omniomni/omni-engineering huggingface dataset:
Khwaja Yunus Ali University. Khwaja Yunus Ali University is a private university in Bangladesh. It is situated in Enayetpur, Sirajganj, Rajshahi. It was founded in 2012 under the Private University Act, and named after Sufi saint Khwaja Yunus Ali (also known as Khwaja Enayetpuri).

Undergraduate programs

Faculty of Science & Engineering 
B.Sc. in Textile Engineering (TE)
B.Sc. in Computer Science and Engineering (CSE)
B.Sc. in Electrical and Electronics Engineering (EEE)
B.Sc. in Electronic and Telecommunication Engineering (ETE)

Faculty of Business Studies 
Bachelor of Management Information Systems (MIS)
Bachelor of Business Administration (BBA)

Faculty of Bio-medical Science 
B.Sc. in Biochemistry and Biotechnology (BCBT)
B.Sc. in Microbiology (MB)
Bachelor of Pharmacy (Hons)

Faculty of Human Science 
Bachelor of Library & Information Science (LIS)
B.A (Hon's) in English
B.A (Hon's) in Islamic Studies

Faculty of Law 
Bachelor of Law (LLB)

Graduate programs

Faculty of Science & Engineering
M.Sc. in Mechatronics and Micro-mechatronics Engineering (M.MME)
M.S. in Medical Physics (M.MP)

Faculty of Business Studies
Masters of Management Information Systems (Proposed)
Master of Business Administration (MBA)
Executive Masters of Business Administration (EMBA)

Faculty of Human Science
Master of Arts in English (ELT)
Master of Arts in Islamic Studies (M.IS)
Master of Arts Islamic Studies (Preliminary)
Master of Library & Information Science (M.LIS)
Postgraduate Diploma in Library & Information Science

Faculty of Law
Master of Law (LLM)

Academic session
"KYAU" follows the bi-Semester. The schedule of an academic year will be as follows:

 Fall   : September  -  February
 Summer : March - August

University clubs
English Language Club
Engineering Club
Medical Club
Sports Club
Debate Club
Social and Cultural Club
Blood Donation Club

References

Universities and colleges in Sirajganj District
2012 establishments in Bangladesh
Educational institutions established in 2012
QML (disambiguation). QML is a user interface markup language, used with Qt Quick.

QML or qml may also refer to:

Computing
 Questions Markup Language, a markup language, the predecessor of QTI (IMS Question and Test Interoperability specification)
 QML, a Haskell like functional quantum programming language
 Quantum machine learning, the integration of quantum algorithms within machine learning programs
 .qml, file extension for stylesheets for the QGIS geographic information system

Other uses
 Queen Mary University of London
 Quake Movie Library, a collection of Machinima
 Quantified modal logic, a modal logic originally developed by Ruth Barcan Marcus
 Qualified Manufacturer List, term used by the United States Department of Defense
 ISO 639:qml, an ISO 639-3 language code
Yaser Abu-Mostafa. Yaser Said Abu-Mostafa (Arabic: ياسر سعيد أبو مصطفى) is Professor of Electrical Engineering and Computer Science at the California Institute of Technology, Chairman of Paraconic Technologies Ltd, and Chairman of Machine Learning Consultants LLC. He is known for his research and educational activities in the area of machine learning.

Academic biography
Abu-Mostafa studied at Cairo University, where he earned the BSc degree in 1979. He earned the MS degree at the Georgia Institute of Technology in 1981 and the PhD degree at the California Institute of Technology in 1983. He has been on the faculty of the California Institute of Technology since 1983.

In 1987, Abu-Mostafa cofounded the Conference on Neural Information Processing Systems (NeurIPS), a major machine learning meeting.
He is known for his recent textbook on machine learning.
He has also developed an online course about machine learning.

References

External links
 Yaser S. Abu-Mostafa professional home page

1957 births
Living people
American people of Egyptian descent
Egyptian emigrants to the United States
Georgia Tech alumni
California Institute of Technology alumni
California Institute of Technology faculty
American computer scientists
Pietro Perona. Pietro Perona (born 3 September 1961) is an Italian-American educator and computer scientist. He is the Allan E. Puckett Professor of Electrical Engineering and Computation and Neural Systems at the California Institute of Technology and director of the National Science Foundation Engineering Research Center in Neuromorphic Systems Engineering. He is known for his research in computer vision and is the director of the Caltech Computational Vision Group.

Academic biography
Perona obtained his D.Eng. in electrical engineering cum laude from the University of Padua in 1985 and completed his Ph.D. at the University of California, Berkeley in 1990.
His dissertation was titled Finding Texture and Brightness Boundaries in Images, and his adviser was Jitendra Malik.
In 1990, Perona was a postdoctoral fellow at the International Computer Science Institute at Berkeley. 
From 1990 to 1991, he was a postdoctoral fellow at the Massachusetts Institute of Technology in the Laboratory for Information and Decision Systems.
He has been on the faculty of the California Institute of Technology since 1991, and he was named Allan E. Puckett Professor in 2008.

Research
Perona’s research focuses on the computational aspects of vision and learning. 
He developed the anisotropic diffusion equation, a partial differential equation that reduces noise in images while enhancing region boundaries. 
He is currently interested in visual recognition and in visual analysis of behavior.

 
Perona and Serge Belongie lead the Visipedia project, which facilitates research on visual knowledge representation, visual search, and human-in-the-loop machine learning systems.

Perona pioneered the study of visual categorization (including the publication of the Caltech 101 dataset) for which he was awarded the Longuet-Higgins Prize in 2013.
He is also the recipient of the 2010 Koenderink Prize for Fundamental Contributions in Computer Vision, the 2003 Conference on Computer Vision and Pattern Recognition best paper award, and a 1996 NSF Presidential Young Investigator Award.

Media coverage
Perona has been quoted or had his research featured in various national media outlets, including the New York Times, Science Friday, The New Yorker, and the Los Angeles Times.
In 2003, Perona and Stephen Nowlin organized the NEURO art exhibition, which brought together contemporary artists and scientists to explore neuromorphic engineering.

References

External links
 Pietro Perona professional home page 

Living people
University of Padua alumni
University of California, Berkeley alumni
California Institute of Technology faculty
Italian computer scientists
American computer scientists
Computer vision researchers
Machine learning researchers
1961 births
Frank Hedley. Frank Hedley (January 9, 1864 – July 18, 1955) was an English-American transportation executive who was president and general manager of the Interborough Rapid Transit Company.

Biography
He was born in 1864 in Maidstone, England. He migrated in 1883 to the United States and began working as a steam locomotive machinist for, first, the New York Lake Erie & Western RR in Jersey City, then New York Central & Hudson River at the locomotive servicing area at Grand Central Depot. Seeking career advancement, he soon got a job with New York Elevated Railroad in Manhattan. In 1890, Hedley was hired as master mechanic (steam) by the Kings County Elevated in Brooklyn. In 1893, he left New York seeking employment on elevated lines in Chicago. By 1900, Hedley was general superintendent of the Lake Street Elevated Railroad in Chicago. In 1903, Hedley returned to New York City to take the position of general superintendent of the Interborough Rapid Transit (IRT). Hedley would spend the rest of his career at IRT, rising to company president by 1920.

He died on July 17, 1955, at Saint John's Riverside Hospital in Yonkers, NY.

References

External links
Frank Hedley at Flickr Commons
Frank Hedley patents at Google Patent Search

Interborough Rapid Transit Company
People from Maidstone
1864 births
1955 deaths
English emigrants to the United States
Easley Mill. Easley Mill is a historic mill complex in Easley, South Carolina.  The mill was the first of three built in Easley between 1899 and 1910.  The main building was completed in 1900, and is a four-story brick structure designed by preeminent mill architects Lockwood, Greene & Co.  It was built during a boom in the textile industry across the Southern United States; more than 70 mills were opened in South Carolina alone between 1895 and 1903.  The mill met with immediate success, including large shipments for export to China.  By 1907, the mill contained over 37,000 spindles and 1,000 looms, and employed 500.  It was sold to Woodside Mills of Greenville in 1920, and to Dan River, Inc. in 1956, who operated the mill until 1990.  The mill has a shallow-pitched hip roof with bracketed eaves.  Most of the arched window openings have been bricked over.  Other structures on the site include a one-story office building, a warehouse, smokestack, an ice house, water tower, and monument to the mill's founder, John Mattison Geer.  The mill was listed on the National Register of Historic Places in 2013. A proposal was made to convert the building to apartments in 2019.

References

National Register of Historic Places in Pickens County, South Carolina
Industrial buildings and structures on the National Register of Historic Places in South Carolina
Industrial buildings completed in 1900
Buildings and structures in Pickens County, South Carolina
Textile mills in South Carolina
Easley, South Carolina
Cotton mills in the United States
Saqr (drone). Saqr a line of Unmanned aerial vehicles produced by the King Abdulaziz City for Science and Technology for the government of Saudi Arabia.  , three models had been developed: Saqr 2, Saqr 3 and Saqr 4. All three models are manufactured from fiberglass and carbon composite material, making them lightweight and stealthy. The Saudi government has developed the craft for research purposes, and the units are equipped with cameras for aerial photography. According to Prince Turki bin Saud bin Mohammed, the Saqr-1 has a range of more than 2,500 km and can remain airborne for more than 24 hours. The UAV flies at an average altitude of 20,000 feet.

It features a Ka band satellite communications system. Its weapons are Chinese AR-1 laser-guided missile and FT-9 guided bomb.

The units were first developed in 2012 with a total of 38 built .

Variants
Saqr 1 
Saqr 2
Saqr 3
Saqr 4

References

Sources 
 

Unmanned aerial vehicles of Saudi Arabia
Chlorine peroxide. Chlorine peroxide (also known as dichlorine dioxide or  ClO dimer) is a molecular compound with formula ClOOCl. Chemically, it is a dimer of the chlorine monoxide radical (ClO·).  It is important in the formation of the ozone hole. Chlorine peroxide catalytically converts ozone into oxygen when it is irradiated by ultraviolet light.

Production
Chlorine peroxide can be produced by laser or ultraviolet photolysis of the chlorine molecule with ozone. The lasers used to break up the chlorine molecule into atoms can be an excimer laser at 248, 308, or 352 nm wavelength. Difluorodichloromethane (CF2Cl2) can also act as a source of chlorine atoms for the formation of the peroxide. Microwave discharge can also break up chlorine molecules into atoms that react with ozone to make chlorine peroxide.

Cl2 + hν → 2Cl
Cl + O3 →  O2 + ClO· 
2ClO· + M → ClOOCl + M
ClOOCl + hν → Cl + ClO2
ClO2 + M → Cl + O2 + M

Properties
Chlorine peroxide absorbs ultraviolet light with a maximum absorbing wavelength of 245 nm.  It also absorbs longer wavelengths up to 350 nm to a lesser extent. This is important as ozone absorbs up to 300 nm.

The Cl−O bond length is 1.704 Å, and the O−O bond is 1.426 Å long. The ClOO bond angle is 110.1°, and the dihedral angle between the two Cl−O−O planes is 81°

References

Peroxides
Chlorine oxides
Steven H. Low. Steven H. Low is a Professor of the Computing and Mathematical Sciences Department and the Electrical Engineering Department at the California Institute of Technology.   He is known for his work on the theory and mathematical modeling of Internet congestion control, algorithms, and optimization in power systems.

Academic biography
Low received his BS in electrical engineering from Cornell University in 1987, and PhD in electrical engineering from the University of California, Berkeley under the supervision of Pravin Varaiya in 1992.  He was with AT&T Bell Labs in Murray Hill, NJ, from 1992 to 1996, the University of Melbourne, Australia, from 1996 to 2000, and joined Caltech in 2000.

Research
Low pioneered a mathematical theory of large-scale networks under end-to-end congestion control such as the Internet, with implications on resource allocation, routing, and network architecture. He and his research team designed a new congestion control algorithm called FAST TCP based on this mathematical theory, built a unique testbed WAN-in-Lab and worked with high-energy physicists (HEP) at Caltech, CERN and around the
world to break world records on data transfer.  His work is instrumental in changing the focus of congestion control research and land speed record contests from parameter tuning to algorithm design and analysis.

Through a startup called FastSoft, his team actively pursued the deployment of their research which has been accelerating the world's largest content distribution and social networks as well as other Fortune 500 companies.

Upon returning to Caltech after Fastsoft, his research began to focus on the control and optimization of distributed energy resources for future smart grids.

Awards and honors

Low is an IEEE Fellow, a co-recipient of an R&D 100 Award, and IEEE prize papers awards. He has been a Chair/Honorary/Guest/Adjunct Professor with Zhejiang University, China, National Taipei University of Technology, Taiwan, Shanghai Jiaotong University, China, and Swinburne University of Technology, Australia.

References

Living people
California Institute of Technology faculty
Fellows of the IEEE
American computer scientists
Cornell University alumni
University of California, Berkeley alumni
Year of birth missing (living people)
2020 fellows of the Association for Computing Machinery
Fountain Valley BodyWorks. Fountain Valley BodyWorks is an auto body and collision repair shop located in Fountain Valley, California. The bodyshop is responsible for building The World's Fastest Amphibious Vehicle, as certified by the Guinness World Record, and serves as the headquarters of amphibious car manufacturer Watercar. The shop was founded in 1975 by Dave March.

Makers of WaterCar 

Using the technology and technicians from his bodyshop, March has produced three working amphibious vehicle prototypes, as well as one commercial vehicle from his bodyshop headquarters. In 2010, March and Fountain Valley Bodyworks set the Guinness World Record for The World's Fastest Amphibious Vehicle with their Python Prototype, achieving speeds of 204 km/hour (127 mph) on land, and 96 km/hour (60 mph; 52 knots) on water. In June 2013, The Panther became the first commercial vehicle released by WaterCar and Fountain Valley BodyWorks.

Company Details 

Fountain Valley BodyWorks first opened in 1975 and has two locations in Southern California: An Express Shop (25,000 square feet), and a Collision Repair Center (50,000 square feet). Since 1999, March has produced all four amphibious models  (Amphibious Corvette, The Python, The Gator, and The Panther) from his body shop facilities in Fountain Valley, California.

Advertising 

Locally, the body shop is well known for maintaining a 15-foot smiley face on the front of their building, which the shop decorates during the various holiday seasons.

References

Companies based in Orange County, California
Vehicle manufacturing companies established in 1975
1975 establishments in California
Venkat Chandrasekaran. Venkat Chandrasekaran is a Professor in the Computing and Mathematical Sciences Department at the California Institute of Technology. He is known for work on mathematical optimization and its application to the information sciences.

Academic biography
Chandrasekaran studied at Rice University, where he completed the BA degree in Mathematics and the BS degree in Electrical and Computer Engineering in 2005.  He then received a PhD degree Electrical Engineering and Computer Science from the Massachusetts Institute of Technology in 2011. He was a postdoctoral researcher at the University of California, Berkeley for one year before joining Caltech as an Assistant Professor in 2012.

Research and honors

Chandrasekaran's research focuses on mathematical optimization and, specifically, developing an understanding of the power and limitations of convex optimization.  His thesis work studied convex optimization in the context of questions related to statistical modeling, and received the Jin-Au Kong Outstanding Doctoral Thesis Prize for the best PhD thesis in electrical engineering at MIT.  Additionally, he received the Young Researcher Prize in Continuous Optimization for his work on matrix decomposition.

References

External links
 Venkat Chandrasekaran professional home page

Living people
California Institute of Technology faculty
Rice University alumni
20th-century American mathematicians
Year of birth missing (living people)
Massachusetts Institute of Technology alumni
21st-century American mathematicians
J. K. K. Munirajah College of Technology. J.K.K. Munirajah College of Technology, also called JKKMCT, located at Gobichettipalayam in the Erode District in the state of Tamil Nadu, India, is a private self-financing engineering institute. The college is approved by AICTE and is affiliated with the Anna University Coimbatore. The college was established in the academic year 2008-2009 and governed by the Annai J.K.K.Sampoorani Ammal Charitable Trust. The college covers an area of .

Courses offered
The college offers three courses leading to the Degree of Bachelor of Engineering (B.E.) and one course leading to Bachelor of Technology (B.Tech.) of the Anna University Coimbatore.

Admission procedure

Students are admitted based on their 12th standard (higher secondary school) scores. The admissions are done as per the Government of Tamil Nadu norms through State Government Counselling and through regulated management seat procedures.

References 

All India Council for Technical Education
Engineering colleges in Tamil Nadu
Colleges affiliated to Anna University
Universities and colleges in Erode district
Education in Gobichettipalayam
Educational institutions established in 2008
2008 establishments in Tamil Nadu
The Radio Hacker's Codebook. The Radio Hacker's Codebook is a book for computer enthusiasts written by George Sassoon.  The book explains how to receive international radioteletype signals, convert them with a circuit and then decode them on a microcomputer.  In the case of this book the computer is the superseded Research Machines 380Z. Programs to do these functions are given, written in machine code and BASIC.  However legal and moral issues relating to intercepting messages are not included. Other radioteletype subject included are the FEC and automatic repeat request used in maritime radiocommunications.

The book also include an exposition of encryption, including the public key RSA cipher and presciently expounds on the lack of privacy in the cashless society. Code examples are also given using the Sharp PC-320I to encode and decode the German Enigma machine.  The books claims that the Enigma was kept secret for long periods because understanding it could compromise the American M-209 cipher machine, and that it was still being sold to other countries. Other encryption topics covered include Data Encryption Standard, Vernam cipher (one-time pad), pseudo random number generators, transposition ciphers, and substitution ciphers

The Radio Hacker's Codebook is idiosyncratic revealing a personal quest by Sassoon to decrypt military signals on the radio spectrum. However he would have had no chance to decode modern encryption as described in the book.

The Radio Hacker's Codebook broke ground in having a low price for a technical computing book being sold for £6.95 well below the typical £10+ price for computing books at the time.  It was published by Duckworth and had 239 pages.

References

Cryptanalytic software
Central Road Research Institute. The Central Road Research Institute (CRRI) established in 1952 is a constituent laboratory of India's Council of Scientific and Industrial Research (CSIR). The CRRI is located on Mathura road in  Okhla, New Delhi and conducts research and development in the areas of design, construction, maintenance and management of roads and airport runways. It also works in area of traffic and surface transportation planning.

Details 
Central Road Research Institute (CRRI), a premier national laboratory established in 1952, a constituent of Council of Scientific and Industrial Research (CSIR) is engaged in carrying out research and development projects on design, construction and maintenance of roads and runways, traffic and transportation planning of mega and medium cities, management of roads in different terrains, improvement of marginal materials, utilization of industrial waste in road construction, landslide control, ground improvements environmental pollution, road traffic safety and analysis & design, wind, fatigue, corrosion studies, performance monitoring/evaluation, service life assessment and rehabilitation of highway and railway bridges.

The institute provides technical and consultancy services to various user organizations in India and abroad. For capacity building of human resources in the area of highway Engineering to undertake and execute roads and runway projects, Institute has the competence to organize National and International Training Programmes continuing education courses since 1962 to disseminate the R&D finding to the masses.

Departments

List of departments in Central Road Research Institute (CRRI) is as follows:
 Planning, Monitoring and Evaluation 
 Transport Planning and Environment
 Bridge Engineering and Structures
 Geotechnical Engineering
 Traffic Engineering and Safety
 Pavement Evaluation
 Quality Management 
 Rigid Pavement 
 Flexible Pavement 
 Information, Liaison & Training

List of Directors
The list of Directors of Central Road Research Institute (CRRI) is as follows:

References

External links
 of the CRRI
CSIR Website

Council of Scientific and Industrial Research
Research institutes in Delhi
Ministry of Road Transport and Highways
Transport research organizations
Road transport organizations
Transport organisations based in India
Research institutes established in 1950
1950 establishments in India
Hyundai Pride. Hyundai Pride is a container ship, built according to the latest IMO and MARPOL standards. The ship was ordered in 2011 and completed in July 2014 by Daewoo Shipbuilding & Marine Engineering in Geoje, South Korea.

Design 
Hyundai Pride was ordered by Hyundai Merchant Marine in August 2011 at the shipyard of Daewoo Shipbuilding & Marine Engineering in Geoje, South Korea. The vessel was planned to start serving the G6 Asia-Europe Loop 6 sea line of the company. The container ship has length of , beam of , depth of  and maximum summer draft of . The cargo ship has deadweight  and gross tonnage . With such dimensions the vessel can carry 13,154 TEU and has 900 reefer points for transportation of temperature controlled containers.

Engineering 

The main engine is a Hyundai-MAN B&W 10S90ME-C9.2, which was special development of the Hyundai with improved power and lower fuel consumption. The engine has output power of 85,670 hp at 86 rpm and NOx emissions 4.4 g/KW.h. With such engine the container ship can achiever service speed of 24.5 kn, while the maximum is over 27.0 kn. The vessel Hyundai Pride has also four diesel generators HIMSEN 8H32/40, which support the equipment and cargo handling systems.

See also 
 NYK Vega
 Stena Paris

References

External links

Container ships
Transportation in the Marshall Islands
2014 ships
Ships built by Daewoo Shipbuilding & Marine Engineering