omniomni/omni-engineering huggingface dataset:
Heaven Benchmark. Heaven Benchmark is benchmarking software based on the UNIGINE Engine. The benchmark was developed and published by UNIGINE Company in 2009. The main purpose of software is performance and stability testing for GPUs. Users can choose a workload preset, Basic or Extreme, or set the parameters by custom. The benchmark 3D scene is a steampunk-style city on flying islands in the middle of the clouds. The scene is GPU-intensive because of tessellation used for all the surfaces, dynamic sky with volumetric clouds and day-night cycle, real-time global illumination, and screen-space ambient occlusion.

Heaven and other benchmarks by UNIGINE Company are often used by hardware reviewers to compare performance of GPUs and by overclockers for online and offline competitions in GPU overclocking. Running Heaven (or another benchmark by UNIGINE Company) produces a performance score: the higher the numbers, the better the performance. Heaven Benchmark was shipped with Zotac GPUs. Included in Phoronix Test Suite.

Heaven Benchmark is claimed to be the first DirectX 11 benchmark. It was officially introduced at the Windows 7 presentation on October 22, 2009.

Technological features 

 Visuals powered by UNIGINE 1 Engine
 Support for Windows XP, Windows Vista, Windows 7, Windows 8, Linux, macOS
 Support for DirectX 9, DirectX 11 and OpenGL 4.0
Support for NVIDIA SLI and AMD CrossFire
 GPU temperature and clock monitoring
 Adaptive hardware tessellation
 Dynamic sky with volumetric clouds and tweakable day-night cycle
 Real-time global illumination and screen-space ambient occlusion
 Support for stereo 3D and multi-monitor configurations
 Cinematic and interactive fly/walk-through camera modes

See also 

 Benchmark
 Overclocking

References

External links 

 Official website

Benchmarks (computing)
Government Engineering College, Sheohar. Government Engineering College, Sheohar is a government engineering college in Sheohar district of Bihar. It was established in the year 2019 under Department of Science and Technology, Bihar. It is affiliated with Bihar Engineering University and approved by All India Council for Technical Education.

Admission 
Admission in the college for four years Bachelor of Technology course is made through UGEAC conducted by Bihar Combined Entrance Competitive Examination Board. To apply for UGEAC, appearing in JEE Main of that admission year is required along with other eligibility criteria.

Departments 

College have five branches in Bachelor of Technology course with an annual intake of 60 students in each branch.

 Civil Engineering
 Mechanical Engineering
 Electrical Engineering
 Electronics & Communication Engineering
 Computer Science and Engineering(Data Science)

References

External links 

 BCECE Board website 
 Bihar Engineering University website
 DST, Bihar website

Engineering colleges in Bihar
Colleges affiliated to Aryabhatta Knowledge University
2019 establishments in Bihar
Universities and colleges established in 2019
Government Engineering College, West Champaran. Government Engineering College, Bettiah, West Champaran is a government engineering college at Bettiah in West Champaran district of Bihar. It was established in the year 2019 under Department of Science and Technology, Bihar. It is affiliated with Bihar Engineering University and approved by All India Council for Technical Education.

Admission 

Admission in the college for four years Bachelor of Technology course is made through UGEAC conducted by Bihar Combined Entrance Competitive Examination Board. To apply for UGEAC, appearing in JEE Main of that admission year is required along with other eligibility criteria.

Departments 

College have four branches in Bachelor of Technology course with annual intake of 60 students in each branch.

 Civil Engineering
 Mechanical Engineering
 Electrical Engineering
 Electronics & Communication Engineering
 Computer Science and Engineering (Cyber Security)

References

External links 

 BCECE Board website 
 Bihar Engineering University website
 DST, Bihar website

Engineering colleges in Bihar
Colleges affiliated to Aryabhatta Knowledge University
2019 establishments in Bihar
Universities and colleges established in 2019
Government Engineering College, Madhubani. Government Engineering College, Madhubani is a government engineering college in Madhubani district of Bihar, India Nnar Pandaul On the Madhubani-Sakri Highway. It was established in the year 2019 under Department of Science and Technology, Bihar. It is affiliated with Bihar Engineering University,Patna and approved by All India Council for Technical Education.

Admission 
Admission in the college for four years Bachelor of Technology course is made through UGEAC conducted by Bihar Combined Entrance Competitive Examination Board. To apply for UGEAC, appearing in JEE Main of that admission year is required along with other eligibility criteria.

Departments 

College has three branches in Bachelor of Technology course with following annual intake.

References

External links 
 
 BCECE Board website 
 Aryabhatta Knowledge University website
 DST, Bihar website

Engineering colleges in Bihar
Colleges affiliated to Aryabhatta Knowledge University
Engineering education in India
2019 establishments in Bihar
Universities and colleges established in 2019
Government Engineering College, Sheikhpura. Government Engineering College, Sheikhpura is a government engineering college in Sheikhpura district of Bihar. It was established in the year 2019 under Department of Science and Technology, Bihar. It is affiliated with Bihar Engineering University  and approved by All India Council for Technical Education.

Admission 
Admission in the college for four years Bachelor of Technology course is made through UGEAC conducted by Bihar Combined Entrance Competitive Examination Board. To apply for UGEAC, appearing in JEE Main of that admission year is required along with other eligibility criteria.

Departments 

College have four branches in Bachelor of Technology course with annual intake of 60 students in each branch.

 Civil Engineering
 Mechanical Engineering
 Electrical Engineering
 Electronics & Communication Engineering

Students Club 

 Exletra - The Techno-Cultural Club of GEC Sheikhpura.
 Photography Club
 Sports Club (Sheikhpura Premier League,SPL)
 Literature club

References

External links 

 BCECE Board website 
 Bihar Engineering University
 DST, Bihar website

Engineering colleges in Bihar
Colleges affiliated to Aryabhatta Knowledge University
2019 establishments in Bihar
Universities and colleges established in 2019
Universities and colleges in Sheikhpura
Government Engineering College, Lakhisarai. Government Engineering College, Lakhisarai is a government engineering college in Lakhisarai district of Bihar, India. It was established in the year 2019 under Department of Science and Technology, Bihar. It is affiliated with Bihar Engineering University and approved by All India Council for Technical Education.

Admission 
Admission in the college for four years Bachelor of Technology course is made through UGEAC conducted by Bihar Combined Entrance Competitive Examination Board. To apply for UGEAC, appearing in JEE Main of that admission year is required along with other eligibility criteria.

Departments 

College has five branches in Bachelor of Technology course with following annual intake.

References

External links 

 BCECE Board website 
 Bihar Engineering University patna
 DST, Bihar website
 Government Engineering College,Lakhisarai

Engineering colleges in Bihar
Colleges affiliated to Aryabhatta Knowledge University
2019 establishments in Bihar
Universities and colleges established in 2019
Extended BIOS. Extended BIOS may refer to:

 XIOS, the extended BIOS in Digital Research's MP/M, Concurrent CP/M, Concurrent DOS, Multiuser DOS and REAL/32 (since 1979)
 XBIOS, the extended BIOS in Atari TOS-based computers (since 1984/1985)

 EX-BIOS, non-standard BIOS extensions in the HP Vectra series of computers (since 1985)

See also
 BIOS extension
 Enhanced BIOS (LBA)
 VESA BIOS Extensions (VBE)
Milivoj Jugin. Milivoj Jugin (22 August 1925 - 20 January 2013) was a Yugoslav and Serbian aeronautical engineer, constructor, publicist and popularizer of science.

History
Under influence of family friend Kosta Sivčev, an aircraft designer, Jugin graduated aerospace engineering on Faculty of Mechanical Engineering of Belgrade University, and then he continued his education in the Soviet Union. Jugin was part of engineering team led by Sivčev and Zlatko Rendulić that designed Yugoslav first mass-produced jet Soko G-2 Galeb.

He was an expert commentator on Belgrade Television, and participated in many astronautical congresses, including at the 1968 United Nations Conference on the Exploration and Peaceful Uses of Outer Space (UNISPACE I) held in Vienna. He visited the Cape Kennedy cosmodrome twice in the US and stayed in the Star City of the Soviet cosmonauts near Moscow. Jugin has collaborated in numerous newspapers and magazines and, as expert, reported live from Cape Kennedy launch of Apollo 11, and then returned to Belgrade to host broadcast of Armstrong's and Aldrin's landing on Moon.

Bibliography 
 Kosmos otkriva tajne (Cosmos Reveals Secrets). 
 Svi smo kosmonauti (We All Are Cosmonauts). 
 Večni trag (Eternal Trace)

References 

2013 deaths
Yugoslav engineers
1925 births
People from Kikinda
20th-century Serbian engineers
Sankar Sen. Sankar Sen ( – 8 February 2020) was an Indian academic, electrical engineer and politician from West Bengal belonging to Communist Party of India (Marxist). He was the vice chancellor of Jadavpur University. He served as a legislator of the West Bengal Legislative Assembly. He also served as the Minister of Power of the Government of West Bengal from 1991 to 1999.

Biography
Sen was the vice chancellor of Jadavpur University. He was a professor of electrical engineering department of Bengal Engineering College too.

Sen was elected as a legislator of the West Bengal Legislative Assembly from Dum Dum in 1991. He was also elected from Dum Dum in 1996. Besides, he served as the Minister of Power of the Government of West Bengal from 1991 to 1999.

Sen died on 8 February 2020 at the age of 92.

References

1920s births
2020 deaths
Academic staff of Jadavpur University
Communist Party of India (Marxist) politicians from West Bengal
West Bengal MLAs 1991–1996
State cabinet ministers of West Bengal
Indian electrical engineers
People from North 24 Parganas district
Engineers from West Bengal
West Bengal MLAs 1996–2001
National Institute of Technology, Kushiro college. Kushiro National College of Technology（Japanese: 日本語:釧路工業高等専門学校（くしろこうぎょうこうとうせんもんがっこう）) is a national college of technology in Kushiro, Hokkaido, Japan. It was founded in 1965.

Departments

Department（Associate Course）

Students admitted after 2016 
Department of Creative Engineering 
Smart Mechanics Course
Field of Information Engineering, Field of Mechanical Engineering
Electronics Course
Field of Electrical Engineering, Field of Electronic Engineering
Architecture Course
Field of Architecture

Students admitted before 2015 
Department of Mechanical Engineering
Department of Electrical Engineering
Department of Electronic Engineering
Department of Information Engineering
Department of Architecture

Advanced Course 
Advanced Course of Construction and Manufacturing Systems Engineering
Advanced Course of Electronic and Information Systems Engineering

Library 
The library encompasses an area of  and holds about 96,764 books as of 27 February 2012. Following renovation work in 2013, it has since become barrier-free. In addition to books, the library also offers magazines, DVD, CD-ROM, etc. PCs are available for information searching. The library is open to all; be they students, faculty staff, or outsiders, allowing anyone to request book loans.

Information Processing Center

Cooperative Technology Center 
Established in 2000 with the aim of supporting local industries through joint research.

Dormitory 
Tsurusho Dormitory, as the dormitory on school grounds is called, has a total capacity of 431 students (336 males and 95 females) as of 2019.

Only graduate students who live outside Kushiro are allowed to stay in the dormitory, for up to 5 years.

References

External links 
  釧路工業高等専門学校

Universities and colleges in Hokkaido
Universities and colleges established in 1965
1965 establishments in Japan
Canon D'Assaut Lorraine. The Canon d’Assaut Lorraine was a French tank destroyer and assault gun, designed upon the chassis of the AMX M4 project.

History 
After the Second World War, the French Army issued various projects to replace their obsolete tanks.

The Lorraine company was tasked with producing a light tank destroyer derived from the AMX-50 project.

Description

Armament 
A 100mm SA 47 L/58 was to be equipped on the tank. The elevation of the gun is -6° to +16°. Ammunition was 40 rounds.

Engine 
The Canon d’Assaut Lorraine featured Veil-Picard pneumatic tires in place of road wheels which lowered the ground pressure of the vehicle. Another advantage of the tires is that the vehicle can still move if the tracks are damaged.

Development 
The prototype was under construction in 1950 but was not completed until 1952. In 1953, the project was terminated. The Canon d’Assaut Lorraine would later form the basis for the Lorraine 40t and Lorraine 155 mm projects.

References 

Tank destroyers of the Cold War
Tank destroyers of France
Abandoned military projects of France
Caithness - Moray Link. The CaithnessMoray Link is a  HVDC submarine power cable beneath the Moray Firth in Scotland, linking Spittal in Caithness and Blackhillock in Moray. Constructed by Scottish & Southern Electricity Networks, it is capable of transmitting up to 1,200MW of power. It was officially completed in January 2019, under budget at a cost of £970million, and was reported as the largest single investment in the northern Scottish electricity network since the 1950s.

The link was constructed to improve the connectivity of the Scottish electricity transmission network, and allow increased flow of electricity from renewable energy sources in the north of Scotland, such as the Beatrice and Dorenell wind farms. It is the second HVDC link to be constructed within the National Grid (as opposed to as an interconnector), after the Western HVDC Link.

Construction
The route was originally intended to form part of the Shetland HVDC Connection, however the project was split into two parts, with the Caithness - Moray link to be constructed first at a projected cost of £1.2billion.

The CaithnessMoray link was approved by regulators in 2014, with the contract for laying the undersea cable awarded to NKT.  of the link runs beneath the sea, with a total of  of underground cross-linked polyethylene cable at both ends.

The project required the construction of two new HVDC converter stations, at Spittal and Blackhillock, with the construction contract for these awarded to ABB. After the addition of the converter station, Blackhillock Substation became the largest in the UK, at the size of 24 football pitches.

The wider project also involved the augmentation of other parts of the power transmission network in northern Scotland, with upgrades carried out on a total of eight substations and two overhead transmission lines.

References

Notes

External links

 

Electric power infrastructure in Scotland
Electrical interconnectors to and from Great Britain
HVDC transmission lines
Submarine power cables
Energy infrastructure completed in 2019
2019 establishments in Scotland
Shinjuku Gyo-en Greenhouse. The Shinjuku Gyo-en Greenhouse is a greenhouse in Shinjuku Gyo-en, Shinjuku, Tokyo, Japan. It was built in 1950 and displays more than 1,700 tropical and subtropical plant species, as of 2016.

History 
The Shinjuku Gyo-en Greenhouse was built on the site of a private mansion, property of daimyō Naitō Nobunari. 

A government-managed agricultural experiment station was established there in 1872, and was later converted into an imperial garden in 1906. The space was utilised for international diplomacy, and was re-designed and opened to the public after World War II. 

The Greenhouse's construction was completed in 1950.

References

External links

 

1950 establishments in Japan
Buildings and structures completed in 1950
Greenhouses in Japan
Buildings and structures in Shinjuku
Austrian Lightning Detection & Information System. ALDIS (Austrian Lightning Detection & Information System) is a sensor network in Austria for the detection and localization of lightning discharge occurring during thunderstorms. In addition to the location of the strike point, the associated peak current is also estimated. ALDIS is a member of the pan-European lightning detection project EUCLID   (EUropean Cooperation for LIghtning Detection).

ALDIS was initiated in 1991. Project partners are the OVE (Austrian Electrotechnical Association) and APG (Austrian Power Grid). 
The detection of lightning, either from cloud-to-ground or within the cloud is accomplished by eight sensors of type LS7002 (Vaisala), which are distributed across the Austrian territory. The performance of a lightning location system is best described by the main performance parameters detection efficiency (DE), location accuracy (LA), and classification accuracy (CA).

In a study by Schwalt et al. (2020) based on data from a high speed video camera and an electric field recording system, it is shown that the DE of flashes (any group of cloud-to-ground, CG, and intracloud, IC, discharges belonging to the same origin in the cloud) exceeds 96%. The LA of the detected cloud-to-ground discharges is about 100 m on average. The accuracy to classify correctly individual lightning events as cloud-to-ground (CG) or intracloud (IC) events is 80-90% (classification accuracy, CA) for the sensor system LS7002.

Since 1998 a radio tower located on top of the Gaisberg (a mountain near Salzburg, Austria) is equipped with instruments in order to record lighting current waveforms  and allow to obtain parameters   of the lightning strokes to the tower. Thereby obtained data are also applicable for the performance analyses and calibration of the lightning location system ALDIS and lightning research studies in general.
 
The main goals of the ALDIS project group are:

 to provide lightning data to a number of lighting sensitive businesses and organizations in Austria (meteorological services, insurance companies, etc.)
 to perform research about the origins and effects of lightning which has an impact on the development of lightning protection system
 thunderstorm warning due to automatically monitoring of first indications of approaching thunderstorms. This can be used to send warning messages to critical industries (e.g. handling of explosives)
 long-term archiving of located lightning for statistical evaluations in connection with the determination of the local lightning hazard or risk management according to the valid international lightning protection standards (IEC/EN 62305 series). 
Some historical lightning data can be accessed via HORA (Natural Hazard Overview & Risk Assessment Austria, https://hora.gv.at). An overview of the actual lightning activity in Austria is shown on ALDIS mobile.

References 

Lightning
Science and technology in Austria
Harold Y. Hwang. Harold Yoonsung Hwang (born 4 August 1970 in Pasadena, California) is an American physicist, specializing in materials physics, condensed matter physics, nanoscience, and quantum engineering.

Education and career
Harold Hwang graduated in 1993 from MIT with B.S. in physics, as well as B.S. and M.S. in electrical engineering. He received in 1997 his Ph.D. from Princeton University with thesis advisor Nai Phuan Ong. At Bell Laboratories in New Jersey, Hwang was from 1994 to 1996 a research assistant and from 1996 to 2003 a member of the technical staff. At the department of advanced materials science and the department of applied physics at University of Tokyo in Kashiwa, Japan, he was from 2003 to 2008 an associate professor and from 2009 a full professor. From 2006 to 2007 he was also a visiting associate professor at the Institute for Chemical Research at Kyoto University. Since 2010, he has been a professor of physics at the department of applied physics at Stanford University and team leader of the Correlated Electron Research Group at the RIKEN Advanced Science Institute in Wakō, Saitama, Japan.

Research 
As a Ph.D. student, Hwang was part of a team that discovered that spin-polarized tunnel currents in polycrystalline manganates produce very high magnetoresistances. During his time at Bell Laboratories, his team developed methods for studying the "nature and length scales of charge screening in complex oxides" and how "short-length-scale electronic response can be probed and incorporated in thin-film oxide heterostructures" and also pointed out a  two-dimensional metallic state at the interface between the band insulators LaAlO3 and SrTiO3. Subsequently, his team did research on phenomena which emerge at interfaces between oxide materials.

An article that Hwang co-authored with Jan Hendrik Schön and two other physicists was published in April 2001 in the journal Science, but was retracted in November 2002.

Awards and honors
In 2005 he received the Materials Research Society Outstanding Young Investigator Award. In 2008 he received the IBM Japan Science Prize and in 2013 the Ho-Am Prize in Science in Science. On 18th June 2014 he received, together with Jochen Mannhart and Jean-Marc Triscone, the Europhysics Prize of the Condensed Matter Division of the European Physical Society. In 2011 he was elected a fellow of American Physical Society.

References

External links
 

1970 births
Living people
20th-century American physicists
21st-century American physicists
MIT School of Engineering alumni
Princeton University alumni
Academic staff of the University of Tokyo
Stanford University faculty
Riken personnel
Scientists at Bell Labs
Fellows of the American Physical Society
Massachusetts Institute of Technology School of Science alumni
Recipients of the Ho-Am Prize in Science
Roscoe George. Roscoe George (9 December 1896 – 27 December 1975) was an American electrical engineer, inventor and educator known for his contributions to the development of television technology. He received his BS degree from Purdue University School of Electrical and Computer Engineering in 1922. After completing military service, he received his MS EE degree in 1927, also from Purdue. Roscoe married Rosa Smith on December 19, 1917.

George was a prolific inventor and was awarded over 30 patents. In 1929, he developed the first electronic television receiver. In 1931, Roscoe established W9XG, the first TV station in Indiana. In 1940, he received patents for his television system, method for viewing infrared images, and a cathode ray tube. George also developed a signal receiver circuit for aircraft and received a patent for this in 1946. In 1952, he developed a static eliminator for aircraft. He retired from Purdue in 1965 after a 45-year tenure.

References

1896 births
1975 deaths
American educators
American electrical engineers
20th-century American inventors
Purdue University College of Engineering alumni