierte er als dessen Sprecher, von 2014 bis 2016 als stellvertretender Sprecher.

Seine Forschungsschwerpunkte sind Gewerkschaften und Korporatismus im 20. Jahrhundert, Sozialpolitik in Deutschland im 20. Jahrhundert, Verwaltung(spolitik), Föderalismus und Gebietsreformen im 20. Jahrhundert, Planung(spolitik) seit den 1960er Jahren im internationalen Vergleich sowie Politisches System und Parteien in Deutschland im 19. und 20. Jahrhundert.

In der akademischen Selbstverwaltung hat sich Ruck an den Universitäten Mannheim und Flensburg durchgehend engagiert. Von 2002 bis 2004 war er Vorsitzender des Konsistoriums, 2004 Prorektor und von 2006 bis 2010 Vorsitzender des Senats der Universität Flensburg.

Ruck ist u. a. Mitglied der Deutschen Vereinigung für Parlamentsfragen, der Lorenz von Stein-Gesellschaft zu Kiel, des Vereins "Gegen Vergessen – Für Demokratie" und der Gesellschaft für Schleswig-Holsteinische Geschichte.

Er ist verheiratet mit der Oberstudiendirektorin i. R. Dr. Barbara Langlet-Ruck. Sie haben zwei Töchter und leben in Kiel.

Publikationen (selbständige Veröffentlichungen)
 Die Gewerkschaften in den Anfangsjahren der Republik 1919–1923 (= Quellen zur Geschichte der deutschen Gewerkschaftsbewegung im 20. Jahrhundert. Bd. 2). Bund-Verlag, Köln 1985, ISBN 3-7663-0901-3.
 Die Freien Gewerkschaften im Ruhrkampf 1923 (= Schriftenreihe der Otto-Brenner-Stiftung. Bd. 39). Bund-Verlag, Köln 1986, ISBN 3-7663-0866-1 (zugl.: Mannheim, Univ., Diss., 1983).
 Bollwerk gegen Hitler? Arbeiterschaft, Arbeiterbewegung und die Anfänge des Nationalsozialismus. Bund-Verlag, Köln 1988, ISBN 3-7663-3082-9.
 Gewerkschaften – Staat – Unternehmer. Die Gewerkschaften im sozialen und politischen Kräftefeld 1914 bis 1933 (= Gewerkschaften in Deutschland. Bd. 3). Bund-Verlag, Köln 1990, ISBN 3-7663-2159-5.
 als Herausgeber mit Cornelia Rauh-Kühne: Regionale Eliten zwischen Diktatur und Demokratie. Baden und Württemberg 1930–1952 (= Nationalsozialismus und Nachkriegszeit in Südwestdeutschland. Bd. 1). Oldenbourg, München 1993, ISBN 3-486-55950-8.
 Bibliographie zum Nationalsozialismus. Bund-Verlag, Köln 1995, ISBN 3-7663-2355-5; vollst. überarb. u. wesentl. erw. Neuausg., 2 Bde. mit CD-ROM-Version. Wissenschaftliche Buchgesellschaft, Darmstadt 2000, ISBN 978-3-534-14989-6.
 Korpsgeist und Staatsbewußtsein. Beamte im deutschen Südwesten 1928 bis 1972 (= Nationalsozialismus und Nachkriegszeit in Südwestdeutschland. Bd. 4). Oldenbourg, München 1996, ISBN 3-486-56197-9 (zugl.: Mannheim, Univ., Habil.-Schr., 1995).
 als Mitbearbeiter:  (239 Kurzbiographien).
 als Herausgeber mit Hans-Jochen Vogel: Klaus Schönhoven: Arbeiterbewegung und soziale Demokratie in Deutschland. Ausgewählte Beiträge (= Reihe Politik- und Gesellschaftsgeschichte. Bd. 59). Dietz, Bonn 2002, ISBN 3-8012-4124-6.
 als Herausgeber mit Karl Heinrich Pohl: Regionen im Nationalsozialismus (= IZRG-Schriftenreihe. Bd. 10). Verlag für Regionalgeschichte, Bielefeld 2003, ISBN 3-89534-490-7.
 als Herausgeber mit Uwe Danker, Nils Köhler und Eva Nowottny: Zwangsarbeitende im Kreis Nordfriesland 1939–1945 (= IZRG-Schriftenreihe. Bd. 12). Verlag für Regionalgeschichte, Bielefeld 2004, ISBN 3-89534-552-0.
 als Herausgeber mit Marcel Boldorf: 1957–1966. Bundesrepublik Deutschland. Sozialpolitik im Zeichen des erreichten Wohlstandes (= Geschichte der Sozialpolitik in Deutschland seit 1945. Bd. 4). Nomos, Baden-Baden 2007, ISBN 978-3-7890-7319-9.
 mit Michael Dauderstädt: Zur Geschichte der Zukunft. Sozialdemokratische Utopien und ihre gesellschaftliche Relevanz (= Reihe Gesprächskreis Geschichte. Bd. 90). Friedrich-Ebert-Stiftung, Archiv der Sozialen Demokratie, Bonn 2011, ISBN 978-3-86872-644-2.
 Anpassung – Selbstgleichschaltung – Zerschlagung. Die Gewerkschaften in Flensburg und im Deutschen Reich nach der Machtübertragung an Hitler 1933. Deutscher Gewerkschaftsbund Schleswig-Holstein Nordwest, Flensburg 2014.
 als Herausgeber: Gegner – Instrument – Partner. Gewerkschaftliche Staatsverständnisse vom Industrialismus bis zum Informationszeitalter (= Staatsverständnisse. Bd. 106). Nomos Verlag, Baden-Baden 2017, ISBN 978-3-8487-3055-1.

Weblinks

 Michael Ruck auf Clio online

Politikwissenschaftler
Zeithistoriker
Hochschullehrer (Universität Flensburg)
Hochschullehrer (Universität Mannheim)
Prorektor einer Universität in Deutschland
Deutscher
Geboren 1954
Mann


text:
Home / Practice Areas / Energy Law
Energy Law and Policy
Energy and mineral law and policy form another of the pillars of the professional practice at Sullivan Cove Consultants. For decades, our practitioners have dealt with the full spectrum of energy resources, coal, nuclear, oil and gas exploration and production, refinery and downstream issues. In addition, SCC is well versed in the related areas of environmental preservation and legislative and regulatory policy. We have experience onshore and offshore, as well as with electrical generation and alternative engery sources.
Sullivan Cove's energy team includes two former general counsel of major oil and gas exploration and production companies, the former principal advisor to the Ministry of Geology of the Republic of Kazakhstan and the lead counsel for an independent refiner-marketer with two Texas refineries and 350 East Coast stations.
Leveraging our vast experience in the more traditional areas of natural resources and electrical generation, transmission and distribution, Sullivan Cove has expanded its energy practice to the green fields of alternative energy. As legal counsel for the Maryland Public Service Commission (PSC) SCC played a central role in the drafting and adoption of regulations for Maryland's offshore wind (OSW) energy production and, in a follow-on PSC contract, advised the PSC on the analysis and award of licenses for OSW projects on the Atlantic Shelf.
Our lawyers have advised regulated utilities as well as unregulated entities, and have participated in federal and state administrative matters.

redpajama_set_name: RedPajamaCommonCrawl


text:
To help you make an informed decision, we answer your frequently asked questions.
Service Crew
Restaurant Management Trainee
McDelivery® Rider
McCafé® Barista
Family Ambassador
Guest Experience Leader
Q: How do I apply for a job with McDonald's?
A: Please visit our "Join Us" page to view the list of available positions and submit an online application to us. Shortlisted candidates will be notified.
Q: What is the job of a Service Crew?
A: A Service Crew may be assigned front counter, lobby or kitchen duties. Front counter duties include taking customers' orders and accepting payment. The Service Crew will also have to interact with customers, clear trays and ensure that the lobby is clean. Lastly, the Service Crew will have to cook and assemble orders (putting together a burger with dressing etc.) in the kitchen.
Q: What are the working hours?
A: We offer flexible hours for our Service Crew depending on the needs of the restaurant and the availability of our Service Crew. The Restaurant General Manager of each store will be able to provide information regarding the working hours needed by the restaurant.
Q: How much is a Service Crew paid?
A: Our Service Crew is paid on an hourly rate. The hourly rate varies with each restaurant. The Restaurant General Manager of each store will be able to provide information on the appropriate hourly rate.
Q: What are the career prospects for Service Crew?
A: Our Service Crew members have much to look forward to in terms of advancement. Our philosophy is that 'Every Crew can be a Manager' and we make this known to all our staff. The training and development of our people is a top priority.
Q: What are the minimum qualifications I need to be a Restaurant Management Trainee?
A: You need a national ITE certificate in any discipline to apply for the position.
A: It will be a 5 day work week for our restaurant management trainees. This includes weekends and Public Holidays. You will be required to work for 9 hours each day, on a rotating shift basis.
Q: What is the starting salary for Restaurant Management Trainees?
A: Starting salaries will commensurate with education and experience.
Q: What are the career prospects for a Restaurant Trainee Manager?
A: Our restaurant trainee manager will go through different aspects of training with the aim to be a Restaurant Trainee Manager who is responsible for overseeing the entire restaurant. There are also opportunities for a restaurant manager to be seconded or transferred to the corporate office for another role in the corporate office.
Q: What is the job of a McDelivery® Rider?
A: A McDelivery® Rider will need to provide timely delivery of products and services to our customers in support of our McDelivery operations.
A: We offer flexible hours for our McDelivery® Rider depending on the needs of the restaurant and the availability of our Service Crew. The Restaurant General Manager of each store will be able to provide information regarding the working hours needed by the restaurant.
Q: How much is a McDelivery® Rider paid?
A: Our McDelivery® Rider is paid on an hourly rate. He/she can also earn additional docket for each delivery and the additional docket rate varies depending on hours and day of the week. The Restaurant General Manager of each store would be able to provide more information on the docket.
Q: What is the job of a Barista?
A: A Barista will have to provide an exceptional McCafé® experience by achieving correct operational standards in the areas of coffee making technique, food handling and customer delight.
A: We offer flexible hours for our Barista depending on the needs of the restaurant and the availability of our Service Crew. The Restaurant General Manager of each store will be able to provide information regarding the working hours needed by the restaurant.
Q: How much is a McCafé® Barista paid?
A: Our Barista is paid on an hourly rate. The hourly rate varies with each restaurant. The Restaurant General Manager of each store will be able to provide information on the appropriate hourly rate.
Q: What are the career prospects for a Barista?
A: McDonald's® Baristas have much to look forward to in terms of advancement. Our philosophy is that 'Every Crew can be a Manager' and we make this known to all our staff. The training and development of our people is a top priority.
Q: What is the job of a Family Ambassador?
A: A Family Ambassador focus on delivering exceptional in-store feel good experience at all times. He/she will assist the Manager on shift/ Guest Experience Leader on the implementation and proper execution of all Service Centric and Family Marketing initiatives and programs.
A: We offer flexible hours for our Family Ambassador depending on the needs of the restaurant and the availability of our Family Ambassador. The Restaurant General Manager of each store will be able to provide information regarding the working hours needed by the restaurant.
Q: How much is a Family Ambassador paid?
A: Our Family Ambassador is paid on an hourly rate. The hourly rate varies with each restaurant. The Restaurant General Manager of each store will be able to provide information on the appropriate hourly rate.
Q: What are the career prospects for a Family Ambassador?
A: Our Family Ambassador have much to look forward to in terms of advancement. Our philosophy is that 'Every Crew can be a Manager' and we make this known to all our staff. The training and development of our people is a top priority.
Q: What is the job of a Guest Experience Leader?
A: A Guest Experience Leader will serve as the Hospitality Lead in the restaurant, focus on delivering exceptional in-store feel good experience at all times. He/she will assist the Restaurant General Manager on the implementation and proper execution of all Service Centric and Family Marketing initiatives and programs.
A: We offer flexible hours for our Guest Experience Leader depending on the needs of the restaurant and the availability of our Guest Experience Leader. The Restaurant General Manager of each store will be able to provide information regarding the working hours needed by the restaurant.
Q: How much is a Guest Experience Leader paid?
A: Our Guest Experience Leader will be paid on an hourly basis. If our Guest Experience Leader are available on flexible hours, he/she will be offered a monthly salary if he/she is able to commit to full-time hours required by the needs of the restaurant.
Q: What are the career prospects for a Guest Experience Leader?
A: Our Guest Experience Leader can be trained to become a Restaurant General Manager depending on his/her aspirations. The training and development of our people is a top priority and training will be provided at every level.


This freebie is from Favospa (a company that promotes free natural products). Fill out the form to Try their new essential oil blend that helps reduce stress and anxiety. While supplies last. Limit 1 per household. Must be 18 years or older and provide a valid delivery address.
Grab Free Relax Essential Oil sample, ↓↓ click the below link.


Steam-to-water or water-to-water, hot water heaters are designed to address the demands of any potable hot water system or industrial hot water process application. Our packaged system designs are UL-listed and configured systems utilizing steam as the heating source may be designed to eliminate flash steam losses, which provides significant energy efficiency advantages. Building hot water as the heating source can eliminate the need for additional facility heat sources. Any Envirosep system offers a reliable supply of potable hot water for your facility.
The envirosep IWH, Instantaneous Steam-To-Water Heater is a simple and accurate manufactured, ready-to-install system designed to address the requirements of commercial potable water heating systems.


As a board-certified plastic surgeon, I have made a commitment to all my Mississauga-area cosmetic surgery patients to share the valuable knowledge I have learned through years of training — and to continue learning from those I serve. I am so excited that a recent announcement will help me to do both on a wider scale.
Trillium Health Partners, a network of medical centres in the Toronto area, has recently confirmed me as its division head of plastic surgery. I held the same position at Trillium Health Centre since 2004. When Trillium merged with Credit Valley Hospital — becoming Trillium Health Partners — I was reinstated after a rigorous application and review process.
With this merger, my colleagues and I can serve more people than ever at more health centres with access to more resources. In my expanded role, I can continue to broaden my abilities as I gain diversified experience and collaborate with an expanded network of healthcare providers.
As division head of plastic surgery, I plan on building a comprehensive, multidisciplinary breast surgery program and a melanoma centre. Also, I look forward to our involvement in training the next generation of doctors as Trillium begins accepting medical students from the Mississauga Academy of Medicine, a division of University of Toronto Mississauga.
For more information about what this merger will mean for Mississauga plastic surgery patients, read more on our website.


Former Carnegie Mellon University art professor Steven Kurtz [see "Curtailing Kurtz," June 23] who was arrested and investigated after an ambulance crew responding to the death of his wife noticed the biological materials he uses for his art, was charged on June 29 with "petty larceny," according to a release from Kurtz's lawyer, Paul Cambria. He had been under suspicion for bioterrorism by the FBI's Joint Terrorism Task Force. The charges stem from the manner in which the biological material -- called harmless by those involved in Kurtz's art projects -- was obtained.


text:
Q: Estimate Z value from 2D image after converting to grayscale I am working in a project to estimate road profile (Elevation) from a 2D images captured with the same height from road surface and same orientation (angle), the following code is my first try :
import numpy as np
from matplotlib.pyplot import imread
import scipy.ndimage as ndimage
import matplotlib.pyplot as plt

imageFile = 'D:\Books\Pav Man\PICS\pic (17) - Copy.png'

mat = imread(imageFile,0)

mat = mat[:,:,0] # get the first channel

#mat = mat - np.full_like(mat , mat.mean()) #Use this to get negative value
rows, cols = mat.shape

xv, yv = np.meshgrid(range(cols), range(rows)[::-1])

blurred = ndimage.gaussian_filter(mat, sigma=(5, 5), order=0)
fig = plt.figure(figsize=(6,6))
ax = fig.add_subplot(221)
ax.imshow(mat, cmap='gray')
ax = fig.add_subplot(222, projection='3d')
ax.elev= 75
ax.plot_surface(xv, yv, mat)
ax = fig.add_subplot(223)
ax.imshow(blurred, cmap='gray')
ax = fig.add_subplot(224, projection='3d')
ax.elev= 75
ax.plot_surface(xv, yv, blurred)
plt.show()

)

from this code, I can show an image in grayscale then I can get color value (0-255) for each pixel in the image.
consider I have the average Z elevation of a number of a pixel with color value, is it correct to estimate Z (elevation) by calibration, by example:
pixel (x=20,y=100) have color value 150 and the elevation in the real world in the road is 20 cm, then I consider each pixel in this image with color value 150 should have 20 cm elevation in the real world.
and if this estimation correct, can I applied this for different images with the same height from the surface and the same orientation?

redpajama_set_name: RedPajamaStackExchange


text:
Paired-secure message identification controller for computers and the like
A paired-secure message identification controller for computers and the like is provided which yields secure communications between two computers with the invention installed. The message originator provides a guest identification module to the recipient which matches the originator's host identification module. If return messages are to be sent another set of modules is provided by the recipient. Before a message is transmitted from the originator to the recipient a pre-validation check is first performed. Once the validation is received the message is authenticated and/or encrypted, transmitted, reauthenticated, and/or decrypted, and verified for accuracy. The control codes, message, date, time and any error messages are permanently stored.
Henderson Jr., Paul B. (Box 4589, 525 Spencer Way, Incline Village, NV, 89450)
HENDERSON, JR.; PAUL B.
380/44, 380/283, 705/64, 713/171
G06F21/00; H04L9/32; (IPC1-7): H04K1/02
178/22.08, 178/22.09, 178/22.14, 380/23, 380/25, 380/44
4493028 Dual mode I/O 1985-01-08 Heath 178/22.09
4429180 Apparatus for simultaneous generation of key at two locations 1984-01-31 Unkenholz 178/22.14
4326098 High security system for electronic signature verification 1982-04-20 Bouricius et al. 178/22.09
4223403 Cryptographic architecture for use with a high security personal identification system 1980-09-16 Konheim et al. 178/22.08
4193131 Cryptographic verification of operational keys used in communication networks 1980-03-11 Lennon et al. 178/22.09
CANGIALOSI, SALVATORE A
RICHARD L. MILLER, P.E. (REGISTERED PATENT AGENT 12 PARKSIDE DRIVE, DIX HILLS, NY, 11746, US)
1. Secure message identification controller for computers and the like, comprising in combination:
(a) a paired-secure message identification controller locatable at an originator site and a similar paired-secure message identification controller locatable at a recipient site, which herein are referred to as site A and site B respectively; whereas each of said paired-secure message identification controllers are associated with a computer and a telecommunications processor;
(b) a host identification module locatable at site A and supplied by site A; a host identification module locatable at site B and supplied by site B; a guest identification module locatable at site A and supplied by site B; and a guest identification module locatable at site B and supplied by site A; each of said identification modules being contained within said controllers; and
(c) a data link at each site for communicating between the host module and guest module at the site to provide a unique security key to the message at the host site which is unique for that specific guest site and for decoding with a matching key at the guest site for that specific host, such that the initiation of secured communications of a message is assure by the matching keys unique to each pair of said identification modules, some of which have been transformed according to alogrithms contained in said identification modules.
2. Secure message identification controller for computers and the like, as recited in claim 1, wherein said message is represented in authentication codes generated by said algorithms contained in said host module at site A for transmission from site A to site B and is matched by authentication codes generated independently, by algorithms contained in said guest module at site B using the pair of unique keys.
3. Secure message identification controller for computers and the like, as recited in claim 1, wherein said message is itself encrypted by said algorithms contained in said host module at site A for transmission from site A to site B and is decrypted at site B by algorithms contained in said guest module at site B.
4. Secure message identification controller for computers and the like, as recited in claim 1, wherein said paired-secure message identification controllers further comprise custom interfaces as appropriate to said computer and said telecommunications processor; and, a universal interface that enables communication with said host and said guest identification modules whether at the same site or resident at other sites.
5. Secure message identification controller for computers and the like, as recited in claim 4, wherein said host identification module and said guest identification module further comprise: control circuitry to process signals to and from said processor and universal interface; security cells which permit a controlling party to control the activation and disabling of said identification module and to establish multiple levels of security by the insertion of cells containing processing sequences, encrypting/decrypting keys and authentication algorithms and cells for generating random numbers; message record cells which provide a permanent record of each transaction by storing said message, selected reference codes and identity codes of said originator and said recipient as defined by said security cells; and, an on-board microprocessor to execute the algorithms and control data flow.
6. Secure message identification controller for computers and the like, as recited in claim 5, wherein a maximum-security-level control protocol utilizing said host and guest identification modules may proceed, typically, as follows:
(a) means at said originator and said recipient for maintaining a common code {C} of whatever structure and degree of sophistication is mutually agreeable;
(b) said originator's host identification module at site A and its remote said remote guest identification module at site B maintain a unique common key {K} in their security cells, hold secret identity codes of said host {H} and said guest {G} and have separate random number generators {X} and {Y} respectively; wherein said recipient's host identification module and its said guest identification module maintain a common key {L};
(c) said originator prepares a message {M} and its envelope {E} wherein said envelope contains the names and addresses of said originator and said recipient, a serial number of said message and a date and time;
(d) said host identification module in said originator's paired-secure message identification controller, upon receipt of {M} and {E}, determines {H} and {G} from the participants named in said envelope, determines a key {K}, generates a random number {X} and generates {U} and {V} as transforms of {X} based on {K} and on {H} respectively and said envelope {E} is modified to become {F} with a serial number based on traffic between said host-guest pair and an identification code {I} is generated from {M} and {E} based on {K};
(e) said originator's guest identification module in said recipient's paired-secure message identification controller identifies {H} and {G} from said addresses in {F} and extracts {X1} from {U} using {K} and {X2} from {V} using {H}; if {X1}={X2}, the identity of {H} is verified; if not, errors are reported out to advise participants of rejection; while, with acceptance, a new random number {Y} is generated and a new pair of recognition codes is prepared using {K} and {Y} to obtain {W} and using {G} and {X} to obtain {Z};
(f) said host identification module in said originator's paired-secure message identification controller matches records based on {F}, then determines {G} based on {F} and extracts {X} from {Z}; whereas, if G is consistent with {X} the identity of {G} is confirmed along with the assurance that {G} has confirmed the identity of {H}; if not, errors are reported out to advise participants of rejection; while, with acceptance, {Y} is extracted from {W} and {K}, and {T} is generated from {Y} and {H} as the recognition code for the message;
(g) said originator matches records based on {E}, transforms said message {M} based on {C} into {N} and releases it with {T} and the original envelope {E};
(h) said recipient, upon receipt of {N}, extracts {M}, based on {C} as determined from said identity of said sender included in {E};
(i) said originator's guest identification module in said recipient's paired-secure message identification controller identifies said originator {H} from {E}, extracts {I} from {ME} given {K} and matches on {I}; whereby if {I} as generated matches {I} as-received the content of said message is confirmed; next, {Y} is extracted from {T} on the basis of {H} and {G} represented in {F}; while, the match of {Y} confirms the pre-verification provided earlier in {W}; if not confirmed, errors are reported to participants; and, the local host side of said originator's guest identification module generates {R} from {M} and {E} given {L} and generates {J} from {I} given {L};
(j) said recipient's host identification module receives {E}, {J} and {R} from said originator's guest identification module, matches the record received from said recipient on {E}, generates {R} from {M} and {E}, given the key {L} and verifies that {R} as-received matches {R} as generated; if not, errors are reported to participants; next, {I} is extracted from {J}, given {L} and said acceptance is reported to said recipient;
(k) said recipient matches records on {E} and, with confirmation of acceptance, transforms {J}, based on {C} into {Q} and advises said originator;
(l) said originator matches records on {E} and extracts {J} from {Q}, given {C}; and,
(m) the message record logs of said originator's host identification module and its guest located with said recipient are identical; the message logs of said originator's guest identification module located with said recipient and said recipient's host identification module are identical; and, the final message logs of said originator and said recipient are identical.
The present invention relates generally to the field of telecommunications systems for the transmission of data, and, more specifically to those systems which assure privacy and integrity of communications by providing for verification of the identity of the sender and/or the receiver, authentication of the message and encrypting/decrypting of the message content.
The use of computers and telecommunications networks to deliver messages containing critical data and value-related transfers is restrained by uncertainty of the identity of the party at the other end of the connection and by uncertainty of the integrity of the message content.
A limited degree of certainty and integrity is attained by controlling the physical attributes of the network and the handling of the message; by restricting the number of participants in a network, by limiting the devices and communication lines that can be used, by requiring special access features such as plastic cards and by prescribing the message format to be employed.
Another alternative is to control the message itself; to transform the message so that it is intelligible only to the intended party or to express it in a private language.
Both solutions depend on isolating each network from all others. Many networks have been established using one or both of these solutions. They are successful in serving specific groups of users for particular purposes. They are not suitable as a foundation for universal electronic transaction services. Further, since proprietary systems and encrypted messages forego economies of scale to attain the isolation that permits control they are too expensive to serve the great number of critical-data and value-related messages now processed through paper-based systems. The most important example is found in banking where 40 billion paper checks are processed each year.
It is, therefore, a primary object of the present invention to provide a paired-secure message identification controller for computers and the like which eliminates the uncertainty about the identity of the other party in an electronic transaction. The uncertainty about the identity of the party at the other end of the communication channel is resolved by placing at the recipient's site one member of a pair of devices, both of which are under the control of the originator.
A further object is to provide a paired-secure message identification controller for computers and the like which eliminates the uncertainty about the content of the message. The paired devices resolve the uncertainty about the integrity of the communication by providing dual authentication of the message and by accommodating encrypting/decrypting of the content.
A still further object is to provide a paired-secure message identification controller for computers and the like which eliminates the uncertainty about the fact and timing of the delivery. The paired devices resolve the uncertainty of the integrity and timing of the message by providing paired records of the message and/or of the identity of the originator and recipient.
A yet still further object is to provide a paired-secure message identification controller for computers and the like which is compatible with existing computers and telecommunications processors, and with existing authentication & encrypting schemes, and additionally permits each user to establish controlled communication over any available communication channel with any desired number of other parties at moderate cost.
Further objects of the invention will appear as the description proceeds.
To the accomplishment of the above and related objects, this invention may be embodied in the form illustrated in the accompanying drawings, attention being called to the fact, however, that the drawings are illustrative only and that changes may be made in the specific construction illustrated and described within the scope of the appended claims.
BRIEF DESCRIPTION OF THE DRAWING FIGURES
The figures in the drawings are briefly described as follows:
FIG. 1 is a diagrammatic view illustrating a control processor, with blocks removed for clarity, connected to a computer and a telecommunications processor. The jagged lines emphasize that two data links are present.
FIG. 2 is a diagrammatic view illustrating two control processors communicating with each other.
FIG. 3 is a diagrammatic view illustrating the components of the control processor including identification modules, universal interface and a custom interface.
FIG. 4 is a diagrammatic view of a typical host or guest identification module with on-board micro-processor.
FIG. 5 is a plan view of a plug-in identification module similar to the diagrammatic view of FIG. 4.
FIG. 6 is a plan view of a typical control processor board.
FIGS. 7A and 7B is a protocol flow chart, at maximum security level, illustrating how the various components cooperate with each other.
As illustrated in FIG. 1, the paired-secure message identification controller 10 consists of a control processor 12 containing a host identification module 14, and one or more guest identification modules typified by 16 and 18. The controller 10 is associated with a computer 20, which can range in size from a portable computer to a large mainframe central processor, and a telecommunications processor 22.
The placement of identification modules may best be understood with reference to FIG. 2. The originator's site is called site "A" while the recipient's site is called site "B". For each site, there exists a host identification module, such as Host "A", numeral 24 at site A and Host "B", numeral 26 at site B. There also exists one guest identification module for each remote site with which communications is to take place, such as Guest "B", numeral 28 at site A and Guest "A", numeral 30 at site B. Each of the control processors, 32 and 34, can accept as many guest modules as needed.
The transfer of control from one party to another, Host "A" to Guest "B" or Host "B" to Guest "A", is effected locally between a host identification module and a paired guest identification module, within a single control processor using data link 37 at site A and date link 39 at site B.
The transfer of location from one site to another, Host "A" at site A to Guest A at site B or Host "B" at site B to Guest "B" at site A, is effected over any distance by both ends of the data link, numeral 36 for "A" and numeral 38 for "B", are controlled by the same party.
Additional details of control processor 12 may be seen in FIG. 3. The control processor 12 includes custom interfaces 38, as appropriate to computer 20 and telecommunications processor 22; and a universal interface 40 that enables communication between host and guest identification modules, typified by 14, 16 and 18, whether at the same site or resident at other sites.
Details of the guest and host identification modules may best be understood with reference to block diagram FIG. 4 and FIG. 5, which is a view of a printed-circuit board implementation of this circuit. Since both host and guest modules are functionally similar, host module 14 will be considered. Host module 14 includes control circuitry 42 to process signals to and from the universal interface 40, security cells 44, and message record cells 46. Each identification module is equipped with an on-board micro-processor 48 with built-in read-only-memory (ROM).
The security cells 44, permit the controlling party to control the activation and disabling of the identification module 14 and to establish multiple levels of security by the insertion of cells containing processing sequences, encrypting/decrypting keys, authentication algorithms and random number generators.
The message record cells 46 provide a permanent record of each transaction by storing selected reference codes, and/or the message, and/or the identity codes for the sender or receiver as defined by the security cells 44 to provide different levels of security. Separate logs are recorded in each of the identification modules that are paired in a transaction thereby assuring the means to resolve all questions about a message and its processing.
The entire control processor 50, with plug-in identification modules may best be understood with reference to FIG. 6 which illustrates the type of board which might plug into an option slot on such personal computers as the IBM PC, PC/XT or PC/AT. On the left, four guest module sockets, 52, 54, 56 and 58 are provided along with their respective connectors 60, 62, 64 and 66. A buffer memory 68, typically a random-access-memory (RAM) provides volatile storage. Control circuitry 70 is provided as previously explained. Two host module are provided, 72 for local guests, and 74 for remote guests. Timing and date information is provided by clock/calendar 76. An asynchronous communications interface 78 feeding a serial interface connector 80 provides a standard interface, such as RS232, for connection to a modem. A custom interface 82 matches the controller board 50 to the host computer via an edge-connector 84. A modular expansion connector 86 permits stacking of boards to increase the number of guests accommodated. While a particular personal computer based system is shown, it is understood that other configurations for various personal computers, mini-computers and mainframe computers could be built without departing from the spirit of the invention.
The configuration illustrated in FIG. 6 is readily attainable at the present state-of-the-art. Typical parts might include: microprocessor for guest/host modules: INTEL 8048 with 2K ROM. Custom interface: LS245 octal transceivers for control bus buffers and data bus buffers, LS244 octal address bus buffer, LS374 octal flip-flop for bus direction and enable, and for data latch, LS373 octal latches for I/O address decoder. Asynchronous communications interface: LS245 control, 8250 serializer/deserializer (SERDES). Clock and calendar: 8255. Control circuitry: INTEL 8048 microprocessor with 2K ROM, LS244, LS245 and LS373 buffers, latches and decoders, LS158, LS245, LS373 memory support logic. "LS" numbers refer to low-power-Schottky, transistor to transistor logic integrated circuits and the 8000 series numbers are Intel numbers for large scale integrated circuits. On the identification modules, the security cells are 8 bit ROMs. The non-volatile memory for the message record is implemented in standard bubble-memory arrays or on magnetic media.
The complex process of cross-verifying the identities of a sender and a remote recipient, encrypting and decrypting a message and logging all transactions when maximum security levels are used may best be understood with reference to FIGS. 7A,B. It must be understood that the purpose of the invention is to transmit a message from origination at 100 to the final message log at 200 with accuracy and integrity.
To better understand this protocol flow chart the headings should first be examined from left to right. "Originator" refers to the originator's computer into which the controller board has been inserted. "Paired-secure message ID (identification) controller" refers to the board which has been plugged into the originators computer. Herein it will be referred to as the originator's P-S MIC. This originator's P-S MIC has host module "A" plugged into it which contains a series of identity codes, coding keys and algorithms. For two-way communication, a guest module is also inserted, but for the sake of clarity one-way communications is illustrated, from originator to recipient. "COMM" represents the communications links between originator and recipient. "P.S." represents the data pathway used for paired-secured pre-verification, before the actual message is transmitted and "REG" represents the regular data pathway used for transmission of the actual message itself. Similarly, at the recipient's site, the recipient's "paired-secure message ID controller" (recipient's P-S MIC) has both guest and host modules installed, since both are necessary to receive messages. "Recipient" refers to the computer into which the recipient's P-S MIC is installed and on which the final message will be displayed and stored along with the final message log and any error messages. Within each column, one item of hardware, e.g. the recipient's P-S MIC, is given a succession of numerals i.e. 122, 128, 152, 158, 160 to clarify the flow of data and control signals. Similarly a module, e.g. the guest module in the recipient's P-S MIC, is given a sequence of numerals i.e. 126, 150, 154 to clarify the different processes that occur within the security of the sealed module.
The originator and recipient maintain a common code {C} of whatever structure and degree of sophistication is mutually agreeable. If plain-language transmission is desired, {C} is an identity transformation.
The originator's host identification module 102 and its remote guest identification module 104 maintain a unique common key {K} in their security cells, hold secret identity codes of the host {H} and guest {G} and have separate random number generators {X} and {Y}. The recipient's host identification module 106 and its local guest identification module 108 maintain a common key {L}.
The originator 112 originates 100 the message {M} and its envelope {E} and sends them via data pathway 110 to the originator P-S MIC 118. The envelope includes the names and addresses of the originator 112 and recipient 114, a serial number of the message and the date and time.
The host identification module 116 in the originator's P-S MIC 118, upon receipt of {M} and {E}, determines {H} and {G} from the participants named in the envelope, retrieves the key {K} appropriate to the {H}{G} pair, generates a random number {X} and generates {U} a transform of {X} based on {K} and {V} a transform of {X} based on {H}. The envelope {E} is modified to become {F} with a serial number based on traffic between the host/guest module pair. An identification code {I} is generated from {M} and {E} based on {K}. The originator's P-S MIC 120 sends variables {F}{I}{U} and {V} to the recipient's P-S MIC 122 via data pathway 124 using the paired-secured communication pathway indicated by the arrow.
The originator's guest identification module 126 in the recipient's P-S MIC 122 identifies {H} and {G} from the addresses in {F} and extracts {X1} from {U} using {K} and {X2} from {V} using {H}. If {X1}={X2}, the identity of the sender {H} is verified. If not verified, error procedures are followed to advise non-acceptance and the values of {XIF} are stored via pathways 130 and 132. With acceptance, a new random number {Y} is generated and a new pair of recognition codes is prepared using {K} to obtain a pre-verification code {W} and using {G} to obtain {Z}. The recipient's P-S MIC 128 transmits acceptance using variables {FIWZ} to the originator's P-S MIC 134 via pathway 136.
The host identification module 138 in the originator's P-S MIC 134 matches records based on {F}, then determines {G} based on {F} and extracts {X} from {Z}. If {X} is consistent with {G} the identity of {G} is confirmed along with the assurance that {G} has confirmed the identity of {H}. If rejected, error procedures are followed to advise nonacceptance and the values {XIF} are stored via pathway 142. With acceptance, {Y} is extracted from the pre-verification code {W} using {K} and {T} is generated from {Y} using {H} as the recognition code for the message. The originator's P-S MIC 144 transmits variables {EIT} to the originator's computer 146.
The originator's computer 146 matches records based on {E}, transforms the message {M} based on {C} into {N} and releases it to the recipient's computer 148 via pathway 149 with {T} and the original envelope {E}.
The recipient's computer 148, upon receipt of {N}, extracts {M}, based on {C} as determined from the identity of the sender included in {E}. The originator's guest identification module 150 in the recipient's P-S MIC 152 identifies the originator {H} from {E}, retrieves {K} and generates {I} from {ME}, given {K} and matches on {I}. If {I} as-generated matches {I} as-received the content of the message is confirmed. Then {Y} is extracted from {T} on the basis of {H} and {G} represented in {F}. The match of {Y} confirms the pre-verification provided earlier in {W}. If there is no match an error message with {EIXF} is stored at 133 via data 132. If the match is confirmed, the local host side 154 of the originator's guest identification module 150 generates {R} from {M} and {E}, given {L}, generates {J} from {I} given {L}, and stores {EIRJ} in 153.
The recipient's host identification module 156, located in recipient's P-S MIC 158 receives {E}, {J} and {R} from its pair, the originator's guest identification module 154, matches on {E} the record received from the recipient's computer 148 via data link 155, generates {R} from {M} and {E}, given the key {L}, and verifies that {R} as-received matches {R} as-generated. If there is no verification, error message {ERJ} is reported at 159. If verified, {I} is extracted from {J}, given {L} and acceptance is reported by the recipient's P-S MIC 160 to the recipient's computer 162.
The recipient's computer 162 matches records on {E} and generates {Q} from {J}, given {C}. Upon advise via data link 163, the originator's computer 164 repeats the exact same matching and extracts{J} from {Q} given {C}. The final message logs of the originator's computer 166 and the recipient's computer 200 are identical. The message logs of the originator's host module 140 and originator's guest module 128 are identical and the originator's guest module 153 and the recipient's host module 159 are identical. Error messages in each pair record rejection events.
The above example represents an exposition of a large number of capacities of the controller. A subset of these capacities may be selected and the order in which they occur may be varied without departing from the spirit of the invention.
While certain novel features of this invention have been shown and described and are pointed out in the annexed claims, it will be understood that various omissions, substitutions and changes in the forms and the details of the device illustrated and in its operation can be made by those skilled in the art without departing from the spirit of the invention.
<- Previous Patent (Battery feed circuit...) | Next Patent (Method and device fo...) ->


text:
Senior General Min Aung Hlaing receives Ambassador of Switzerland H.E. Mr. Paul R. Seger
Commander-in-Chief of Defence Services Senior General Min Aung Hlaing received Ambassador of Switzerland to Myanmar H.E. Mr. Paul R. Seger, who will be returning home as his tour of duty has been completed, at the parlour of Bayintnaung Villa here this morning.
Also present at the call together with the Senior General were Lt-Gen Soe Htut from the Office of the Commander-in-Chief (Army) and senior military officers. The Swiss Ambassador was accompanied by embassy officials.
At the call, they cordially dis-cussed good relations between the two countries, the relations and cooperation between Myanmar's armed forces and international armed forces, Myanmar's pursuance of democracy, efforts of the government and the Tatmadaw for internal peace, the need for the international community to know real situation over the incidents that happened in Rakhine State, and promotion of bilateral relations between the two countries.
After the meeting, the Senior General presented a gift to the Swiss Ambassador.
Families of the Office of Commander-in-Chief (Army, Navy and Air) hold Waso robe offering ceremony for 2018
Senior General Min Aung Hlaing receives Mr. ALEXEI CHEPA, Deputy Head of State Duma Committee on Foreign Affairs of the Russian Federation
Prize-awarding ceremony of 17th inter-military performing arts,dramatic performance, play and magic show contests organized by Directorate of Public Relations and Psychological Warfare of Office of the Commander-in-Chief (Army) held
Senior General Min Aung Hlaing attends ceremony of choice of military arms for 63rd Intake of DSA, takes part in selection process
Statues of six Aung San Thuriya title winners unveiled to mark 74th Anniversary of Armed Forces Day


text:
2962 Otto è un asteroide della fascia principale. Scoperto nel 1940, presenta un'orbita caratterizzata da un semiasse maggiore pari a  e da un'eccentricità di 0,0395663, inclinata di 15,64576° rispetto all'eclittica.

L'asteroide è dedicato a Otto Oskari Väisälä, pronipote dello scopritore.

Note

Collegamenti esterni

Otto
Corpi celesti scoperti nel 1940

redpajama_set_name: RedPajamaWikipedia


Dajahnae Brannon, 6-1 W, Harrisburg HS (PA): committed to Rider.
Brannon told PennLive she has committed to Rider.
She also had an offer from Western Carolina.
Olivia Brown, 5-8 G, East Grand Rapids HS (MI): Coverage of Brown's recent commitment to St. Bonaventure.
Q: Why did you choose St. Bonaventure University?
A) "I felt like it was the right choice for me," said Brown, who also received offers from Western Michigan, Hillsdale and Wayne State. "I like the school. It is pretty small school, around 2,000 undergrads. I thought it was really special to have that Division I experience and great academics at such a small school.
Aniya Walker, 6-2 W, Ambridge HS (PA): Article on Walker's recent commitment to St. Francis (Pa.).
Walker said she chose Saint Francis over Lafayette and Columbia. Duquesne and Youngstown State were among the other schools that offered.
Ajulu Thatha, 6-1 F/C, Decatur Central HS (Indianapolis, IN): Feature on Thatha, who is originally from Ethiopia and recently committed to SIUE.
Six years later, Thatha is a 17-year-old senior at Decatur Central High School and has committed to play in college at Southern Illinois University Edwardsville. Hers is an unlikely journey that started in Gambella, Ethiopia, and has taken her along a path that twists like the Baro River, where she used to splash and play back home. Basketball has given her an opportunity that felt out of reach as a 12-year-old learning English in a foreign place. The opportunity to go to college manifested because of Thatha's perseverance, and it was her courage that allowed her to seize it.
Lanetta Williams, 6-4 F, and Lanyce Williams (6-2 F), Arlington HS (TN): Article on the twins' recent commitment to Memphis. Lanetta is ranked #36 in the 2019 class by espnW. They picked the Tigers over Georgia and Ole Miss.
On Thursday, the Arlington stars announced their commitment to Memphis, choosing the Lady Tigers over Ole Miss and Georgia. In front of about 30 friends and family at the high school, the Williams sisters read prepared statements before popping balloons filled with Memphis blue confetti. They shed their Arlington windbreakers to reveal Tiger T-shirts and put on Memphis headgear.
Jordan Olivares, 5-8 PG, Seaside HS (CA): committed to Sacramento State, following an official visit to the school over the weekend.
Olivares, the Herald's Basketball Player of the Year last season, emerged over the summer on her OJBA travel team, putting up big numbers while college coaches watched.
After a pair of 20-plus point games in a tournament in San Diego, the 17-year-old received a text from Sacramento State assistant basketball coach Bill Baxter.
"He said 'I like how you play and we are interested in you,'" Olivares said. The coach went on to ask her if she would be interested in coming up for an official visit.
Before the summer started, Olivares had written down three schools that she hoped would be interested in her. Sacramento State was one of them.
After already accomplishing so many things before her final year of high school, Squier can now call herself a Division-I player after verbally committing to New Jersey Institute of Technology about a month ago.
After suffering a disappointing 4-26 season in 2017-18, NJIT hired Mike Lane as the university's 12th head coach. The freshness of the entirely new coaching staff really endeared Squier to the school. Playing Division-I basketball was something she envisioned once she began high school.
Kierstan Bell, 6-1 G, Canton McKinley HS (OH): Article on Bell's recent commitment to Ohio State (over Rutgers).
The two-time Ms. Basketball winner had offers from dozens of schools across the nation and seriously considered Rutgers before verbally committing to Ohio State on Saturday.
Makenna Marisa, 5-11 SG, Peters Township HS (PA): Recruiting update on Marisa, who picked up offers from Baylor and Washington in August.
Since then, Marisa has seen her recruitment pick up quite a bit. She said she has more than two dozen offers, the latest coming Tuesday from Big 12 power Baylor. Marisa said Penn State, Villanova, Duquesne, Pitt, Michigan and West Virginia are a few of the schools that stick out. Marisa plans on taking some visits in September and hopes to make a decision by early October.
Katie Dettwiller, 6-4 F/C, Portsmouth Notre Dame HS (OH): Article on Dettwiller's recent commitment to St. Francis (Pa.).
Victoria Toomey, 6-1 C, Dunmore HS (PA): Article on Toomey's recent commitment to Rider.
Fairleigh Dickinson and Mount Saint Mary's were in the mix, and despite having some other visits scheduled, Toomey knew when she made a return visit that Rider was the right choice.
"I kind of fell in love with the school and the coaches," Toomey said. "The thing was, I had some visits scheduled, so I was kind of nervous about committing. But that was the second time I visited.


In Kingdom Hearts III, you learn early on in your adventure about Lucky Emblems, which are Mickey Mouse symbols that you're encouraged to photograph with your Gummiphone. The reward for photographing Lucky Emblems isn't made entirely clear at first, but know that doing so will net you the secret ending. If that entices you, then we encourage you to always be on the lookout. Sora, Donald, and Goofy often note when a Lucky Emblem is nearby, so take the time to investigate. They're usually hidden behind objects, on walls, or somewhere up above.
Depending on the difficulty level you've chosen, the number of Lucky Emblems you need to get the secret ending will vary. If you're playing on easy, you need to get them all, but any difficulty level above that requires less. We've yet to collect the full data on how much you need for each difficulty level, but just know that you should start making a habit of snapping shots of these cleverly hidden symbols.
Seeing as you're here, the importance of this task isn't lost on you! To help you nab that secret ending, we've collected the locations of every Lucky Emblem below. It helps to know that the game organizes all the Lucky Emblems on your Gummiphone in order of where you find them in the world, so if you're missing one but have the others around it, try covering the ground in-between the two. But if the shots below aren't enough to point you in the right direction, refer to the video above for further clarification on where each one is.
It's worth noting that getting all the Lucky Emblems also nets you Orichalcum+, an essential synthesizing material required to craft the best Keyblade in the game, the Ultima Weapon. Photographing all 80 Lucky Emblems is but one of the few ways to get an Orichalcum+; you need seven to craft the Keyblade.
If you're looking for more Kingdom Hearts 3 guides, be sure to check out our beginner's tips feature. You can also read our review for our full thoughts about the game.
Olympus is a great sampler of the open design of the game's maps. When you start your journey here alongside Hercules, you unfortunately aren't made aware of Lucky Emblems, but you might've noticed their presence. Aside from the one hidden in the Forge to the north of the Realm of the Gods save point, most of the Lucky Emblems are found along its multiple pathways. For further clarification on where to find them all, jump to the "00:20" mark in the video above.
Twilight Town covers a relatively small area, which makes getting all nine of its Lucky Emblems a cinch. They're mostly hidden in easy-to-miss spots and places up high. But if you haven't been back to Twilight Town in ages, you can jump to the "03:12" mark in the video above for additional clarification.
The Toy Box world has pretty clear delineations between its few areas. That said, most of its Lucky Emblems are cleverly hidden in spots you wouldn't expect. For additional guidance, jump to the "05:41" mark in the video above.
With such a lush forest filling up the majority of its runtime, it's a bit surprising that most of the Kingdom of Corona's Lucky Emblems are actually located in town. Finding these should be no trouble, but if you need assistance, jump to the "08:10" mark in the video above.
Monstrolpolis is another area where you might have trouble locating its Lucky Emblems. Clever visual tricks make spotting them all a chore for the untrained eye. These shots should help clear things up, but you're welcome to jump the "10:46" mark in the video above if you're lost.
While Arendelle is a beautiful winter wonderland, it's rather difficult to find many of its Lucky Emblems given how its copious amounts of snow makes a few of its areas look rather similar to each other. If you're struggling, refer to the "13:19" mark in the video above for more explicit directions on where to find each Lucky Emblem.
Winnie the Pooh and friends have the smallest world in Kingdom Hearts III. Its three Lucky Emblems are tucked away in unexpected corners. You can see the locations in more detail at the "17:20" mark in the video above.
There's a lot of vertical space in San Fransokyo, which makes finding its Lucky Emblems difficult. Just know that you're going to find the majority of them at the world's highest points. But if the constant climb upwards is waring you down, jump to the "17:52" mark in the video above for additional reference.
The Caribbean is by far the largest area in the game, which makes it rather tough to root out all of its Lucky Emblems. A bunch of islands make up the sum of its massive map, so if you're having trouble pinpointing where everything is, we've made notes starting at the "20:44" mark in the video above.


text:
Matilda Karin Mona Ekeblad, född 21 april 1996 i Åsbo församling, Östergötlands län, är en svensk moderat politiker och före detta förbundsordförande för Moderata ungdomsförbundet (MUF) mellan 2020−2022, och därmed även ledamot i Moderaternas partistyrelse. Vidare är hon ledamot i regionfullmäktige och ledamot i hälso- och sjukvårdsnämnden i Region Östergötland sedan valet 2018.

Moderata ungdomsförbundet
Ekeblad var distriktsordförande för ungdomsförbundet i Östergötland från 2018 fram till dess att hon valdes till förbundsordförande. Den 26 november 2022 förlorade Ekeblad omröstningen som förbundsordförande till Douglas Thor. Det beskrivs ha varit en maktstrid mellan två olika falanger inom förbundet, distrikt som Östergötland och Uppsala har haft förtroende för Ekeblad medan exempelvis Skåne uttryckt missnöje mot ledningen.

Referenser

Noter

Externa länkar

 Matilda Ekeblad på Moderaterna.se

Svenska moderater
Födda 1996
Levande personer
Kvinnor
Personer från Boxholms kommun
Svenska politiker under 2000-talet
Förbundsordförande för Moderata ungdomsförbundet


In the fictional strain below, click on the hyperlink to see the meaning of the item defined lower down on the page.
Genus/species/authority: The name of the species is followed by the author of the name and, in many instances, the date of its first valid publication.
Strain designation: The CCAP strain designation is made up of the Collection acronym, CCAP, followed by the number, which is unique and immutable. The full designation should be quoted in any published material.
Isolator: The name of the isolator and year of isolation.
Origin: The environment from which the strain was isolated is given (eg "freshwater", "soil", "marine", "brackish", "animal"); followed by the precise location and the geographical location of origin (if known).
Culture: Details are given of the medium used to culture the strain at CCAP, with modification to standard recipe if applicable. For expansion of media acronyms and recipes see our Recipes. Most cultures are normally supplied in liquid medium unless agar is specifically requested.
• note on axenicity - CCAP labels strains as 'Axenic' if no bacteria are detected with normal light microscopy and no colonies appear on agar plates of enriched medium (nutrient agar for freshwater strains and ZM/10 for marine strains) inoculated with a drop of the culture and incubated in the dark for at least 1 week at 20 ºC. We accept that DAPI staining or PCR may well show up the presence of bacteria, however, for practical purposes CCAP will use the definition above.
• Pathogen - a strain that is considered to be a pathogen or possible pathogen is designated as PATHOGEN or POSSIBLE PATHOGEN. Special regulations apply to the sale of these strains. Refer to Ordering Pathogenic Strains.
• "formerly listed as" indicates any name(s) under which the strain was formerly listed in the CCAP catalogue (online or print version).
• Other Information eg special notes on usage, morphology etc.
More Info: Opens a new page containing all the available informtion we have on the selected strain, including classification, references and sequence accession references.
The classification system adopted for the algae is attributed largely to van den Hoek et al. (1995), with the exception of the Chlorophyceae and Pedinophyceae which are more contentious. For these we have followed Bold & Wynne (1985). For protozoa, classification is from Adl et al. (2012).
The CCAP website/catalogue should not be taken as an authority for taxonomy or nomenclature.
Adl SM et al. (2012) The revised classification of eukaryotes. Journal of Eukaryotic Microbiology 59: 429-493.
Bold HC & Wynne MJ (1985) Introduction to the algae: Structure and reproduction. Prentice-Hall (Englewood Cliffs, N.J.), pp. xvi + 720.
van den Hoek C, Mann D & Jahns HM (1995) Algae. An Introduction to Phycology. Cambridge University Press, Cambridge, pp. xiv + 623.


درباره ویدیو کلیپ: Do you enjoy spending time outside? Fresh air, beautiful scenery and freedom are just some of many reasons some people hate being stuck inside their home or office all day. It's entirely possible to make your experience even better thanks to outdoor gadgets. A wide range of gadgets is available out there, including examples shown in this video. 5 Best Outdoor Gadgets 2018 You Never Knew You Needed 5. MaxPump2 AmazoCopyright © All Rights Reserved by Tech News ویدیو کلیپ outdoor gadgets 2018 ویدیو کلیپ outdoor camping. Do you enjoy spending time outside? Fresh air, beautiful scenery and freedom are just some of many reasons some people hate being stuck inside their home or office all day. It's entirely possible to make your experience even better thanks to outdoor gadgets. A wide range of gadgets is available out there, including examples shown in this video. 5 Best Outdoor Gadgets 2018 You Never Knew You Needed 5. MaxPump2 AmazoCopyright © All Rights Reserved by Tech News، outdoor gadgets 2018 outdoor camping دانلود 5 وسیله تفریحی برای بیرون زدن و لذت بردن از طبیعت.


I am not the only girl who travels alone and lives abroad, and certainly I am not the first to live a nomadic life. Still, there are times I am absolutely bewildered by each mile I have traveled, each meal I have eaten, each person I have met, and each room in which I have slept.
As ordinary as it may appear, there are times when it is completely beyond my imagination.
I certainly believe that gratefulness is the most essential virtue in life. The capacity to appreciate what you already have, without losing the hunger for more, gives you peace and an uncomplicated exit toward happiness.
I think if you're not inspired by life, you're not paying attention.
These are the simple things you can notice, and enjoy. In the end, these are the things you remember. For me, the first necessity is to claim the morning, which is mine. For me the best way to give the morning back to myself is to open a real book as I drink my first cup of coffee. I'm not sure why real books are best. I think the pages remind me that I have fingerprints.
I think you should keep a physical notebook. Remember how to use the kind of pen that runs out. Go into churches, mosques, temples because even when their ceilings are low, they impose a shape on great height. Go to the post office, with all its sounds of being sent. Learn the names of trees.
Read diaries, which make the day permanent. Read anything that slows you down to the pace of real life. Remember a time, not so long ago, when email was good. Imagine every email you ever received being delivered by a very small guy on a horse, galloping through an ether landscape.
Look out the window the way Dorothy looked out the window in The Wizard of Oz — as if the tornado has plucked you up and next you might see anything.
Plant your feet on the ground and breathe in deep and let your chest rise rusty as a partridge's and sing.
I have seen and touched and danced and sang and climbed and loved and meditated on a lifetime spent living honestly. Should it all end tonight, I can positively say there would be no regrets. I feel fortunate to have walked 90 years in my shoes. I am truly lucky. I really have lived 1,000 times over.
There is nowhere to go but everywhere, so just keep on rolling under the stars.
I will live it all and write it all down. An aria to an empty train station, a requiem for a carrot.


text:
Northern Rail apologises after using terrorism crime threat to make reporter delete film of arrests
Guardian: Met Police want to question Rupert Murdoch 'under caution'
Publisher-backed Free Speech Network has 'misleading' IPSO ad banned by the ASA
By Press Association Twitter
An advert for the new press regulator has been banned for "misleadingly" claiming that it will deliver "all the key elements Lord Justice Leveson called for in his report".
The ad for the Independent Press Standards Organisation was placed in The Times on 25 October by the Free Speech Network, an umbrella group made up of UK, European and global publishers and editors.
Reach provides 'irrefutable' evidence that advertising next to negative stories safe for brands
Media in developing countries helped to diversify after ad revenue 'destruction' of up to 85%
The ad was headlined: "Ready to go: a tough new regulator for the press", and continued: "Today sees the launch of a tough new regulator for the press – the toughest in the Western world.
"The new Independent Press Standards Organisation (Ipso) will be up and running early next year, and will deliver all the key elements Lord Justice Leveson called for in his report.
"It will guarantee the British public enjoy the standard of journalism they deserve. And it will ensure Britain remains not just the birthplace, but the home of free speech."
The ad went on to list seven subheadings – "tough sanctions", "upfront corrections", "investigating powers", "genuine independence", "no cost to the public", "'the support of the newspaper and magazine industry", and '"free speech guaranteed", with more information under each title.
The Media Standards Trust (MST) and two members of the public objected to the ad, maintaining that there were a number of elements in the Leveson report that IPSO would not deliver.
The MST also complained that the "genuine independence" claim was misleading because it said IPSO was not entirely independent of all political parties or of the newspaper industry.
The Free Speech Network said the ad stated that IPSO would "deliver all the key elements Lord Justice Leveson called for in his report" highlighting the term "key", and not "deliver all the elements".
Given the use of the qualifying term "key", they considered that the claim could not be interpreted on a wider basis, namely that IPSO would deliver every aspect of every recommendation and suggestion in the 2000-page report.
They did not consider that the ad suggested that Lord Justice Leveson had expressly set out "key" elements in his report and did not consider that readers would reasonably assume that from the wording of the ad.
The Free Speech Network said the ad stated that the board of IPSO would have a majority of independent members and an independent chair, chosen in a transparent and open process, and that in any event IPSO met the standards of independence proposed by Lord Justice Leveson in his report.
Upholding the first complaint, the Advertising Standards Authority said: "We considered that the ad's readers, whilst familiar with the general issues relating to press regulation, would be unlikely to have detailed knowledge of the content of the Leveson report.
"We thought it likely they would assume from the ad, wrongly, that the sub-headings formally set out those issues which had been expressly defined as "key elements" in the Leveson report, and which should be implemented by a proposed press regulator.
"We did not consider whether the specific elements raised by the complainants were or were not met, but considered that the ad implied more certainty around which might be the "key elements" than was the case and therefore concluded that it was misleading on that basis."
The ASA did not uphold the second complaint, saying that readers would infer from the ad's claims that the members of the IPSO board, or those involved in establishing IPSO, were expected to be impartial in the work they carried out.
Two other complaints, that the ad's claim that "Politicians are trying to force the press to sign up to a royal charter…controlled by politicians" was misleading because the Royal Charter system was voluntary and because politicians were excluded from the recognition body that was set up by the Royal Charter, were also not upheld.
The ASA ruled that the ad must not appear again in its current form.
The Free Speech Network was launched with the backing of newspaper and magazine publishers in 2012 to argue against state regulation of the press.
Here is the ajudication in full.
External review of IPSO finds press regulator is independent, effective and largely compliant with Leveson
Work on new press regulator could halt as Lords pass Leveson law on libel arbitration
David Cameron has 'serious concerns and misgivings' over Leveson's statute-backed model
4 thoughts on "Publisher-backed Free Speech Network has 'misleading' IPSO ad banned by the ASA"
Pingback: IPSO flounders after damning report exposes its impotence | Pinnacle Investigations
Pingback: IPSO flounders after damning report exposes its impotence. | Hacked Off


text:
Francesco Musotto ist der Name folgender Personen:

* Francesco Musotto (Politiker, 1881) (1881–1961), italienischer Politiker
 Francesco Musotto (Politiker, 1947) (* 1947), italienischer Politiker


text:
/*
 * To change this license header, choose License Headers in Project Properties.
 * To change this template file, choose Tools | Templates
 * and open the template in the editor.
 */
package edu.wpi.first.wpilibj.templates.commands;

import edu.wpi.first.wpilibj.templates.commands.CommandBase;
import edu.wpi.first.wpilibj.templates.subsystems.Camera;
import edu.wpi.first.wpilibj.command.CommandGroup;
import edu.wpi.first.wpilibj.command.Subsystem;
import edu.wpi.first.wpilibj.command.WaitCommand;
import edu.wpi.first.wpilibj.templates.commands.CalculateHotGoal;
import edu.wpi.first.wpilibj.templates.commands.DriveAutonomous;

/**
 *
 * @author David
 */
public class Autonomous extends CommandGroup {

    public Autonomous() {
        addSequential(new ArmDown());
        //parameters for drive auto is speedleft, speedright, time, distance
        addParallel(new DriveAutonomous(1,1,2,10));
 //       addSequential(new DriveAutonomous(0, 0, 0 ,0));
        addParallel(new KickerArm());
        addParallel(new CalculateHotGoal(5));
        addSequential(new WaitCommand(.25));
        addSequential(new ArmUp());
        addParallel(new WaitCommand(.5));
        addSequential(new KickerAuto(3));
        // Add Commands here:
        // e.g. addSequential(new Command1());
        //      addSequential(new Command2());
        // these will run in order.

        // To run multiple commands at the same time,
        // use addParallel()
        // e.g. addParallel(new Command1());
        //      addSequential(new Command2());
        // Command1 and Command2 will run in parallel.
        // A command group will require all of the subsystems that each member
        // would require.
        // e.g. if Command1 requires chassis, and Command2 requires arm,
        // a CommandGroup containing them would require both the chassis and the
        // arm.
    }
}

redpajama_set_name: RedPajamaGithub