omniomni/omni-engineering huggingface dataset:
WINLAB (Yeungnam University). The Wireless Information Networking Laboratory (WINLAB) at Yeungnam University, Gyeongsan, South Korea, was founded to carry out the extensive research in wireless communication. WINLAB contributed many research articles in many reputed world class journals in wireless networks, mobile networks, and embedded system areas. Some of the research areas  they contributed are: 
 Wireless networks: Protocol design and performance evaluation in wireless PAN/LAN/MAN/RAN, Cognitive radio.
 Ad hoc networks: Wireless sensor networks, wireless mesh networks, and mobile ad hoc networks.
 Mobile networks: Access control, handoff, power control, routing, and admission control.
 Standard: IEEE 802.11/15/16/20/21/22.
 Embedded system: ASIC, SoC, and embedded controller.
Kim Sung Won is the adviser of this laboratory.

Goals and Missions
The mission of WIN laboratory is to conduct research and education in the field of Wireless Communication Engineering and to develop industry partnerships to solve significant issues of interest in telecommunication.

Wireless communication is the transfer of information over a distance without the use of enhanced electrical conductors or "wires". The distances involved may be short (a few meters as in television remote control) or long (thousands or millions of kilometers for radio communications). When the context is clear, the term is often shortened to "wireless". Wireless communication is generally considered to be a branch of telecommunications.

See also

Yeungnam University
Education in South Korea
Process Systems Design and Control Laboratory

Notes and references

 Wireless Information Networking Laboratory Homepage
 BK21 Scholarship Program

External links
Yeungnam University Official website
The Korean Society of Industrial and Engineering
International Federation of Automatic Control

Universities and colleges in North Gyeongsang Province
Universities and colleges in Daegu
Sodium 2-anthraquinonesulfonate. Sodium 2-anthraquinonesulfonate (AMS) is a  water-soluble anthraquinone derivative. In the laboratory it can be prepared by sulfonation of anthraquinone.

Digester additive in papermaking
AMS is used as a catalyst in the production of alkaline pulping in the soda process. It goes through a redox cycle similar to that of anthraquinone to give a catalytic effect. AMS was discovered as an efficient pulping catalyst before anthraquinone, but has a higher cost.

References

Anthraquinones
Sulfonates
Organic sodium salts
Raipur Institute of Technology. Raipur Institute of Technology is a Private Engineering college located in Raipur, Chhattisgarh, India. It was established by the Mahanadi Education Society in 1995. It is affiliated to Chhattisgarh Swami Vivekanand Technical University.

History
Established in 1995, initially it was affiliated to Pt. Ravishankar Shukla University, Raipur and started offering Bachelor of Engineering in Chemical Engineering, Electronics & Telecommunication Engineering and Mechanical Engineering. Courses in Computer Science & Engineering (1999), Information Technology (2000) and Biotechnology (2004) were introduced. In 2005, institute became affiliated to newly formed Chhattisgarh Swami Vivekanand Technical University, Bhilai. Later introduced courses in Biotechnology and Electrical and Electronics Engineering in 2009 and 2011 respectively.

Academics 
RIT offers undergraduate and postgraduate course in Engineering along with Master of Business Administration and Master of Computer Application.

Departments
RIT has following departments:
Biotechnology
Chemical Engineering
Electronics & Telecommunication Engineering
Computer Science & Engineering
Civil Engineering
Information Technology
Mechanical Engineering
Electrical & Electronics Engineering
Master of Business Administration
Master of Computer Application

References

Private engineering colleges in India
1995 establishments in Madhya Pradesh
Educational institutions established in 1995
Engineering colleges in Chhattisgarh
Kanwar Sen. Kanwar Sain, also spelt as Rai Bahadur Kanwar Sain Gupta OBE (1899–1979) was a civil engineer from Haryana state in India. He was the chief engineer in the Bikaner state who came up with idea of Rajasthan Canal. He also successfully implemented Ganga canal project.  He was considered a dynamite of irrigation engineering of his time. 
He was born in 1899 in Tohana  district Fatehabad  (Haryana). He was educated at D.A.V. College, Lahore. He graduated as a civil engineer from Thomason College of Civil Engineering, Roorkee (now, IIT Roorkee) in the year 1927 with hons. He was awarded Padma Bhushan in 1956. He has written a book called -Reminiscences of an engineer.
He was chairman of Central Water and Power Commission, Ministry of Irrigation and Power, Government of India.
Kanwar sain and Karpov (1967) presented enveloping curves for Indian rivers.

Career
During his 80 years Dr. Kanwar Sain won great honours, including Order of the British Empire, O.B.E., and Padma Bhushan.
He was offered the Order of the Elephant by the Government of Thailand, but could not accept it, as he was serving with the United Nations. He was elected as President of Central Board of Irrigation and Power in 1953, Vice President of International Commission on Irrigation and Drainage 1954 and President of Institute of Engineers India in 1956.

He was awarded Honorary Life Membership by the American Society of Civil Engineers and Honorary Life Fellowship by the Institution of Engineers India. His own alma mater, the University of Roorkee (now Indian Institute of Technology, Roorkee), conferred on him an honorary doctorate of engineering. For nearly half a century, the name of Dr. Kanwar Sain has been a byword for river projects and development of water resources both in India and abroad. He was closely connected with major projects-from the Damodar Valley to the Rajasthan Canal, from Hirakud Dam, to the Narmada River Project.

Besides, he contributed his utmost in design and building up the Central Water and power Commission Dr. Sain's passionate involvement with his work - especially in saving Dibrugarh from floods and during the mishap at the Bhakra Dam, endeared him to his colleagues, both in India and abroad. His greatest achievement was his association with the Mekong Development Project for nine years as an UN expert.
He has also been associated with the preparation of a master plan for the development of the Narmada River. this man imported person in raj. state.

References 

Indian civil engineers
Canal engineers
1899 births
People from Hisar district
Rajasthani people
Recipients of the Padma Bhushan in civil service
People from Bikaner
1979 deaths
Indian irrigation engineers
Officers of the Order of the British Empire
20th-century Indian engineers
Engineers from Rajasthan
Kingboard Holdings. Kingboard Holdings Limited, formerly known as Kingboard Chemical Holdings Limited  () is a manufacturer of laminates. Owned by Paul Cheung Kwok Wing's family, the company manufactures and distributes laminates, copper foil, coke, methanol, caustic soda, glass fabric, glass yarn, bleached craft paper, printed circuit boards, chemicals, liquid crystal displays, and magnetic products, as well as investing surplus funds in real estate assets globally. The group operates more than 60 manufacturing facilities in China and Thailand. It is headquartered in Shatin, New Territories, Hong Kong. Ño

History
In 1993, the company was listed on the Hong Kong Stock Exchange. In 2004, the Group successfully acquired Elec & Eltek. Kingboard Chemical Holdings Ltd. ("Kingboard Chemical") established its first laminates manufacturing plant in 1988. 

Kingboard Copper Foil Holdings Limited, the Group’s subsidiary, was spun off for a separate listing on The Singapore Stock Exchange in December 1999. In November 2004, the Group acquired Elec & Eltek International Holdings Limited as part of a strategic expansion plan. In December 2006, the Group spun off its laminate business, Kingboard Laminates Holdings limited for a separate listing on the main board of The Stock Exchange of Hong Kong Limited. The Group's natural gas based methanol JV with China BlueChemical in Hainan province commenced production in December 2006.

In 2016, KLH purchased 15 Canada Square, home to KPMG LLP UK’s headquarters, for £400m on a 25 year sale-and-leaseback agreement at £18m a year.

References

External links
Official Website
Specialty Chemicals
Chemicals For Research

Companies listed on the Hong Kong Stock Exchange
Chemical companies established in 1988
Manufacturing companies of Hong Kong
Privately held companies of China
Chemical companies of China
Optionally piloted vehicle. An optionally piloted vehicle (OPV) or optionally piloted aerial vehicle is a hybrid between a conventional piloted aircraft and an unmanned aerial vehicle (UAV).

Able to fly with or without a human crew on board the aircraft, OPVs are a low-cost alternative to UAVs in research, experimentation, and concept exploration, but may also become used in mainstream operations as familiarity with them increases.  Unimpeded by a human's physiological limitations, an OPV is able to operate under more adverse conditions and/or for greater endurance times. Retaining on-board controls, the OPV can operate as a conventional aircraft during missions for which direct human control is preferred or desired as an immediate option.

The US Naval Postgraduate School Center for Interdisciplinary Remotely-Piloted Aircraft Studies (CIRPAS) in Monterey, California operates a highly modified Cessna 337-O2 Skymaster OPV called Pelican. The OPV provides a low-risk, low-cost test and evaluation alternative to a Predator UAV.  The Pelican has also provided UAV support to military exercises which otherwise would not have had access to a real UAV due to cost, availability, or FAA restrictions.  The Northrop Grumman Firebird is classified as an OPV. The National Test Pilot School certified an extensively modified Cessna 150 as an Optionally Piloted Aircraft for use as a training device to aid instruction of flight testing unmanned systems. Additionally, Autonodyne has operated an OPV Cessna 182 since 2018, which uses their onboard Avidyne Corporation to be piloted from the Autonodyne ground control software, relay communications between Air Traffic Control and the ground pilot, and autonomously detect and avoid hazardous traffic via wing-mounted cameras.

See also 
 Unmanned aerial vehicle
 Radio-controlled aircraft

References

External links 

 History & Articles
 The future of US Army helicopters: pilots optional - Sean Hollister, Engaget. Posted Apr 28th 2010 7:13am
 US Air Force Foresees Robotic War By Andrew Koch. Jane's Defence Weekly January 22, 2003.

 Organizations and current news
 Center for Interdisciplinary Remotely-Piloted Aircraft Studies (CIRPAS)
 Republic Aerospace Bright Eagle 

Unmanned aerial vehicles
Center for Interdisciplinary Remotely-Piloted Aircraft Studies. The Center for Interdisciplinary Remotely-Piloted Aircraft Studies (CIRPAS) located at the Marina Municipal Airport and is a research center of the US Naval Postgraduate School (NPS), based in the nearby city of Monterey.  Among their research is work done with Optionally Piloted Vehicles.

The National Science Foundation has granted $11m to modify an A-10 to perform weather research for CIRPAS, to continue the effort after the T-28 that was retired in 2005.

References

External links 
 Center for Interdisciplinary Remotely-Piloted Aircraft Studies (CIRPAS)

Flight training
Military education and training in the United States
Naval Postgraduate School
Universities and colleges in Monterey County, California
Rock 'Em Sock 'Em Robots (video game). Rock 'Em Sock 'Em Robots is a fighting video game developed by Full Fat and published by Zoo Digital in 2006 for the Game Boy Advance. The game is based heavily on the 1964 toy of the same name, and involves the player taking control of a brightly coloured plastic robot and engaging in close combat with an opposing robot. The first robot to inflict enough damage to cause his opponent's head to pop up is declared the winner. The game is notable for garnering significant negative criticism for its gameplay mechanics and inherent lack of difficulty, poor-quality visuals and repetitive 'button-mashing' gameplay. Chris Adams of gaming website IGN said in his review of the title that 'it is the single worst game I've ever played on the Game Boy Advance'.

Gameplay
As is common to fighting games, Rock 'Em Sock 'Em Robots pits a player-controlled character, in this case, the titular robot, against one controlled by the game engine or another human player. The primary buttons of the Game Boy Advance are used to perform punches, and holding down the buttons allows the player to unleash a more powerful attack. Once the opposing robot's energy has been depleted, the player must press the L and R trigger buttons alternately in order to deliver a knockout blow.
The game has multiple different colored characters, each with different stats(however most of them are the same). In the character selection, each robot has a different head, but are all the same in-game.

Reception
Rock 'Em Sock 'Em Robots was panned by critics in general, receiving 1.5/10 from IGN, 2.2/10 from GameSpot, and obtaining an aggregate score of 21/100 on Metacritic. Robots is the lowest scoring GBA title on both IGN and Metacritic. The chief issues reviewers found with the game were bland, repetitive graphics and backgrounds, a lack of challenge in the AI opponents (Frank Provo of GameSpot commented that the CPU 'can be beaten with your eyes closed') and the absence of a multiplayer mode via a Game Link Cable. Critics also noted the lack of well-differentiated gameplay modes, and a resultant lack of longevity in the title, with one commenting that you can 'play through everything the game has to offer in about 20 minutes'.

GameZone gave Robots a mediocre score of 5.4/10, claiming that as the game was intended to be a budget title, the gameplay issues can be overlooked to an extent. Their review summed up the game as having "some small  of fun if played in short bursts, otherwise it's an exercise in repetition and mindless button mashing".

References

2006 video games
Full Fat games
Game Boy Advance games
Game Boy Advance-only games
Single-player video games
Video games about robots
Video games based on Mattel toys
Video games developed in the United Kingdom
Linda-like systems. Linda-like systems are parallel and distributed programming models that use unstructured collections of tuples as a communication mechanism between different processes.

Examples
In addition to proper Linda implementations, these include other systems such as the following:
 Intel Concurrent Collections (CnC) is a programming model based on "item collections" which resemble tuple spaces, but are single assignment (tuples may not be removed or replaced).  Because of this restriction Concurrent Collections has a deterministic execution semantics, but has difficulties with storage deallocation.

References 

Parallel computing
Edmond E. Chang. Edmond E-Min Chang (born October 1970) is a United States district judge of the United States District Court for the Northern District of Illinois.

Early life and education 
Chang was born in New York City to Taiwanese American immigrants. He earned a Bachelor of Science in Engineering degree in aerospace engineering in 1991 from the University of Michigan and a Juris Doctor in 1994 from Northwestern University School of Law.

Career 

From 1994 until 1995, Chang served as a law clerk for Judge James L. Ryan of the United States Court of Appeals for the Sixth Circuit. From 1995 to 1997, Chang served as a law clerk for Judge Marvin Aspen of the United States District Court for the Northern District of Illinois. From 1997 to 1999, Chang served as an associate at the Chicago headquarters office of the global law firm Sidley Austin. In 1999, Chang became an assistant United States attorney in Chicago, serving as a deputy chief of general crimes from 2004 until 2005 and as the chief of appeals for the Criminal Division from 2005 to 2010.

Federal judicial service 

In 2009, Chang submitted an application to an Illinois screening committee for one of three federal district judgeship vacancies. On April 21, 2010, President Barack Obama nominated Chang to a federal judgeship to fill the seat vacated by Judge Elaine E. Bucklo, who assumed senior status on October 31, 2009. On December 18, 2010, the United States Senate confirmed Chang by unanimous consent. He received his commission on December 20, 2010.

See also 
 List of Asian American jurists

References

External links

1970 births
Living people
American jurists of Chinese descent
American jurists of Taiwanese descent
American lawyers of Chinese descent
American people of Taiwanese descent
Assistant United States Attorneys
The Bronx High School of Science alumni
Judges of the United States District Court for the Northern District of Illinois
Lawyers from New York City
Northwestern University Pritzker School of Law alumni
People from Northbrook, Illinois
United States district court judges appointed by Barack Obama
University of Michigan College of Engineering alumni
Physical metallurgy. Physical metallurgy is one of the two main branches of the scientific approach to metallurgy,  which considers in a systematic way the physical properties of metals and alloys. It is basically the fundamentals and applications of the theory of phase transformations in metal and alloys. While chemical metallurgy involves the domain of reduction/oxidation of metals, physical metallurgy deals mainly with mechanical and magnetic/electric/thermal properties of metals – as described by solid-state physics.

See also
Extractive metallurgy

References

External links

MIT Ocw (MIT OpenCourseWare) Course on Physical Metallurgy
A series of Lectures by Prof. "Harry" Harshad Bhadeshia, University of Cambridge on the Physical Metallurgy of Steels
Additional teaching materials by Prof. "Harry" Harshad Bhadeshia, University of Cambridge, at the Phase Transformations & Complex

Materials science
Metallurgy
MesoCoat. MesoCoat, Inc. is a Euclid, Ohio-based equity-backed company providing metal protection and repair.  MesoCoat develops and provides wear and corrosion solutions using surface engineering technologies, serving Oil and Gas, Aerospace, Energy, Infrastructure, and other markets.

History
MesoCoat was spun out of advanced materials company Powdermet, Inc. in 2007 to be an independent firm. One of the core technologies acquired and licensed for MesoCoat's start-up phase was developed at the Department Of Energy's Oak Ridge National Laboratory.

In 2009, Abakan, Inc. acquired a controlling interest in MesoCoat.

In 2011, MesoCoat signed a cooperation agreement with Petrobras to help verify the effectiveness of the CermaClad™ process and finance an Euclid plant.

In 2015, Abakan, Inc. acquired 100% of MesoCoat, Inc. 

Mesocoat was put into receivership in 2015 by U.S. Federal Court Judge Denise Cote of the Southern District of New York. Judge Cote appointed Robert W. Seiden as Receiver who steered the company to settlement of a dispute with its creditors and resolved a litigation.

Technology
MesoCoat synthesizes and assembles non-oxide ceramic matrix component nanoparticles into coating solutions. Its coatings provide wear and corrosion protection to metallic surfaces.

Operations
MesoCoat is owned by an investment group.

Since 2007, MesoCoat has funded its primary research and development activities through government grants, third-party licensing arrangements, and venture  and equity financing.

Facilities
MesoCoat broke ground on its first commercial plant in Euclid, Ohio in 2011. The plant is forecast to begin production in early 2013.

Awards
MesoCoat CermaClad™ and related processes

MesoCoat PComP™ and related processes

MesoCoat ZComP™ and related processes

Notes

External links
 http://www.mesocoat.com/
 Best Ceramic Coating for Cars

References 
 http://www.crainscleveland.com/article/20091230/FREE/912309975
 http://www.rdmag.com/News/2010/04/R-D-100-Awards-Technology-that-rolls-on-from-pharma-to-space-travel/: Most recently, Abakan Inc., an industrial surface modification company, has just acquired 34% ownership in MesoCoat Inc., which has developed an environmentally friendly, durable ceramic-metallic coatings that help extend oil pipeline and bridge lifetimes from 20 to 100 years. These coatings have been the recipient of several R&D 100 Awards.
 Forbes.com

Manufacturing companies based in Ohio
American companies established in 2007
Euclid, Ohio
RMP. RMP may refer to:

 Rajshahi Metropolitan Police, the police force in Rajshahi, Bangladesh
 RateMyProfessors.com, a website for student ratings of college instructors
 "Reprogrammable microprocessor", variant of the FIM-92 Stinger anti-aircraft missile
 Registered medical practitioner
 Resonant magnetic perturbations, a plasma physics technique used in tokamak fusion reactors
 Resting membrane potential, electrical potential across a cell membrane
 Reviews of Modern Physics, a journal published by the American Physical Society
 Revolutionary Marxist Party, a political party in India (Kerala)
 Rhind Mathematical Papyrus, an ancient Egyptian manuscript
 Rifampicin, an antibiotic
 Risk management plan, an element of  risk management 
 RMP, IATA code for Rampart Airport, Alaska
 Royal Malaysian Police, Malaysian police force
 Royal Marine Police, a former British civil police force which guarded Admiralty establishments
 Royal Military Police, British army police
 Royal Melbourne Philharmonic, an Australian choir and orchestra
 Russian Maoist Party, a Russian political party founded in 2000

See also
ADITYA (tokamak). ADITYA is a medium size tokamak installed at the Institute for Plasma Research in India. Its construction began in 1982, and it was commissioned in 1989. It was the first tokamak in India.

It has a major radius of 0.75 metres and a minor radius of 0.25 metres. The maximum field strength is 1.2 tesla produced by 20 toroidal field coils spaced symmetrically in the toroidal direction. It is operated by two power supplies, a capacitor bank and the APPS (ADITYA pulse power supply). 

The typical plasma parameters during capacitor bank discharges are: Ip ~30 kA, shot duration ~25 ms, central electron temperature ~100 eV and core plasma density ~1019 m−3 and the typical parameters of APPS operation is ~100 kA plasma current, ~ 100 ms duration, central electron temp. ~300 eV  and ~3x1019 m−3 core plasma density. 

Various diagnostics used in ADITYA include electric and magnetic probes, microwave interferometry, Thomson scattering and charge exchange spectroscopy.

ADITYA has been upgraded to ADITYA-U, with first plasma obtained in 2016.

References

External links
 Institute for Plasma Research Projects
The ADITYA Tokamak homepage 
Brazilian Journal of Physics SST and ADITYA Tokamak Research in India

Tokamaks
Atomic and nuclear energy research in India
Waco 6. The Waco 6, designed by the Advance Aircraft Company, was a 2-seat biplane similar to the Curtiss JN-4, with single bay equi-span wings. The fuselage was built from wood, fabric covered, with tandem cockpits, the forward one between the mainplanes. Four aircraft were built ca. 1923.

Specifications

References

Biplanes
1920s United States civil aircraft