omniomni/omni-engineering huggingface dataset:
Earl B. Fowler Jr.. Earl Bealle Fowler Jr. (September 29, 1925 – February 8, 2008) was a Vice Admiral in the United States Navy.

Secretary of the Navy John Lehman described Fowler in 1988 as one of the "blue suiter superstars" in his book Command of the Seas: Building the 600 Ship Navy.

Education
Fowler earned a bachelor's degree in mechanical engineering from Georgia Tech in February 1946 and a master's degree in electrical engineering from Massachusetts Institute of Technology in 1949.

Fowler attended the six-week Advanced Management Program at Harvard Business School in 1970.

Career
Fowler joined in the United States Navy on May 18, 1943, joining the V-12 Navy College Training Program.  He served on the ,  aircraft carriers  and . 
From 1976 to 1980, he was commander of the Naval Electronics Systems Command and from March 1980 to his retirement in June 1985, he was commander of Naval Sea Systems Command.

Awards
 Navy Distinguished Service Medal
Legion of Merit

References

1925 births
2008 deaths
United States Navy vice admirals
Burials at Arlington National Cemetery
Recipients of the Navy Distinguished Service Medal
Recipients of the Legion of Merit
Georgia Tech alumni
NAVSEA commanders
MIT School of Engineering alumni
JCSAT-17. JCSAT-17 is a geostationary communications satellite operated by SKY Perfect JSAT Group. The satellite was designed and manufactured by Lockheed Martin Space on the LM-2100 platform, and was launched on 18 February 2020 on an Ariane 5. The satellite mainly provides service to Japan and the surrounding regions. Utilizing several S-band transponders with a flexible processor, the satellite has the capability to redirect communications capacity to concentrate on disaster relief efforts or other high-volume events.

History 
On 3 February 2016, SKY Perfect JSAT awarded Lockheed Martin Space Systems a contract to build JCSAT-17 using a modernized variant of the A2100 satellite bus. Eventually, this bus became known as LM-2100, which is expected to provide JCSAT-17 with a minimum 15-year lifespan.

On 4 January 2017, SKY Perfect JSAT announced it had contracted Arianespace to launch JCSAT-17 on an Ariane 5 ECA. The satellite was shipped to Kourou in January 2020.

Spacecraft 
JCSAT-17 was built by Lockheed Martin Space Systems on the LM-2100 platform. The spacecraft uses an 18-metre reflecting antenna to provide targeted S-band communications to Japan and surrounding regions. Once in orbit, the new satellite unfurled a 18-metre-diameter S-band mesh communications antenna made by L3Harris Technologies, formerly known as Harris Corp., of Melbourne, Florida. The spacecraft uses Ku-band transceivers for aircraft avionics communications.

Launch 
JCSAT-17 was launched from Guiana Space Centre ELA-3 on 18 February 2020 at 22:19:00 UTC aboard an Ariane 5 ECA launch vehicle. As with most Ariane 5 missions, the satellite was co-manifested and therefore shared a launch with the South Korean weather satellite GEO-KOMPSAT 2B.

Approximately 31 minutes after launch, JCSAT-17 separated from the SYLDA fairing and was released into geostationary transfer orbit.

The S-band and C-band payloads on JCSAT-17 will be used by NTT Docomo, a Japanese mobile phone company, to provide mobile connectivity across Japan and surrounding regions, according to Sky Perfect JSAT.

References 

Spacecraft launched in 2020
2020 in Japan
Communications satellites in geostationary orbit
Satellites using the A2100 bus
Communications satellites of Japan
Ariane commercial payloads
Lev Altshuler. Lev Vladimirovitch Altshuler (, 9 November 1913 – 23 December 2003) was a Soviet physicist, one of the founders of the study of solids under extremely high pressures and temperatures and a member of the Soviet atomic bomb project.

Biography 
Altshuler was born in a family of Jewish intellectuals in Moscow. His father Vladimir Aleksandrovich Altshuler (1882–1965) was a lawyer and former revolutionary who worked at the Soviet Ministry of Finances. Altshuler had a brother Sergei (1909–1979) and a sister Olga (1912–1992). In 1932 he started working at the X-ray Laboratory of the Moscow Machine Building Institute. Two years later he enrolled to the Moscow State University, graduating in 1936. Being a specialist in properties of metals and an aviation engineer, he was sent to the Soviet Army in 1940, but in 1942 recalled from the front to the laboratories of the Soviet Academy of Sciences. During those World War II years he defended a PhD (1943) and developed a pulsed X-ray radiography method for real-time analysis of damage induced by a projectile to the tank armor, receiving the State Prize for this work in 1946. The same year he was assigned to the Soviet atomic bomb project. Between 1946 and 1969 he worked at the Soviet Nuclear Center Arzamas-16 under top secret conditions, defending a habilitation in 1954. His administrative promotions were hampered by his outspoken nature, as he publicly opposed some official views and policies. In 1969 he returned to Moscow, assuming a position of department head at the Institute of Optical-Physical Measurements. Twenty years later he became a Chief Researcher at the Institute for High Energy Densities of the Russian Academy of Sciences. In his late years Altshuler published several books and articles on high-pressure science and on the history of the Soviet Atomic Project.

Altshuler was married to Mariya Speranskaya (1916–1977); they had three sons: Boris (b. 1939), Aleksandr (b. 1945) and Mikhail (b. 1955). Boris became a notable physicist and besides his scientific research published a series of historical books related to Andrei Sakharov, his father and the Soviet atomic bomb project.

Awards 
USSR State Prize (1946, 1949, 1953) 
Order of Lenin (1949, 1953, 1967) 
Lenin Prize (1962) 
Shock Compression Science Award of the American Physical Society (1991) 
 Russia State Prize (1999)

References 

1913 births
2003 deaths
Soviet physicists
Iqbal Arshad. Iqbal Arshad is an American engineer, inventor, speaker and technology executive. He has served as the senior vice president of engineering and global product development at Motorola Mobility, Google and Lenovo, and has been responsible for design and development of industry-leading smartphones, tablets smartwatches, wearables, silicon, and mobile computing technologies.

Education
Arshad holds a B.S. in electrical engineering from University of Miami, and a master's degree in Engineering Management (MEM) from Northwestern University.

Career
Arshad re-joined Motorola in 2003 to lead product development and management. He led design & development of the first CDMA variants of the RAZR and RAZR 2 product lines, the first DROID smartphone, the first Android Tablet (Xoom) featuring the Honeycomb (Android 3.1) OS, the first dual-core, dual-OS smartphone (Atrix 4G), and led 4G LTE silicon and software.

In 2012 Motorola Mobility was acquired by Google. Iqbal was chosen as part of the senior leadership team under CEO Dennis Woodside during the acquisition. Under Google, he led the Moto X, Moto G, and Moto 360 products. He also launched the Nexus 6 in collaboration with Google.

In 2014, Lenovo acquired Motorola from Google. Arshad continued to lead Engineering & Product Development for both Motorola in the US and Lenovo MBG (Mobile Business Group) in China. Arshad's team engineered and shipped Droid Turbo 2 (world's first shatterproof display), the modular Moto Z, a collection of Moto Mods, and a Moto Mod developer kit for 3rd parties.

Awards, speeches, and public service

In 2010, Arshad was recognized by Crain's Chicago in their annual 40 under 40 list. He serves on the advisory board for Northwestern University's Master of Engineering Management, and is a member of the IEEE. He previously served on the Illinois Innovation Council.

Arshad has had several public speaking engagements, including a presentation during Northwestern Engineering's ‘Design:Chicago 2014’ event, and as the 2014 commencement speaker for Northwestern University's McCormick School of Engineering.

References 

Living people
Motorola employees
Google employees
Lenovo people
Northwestern University alumni
University of Miami College of Engineering alumni
Businesspeople from Chicago
Year of birth missing (living people)
Telkom Purwokerto Institute of Technology. Telkom Purwokerto Institute of Technology (, ITTP) is a private university located in Purwokerto, Central Java, Indonesia. The institute started in 2002, and was formerly known as Akademi Telekomunikasi Sandhy Putra Telkom, and Telkom Telematics Technology College (ST3 Telkom) Purwokerto. IT Telkom Purwokerto is financed and operated by the Telkom Foundation.

IT Telkom Purwokerto is the first institute that focuses on science, technology and engineering in Purwokerto, Central Java. 

It partners with  various universities in Korea, Cambodia, China, etc. IT Telkom Purwokerto has 13 study programs.

Facilities 
 WIFI
 Library
 Journal
 Computer Application Laboratory
 Computer Networking Laboratory
 Electrical Laboratory
 Switching Laboratory
 Sport Field Test

References

External links
 

Universities in Central Java
Banyumas Regency
2002 establishments in Indonesia
Universities and colleges established in 2002
Noida Sector 61 metro station. The Noida Sector 61 is a metro station on the Blue Line extension of the Delhi Metro railway, in the city of Noida in India.

History
Construction works begin in 2015 and was completed on 8 March 2019.

Station layout

Entry/Exit

See also
Delhi
Noida
List of Delhi Metro stations
Transport in Delhi
Delhi Metro Rail Corporation
Delhi Suburban Railway
Delhi Monorail
Delhi Transport Corporation
South East Delhi
New Delhi
National Capital Region (India)
Noida–Greater Noida Expressway
Noida Metro
List of rapid transit systems
List of metro systems

References

External links

 Delhi Metro Rail Corporation Ltd. (Official site)
 Delhi Metro Annual Reports
 
 UrbanRail.Net – Descriptions of all metro systems in the world, each with a schematic map showing all stations.

Railway stations in India opened in 2019
Delhi Metro stations
Railway stations in Gautam Buddh Nagar district
Transport in Noida
Cinque Ports Light Railway. The Cinque Ports Light Railway was a scheme to build an electric tramway from Ramsgate to Hastings via Dover.

History
In the 1880s the South Eastern Railway appointed Sir Alexander Rose Stenning, a commercial architect who later became president of the Royal Institution of Chartered Surveyors, to examine various development opportunities for the railway.  These included proposals for the Cinque Ports Light Railway. It is likely that, had it been built, the gauge would have been , allowing it to run through the Isle of Thanet Electric Tramways and Dover Corporation Tramways.

In 1871, a proposal to run a tramway between Dover and Ramsgate was refused by the Board of Trade. A similar proposal in 1872, to operate between Dover and Margate, was given official go-ahead but failed to raise sufficient finance.

Subsequently, a proposed order was made by the Light Railway Commissioners under the Light Railways Act 1896 in 1899 for  of track, marking this scheme as the most ambitious light rail proposal at the time. The scheme had developed sufficiently by 1899 that a Mr. Parker had been appointed as resident engineer  and plans were presented to Hastings Borough Council in November 1899. The scheme floundered because of opposition from the people of Dover.

A. R. Stenning was also the surveyor for the Guilford Tramway, and it is possible that the intention was to incorporate that tramway into the overall route of the Cinque Ports Light Railway as the Guilford Tramway was built to this gauge.

See also 
 Cinque ports

References

External links 
Margate Museum Factsheet: The Isle of Thanet Tramway System 1901–1937

Rail transport in Kent
Rail transport in East Sussex
3 ft 6 in gauge railways in England
Ralph Echemendia. Ralph (Rafael) Echemendia is a cyber security specialist, who is known as "The Ethical Hacker." He specialises in protecting intellectual property in the entertainment industry and educating on security.

Early life
Echemendia was born in Cuba and raised in the US where he attended Miami Senior High. His first computer was a Commodore 64. He began hacking with it at the age of 14.

Entertainment industry
Echemendia began working in entertainment via investigating the early online leak of an Eminem album.

In 2011, Echemendia was the lead technical investigator on the breach of security that led to The Twilight Saga: Breaking Dawn – Part 1 leaking. He worked to identify the person responsible for leaking behind the scenes pictures and videos of the film, almost a year before the movie’s release.

In 2015, Echemendia worked with Stone on Snowden, providing technical supervision. He supported the actors by explaining the background to the technical terms in the script. Echemendia and screenwriter Kieran Fitzgerald also worked with Edward Snowden to replicate the actual NSA log-in screen.

In 2016, Echemendia became the hacking consultant to directors and producers of Nerve.

References

Further reading

External links
 The Ethical Hacker Website (official Ralph Echemendia website)
 

Living people
People from Havana
Computer security specialists
Script supervisors
Year of birth missing (living people)
RaftLib. RaftLib is a portable parallel processing system that aims to provide extreme performance while increasing programmer productivity. It enables a programmer to assemble a massively parallel program (both local and distributed) using simple iostream-like operators. RaftLib handles threading, memory allocation, memory placement, and auto-parallelization of compute kernels. It enables applications to be constructed from chains of compute kernels forming a task and pipeline parallel compute graph. Programs are authored in C++ (although other language bindings are planned).

Example
Here is a Hello World example for demonstration purposes:

#include <raft>
#include <raftio>
#include <cstdlib>
#include <string>

class hi : public raft::kernel
{
public:
    hi() : raft::kernel()
    {
       output.addPort< std::string >( "0" ); 
    }

    virtual raft::kstatus run()
    {
        output[ "0" ].push( std::string( "Hello World\n" ) );
        return( raft::stop ); 
    }
};

int
main( int argc, char **argv )
{
    /** instantiate print kernel **/
    raft::print< std::string > p;
    /** instantiate hello world kernel **/
    hi hello;
    /** make a map object **/
    raft::map m;
    /** add kernels to map, both hello and p are executed concurrently **/
    m += hello >> p;
    /** execute the map **/
    m.exe();
    return( EXIT_SUCCESS );
}

References

External links
 The RaftLib Project Page
 RaftLib User Wiki
 Project GitHub Repository
 CPPNow RaftLib Tutorial Session
 A Short Introduction to Stream Processing
 Parallel BZip2 Implementation Using RaftLib

C++ programming language family
Lateral movement (cybersecurity). Lateral movement refers to the techniques that cyber attackers, or threat actors, use to progressively move through a network as they search for the key data and assets that are ultimately the target of their attack campaigns. While the development of more sophisticated sequences of attack has helped threat actors develop better strategies and evade detection as compared to the past, similar to planning a heist, cyber defenders have also learned to use lateral movement against attackers in that they use it to detect their location and respond more effectively to an attack.

Lateral movement is a part of the ATT&CK framework within the 14 categories of Tactics, Techniques, and Procedures.

References 

Cybercrime
Acsensorize. Acsensorize (v.t.), pronounced as ac-sensor-ize, is the act of adding a multitude of dissimilar sensors, generally of a variety of sensing modalities, to an existing system that may or may not already have sensors; 
 acsensorizing (pres. part.); 
 acsensorized (past. part.);
 acsensorization (n.) is the process of acsensorizing.

It was first used by researchers at General Motors Global Research and Development, and was published in. The word was motivated by accessorize. Acsensorizing plays a significant role in big data research and machine learning.

See also 
 Sensorization

References

Sensors
Karen Reynolds. Karen Reynolds is an Australian biomedical engineer.  She is currently the Deputy Dean of Computer Science, Engineering and Mathematics at Flinders University and a Matthew Flinders Distinguished Professor. Reynolds is the director of the Medical Device Research Institute and founding director of the Medical Device Partnering Program in South Australia, an organisation that facilitates collaboration between researchers, end-users and industry.

Honours and awards

 David Dewhurst Medal, 2016
 Fellow of the Australian Academy of Health & Medical Sciences, 2014
 Medical Technology Association of Australia Outstanding Achievement Award, 2014
 South Australian Scientist of the Year, 2012
 Named in Top 100 Most Influential Engineers in Australia, 2012, 2013 & 2015
 Fellow of the Australian Academy of Technological Sciences & Engineering, 2011
 Australian Professional Engineer of the Year, 2010
 Australian Learning & Teaching Council Citation, 2011

Boards and committees
 Member, Australian Medical Research Advisory Board
 Past Chair, Biomedical Engineering College, Engineers Australia
 Chair, National Panel for Biomedical Engineering Education and Research, Engineers Australia
 Director, Academy of Technological Sciences & Engineering Board
 Chair, Health and Technology Forum, Academy of Technological Sciences & Engineering
 Member, South Australian Science Council
 Member, Advisory Committee on Medical Devices, Therapeutic Goods Administration
 Member, South Australian Selection Panel for The General Sir John Monash Awards

References

Living people
Wikibomb2016
Fellows of the Australian Academy of Health and Medical Sciences
Fellows of the Australian Academy of Technological Sciences and Engineering
20th-century Australian engineers
21st-century Australian engineers
Academic staff of Flinders University
20th-century Australian women engineers
21st-century Australian women engineers
Year of birth missing (living people)
Oxide Games. Oxide Games is an American video game developer based in Lutherville-Timonium, Maryland. The studio was founded in January 2013 by Brad Wardell and former Firaxis employees Dan Baker, Marc Meyer, Brian Wade, and Tim Kipp.

History 
Oxide Games focuses primarily on games and game engines for the Personal computer (PC).  Initially founded to develop a next-generation game engine and games to use it the studio developed the Nitrous engine to take advantage of new graphics APIs that allowed multiple CPU cores to simultaneously access the GPU such as DirectX 12 and Mantle.

The studio's first release of its Nitrous technology came in the form of Star Swarm, a demonstration of thousands of 3D entities on screen to demonstrate the potential of a multicore rendering and task system.

In 2016, the studio's first game was published by Stardock, Ashes of the Singularity. It was the first game to make use of DirectX 12 after previously making a pre-beta version of it available as a benchmark for the new API.

The studio's founders helped contributed to High-Level Shader Language (HLSL) and have worked on several notable titles including Civilization, Command and Conquer, and Galactic Civilizations series.

On June 12, 2022, as part of the Xbox & Bethesda Games Showcase 2022, Oxide announced Ara: History Untold. This will be a 4X game comparable to the Civilization series of games that many members of the Oxide Games team worked on prior to the studio's formation.

Games developed

Nitrous Engine 
Nitrous Engine is the proprietary game engine software used in development for Oxide Games products. It uses the power of its proprietary SWARM (Simultaneous Work and Rendering Model) technology to achieve incredible performance on modern, multi-core computer hardware. SWARM allows Nitrous to do things previously thought impossible in real-time 3D rendering, like Object Space Lighting—the same techniques used in the film industry—and having thousands of unique individual units onscreen at once.

In 2016 Oxide and Dan Baker were part of the first major tech Demo for DX12 along with Brian Langley, Microsoft's DirectX 12 lead, Max McMullen, Microsoft's principal lead for Direct3D.

In April 2020 AMD and Oxide Games announced a multi-year partnership to co-develop graphics technologies for the growing cloud gaming market. The companies plan to create a robust set of tools and technologies for cloud rendering designed from the ground up to embrace the real-time demands of cloud-based gaming.

The Nitrous engine has been used by Stardock on a number of games including Star Control: Origins and Siege of Centauri.

Accolades 
In 2020, the studio was recognized by The Baltimore Sun as one of Baltimore's Top Small Employers for the year.

External links 

 Official website

References 

2013 establishments in Maryland
Companies based in Baltimore County, Maryland
Indie game developers
Video game companies established in 2013
Video game companies of the United States
Video game development companies
Air Transport Squadron 61 (JMSDF). (also referred to as VC-61 or Fleet Air Squadron 61) is a unit in the Japanese Maritime Self-Defence Force. It is a part of the Fleet Air Force and is based at Naval Air Facility Atsugi in Kanagawa prefecture. It operates LC-90 and Lockheed C-130R Hercules aircraft.

History
The squadron was founded at Atsugi Naval Air Facility on December 20, 1971 equipped with NAMC YS-11 aircraft. In 1989 it began to operate the LC-90, and in November 2014 the unit began to operate five former Lockheed Martin KC-130R tanker aircraft of the US Marine Corps. They were stripped of their refueling equipment and redesigned as C-130R aircraft. In December 2014 the squadron's YS-11s were retired. The former US C-130s came into service from 2014 to 2016.

In the past the squadron has also operated Grumman S-2F-U Tracker, Douglas C-27 Skytrain RFD-6 and Beechcraft B65 Queen Air aircraft.

Aircraft used
 Douglas C-27 Skytrain RFD-6
 Grumman S-2F-U Tracker
 Beechcraft B65 Queen Air
 YS-11M/M-A (1971-2014)
 LC-90 (1989-)
 Lockheed C-130R (2014-)

Gallery

References

Aviation in Japan
Units and formations of the Japan Maritime Self-Defense Force
Military units and formations established in 1971
Robert Peirce. Robert Peirce may refer to:

 Robert B. F. Peirce (1843–1898), U.S. Representative from Indiana
 Robert Peirce (engineer) (1863–1933), British-born civil engineer in Malaysia and Singapore
 Bob Peirce (born 1955), British businessman and diplomat
 Robert Peirce III (born 1970), attorney at Robert Peirce and Associates

See also
Robert Pierce (disambiguation)
Robert Pearce (disambiguation)