omniomni/omni-engineering huggingface dataset:
76th Helicopter Squadron. The 76th Helicopter Squadron is an inactivated United States Air Force unit that was based at Vandenberg Air Force Base, California assigned to the 30th Operations Group, 30th Space Wing that was tasked to support range operations as well as search and rescue missions. The squadron operated the UH-1N Huey helicopter.

History
Provided search, rescue, and recovery services in central and southern Pacific Ocean areas. Supported space recovery operations for Discoverer, Gemini, Apollo, and Skylab programs. Maintained aircraft at Johnson Island during atomic bomb tests in the Pacific. Search, rescue, recovery, and other missions in the area of Vandenberg Air Force Base, especially during periods of missile launches.

The unit logged more than 35,000 hours of accident free flying hours. The helicopter squadron has supported high profile rescue and fire suppression missions, including humanitarian relief in the Gulf States in the aftermath of Hurricane Katrina.

Lineage
 Constituted as the 76th Air Rescue Squadron on 17 October 1952 
 Activated on 14 November 1952
 Redesignated 76th Aerospace Rescue and Recovery Squadron on 8 January 1966
 Inactivated on 1 August 1975
 Redesignated 76th Rescue Flight on 1 April 1993 
 Activated on 1 May 1993
 Redesignated 76th Helicopter Flight on 1 May 1998
 Redesignated 76th Helicopter Squadron on 21 October 2005
 Inactivated on 31 August 2007

Assignments
 11th Air Rescue Group, 14 November 1952 (attached to Pacific Division, Military Air Transport Service)
 Air Rescue Service, 16 February 1954 (attached to Pacific Division, Military Air Transport Service to 1 July 1955, then to Far East Air Forces)
 2d Air Rescue Group, 20 Sep 1955 (attached to Far East Air Forces to c. 1 Jul 1957, then to 326th Air Division)
 Air Rescue Service (later Aerospace Rescue and Recovery Service), 24 June 1958 (attached to 326 Air Division to 8 May 1959, then to 6486th Air Base Wing until unknown date)
 Pacific Aerospace Rescue and Recovery Center (later 41st Aerospace Rescue and Recovery Wing), 1 April 1967 – 1 August 1975
 310th Operations Group, 1 May 1993
 30th Operations Group, 1 July 1993 – 31 August 2007

Stations
 Hickam Air Force Base, Hawaii, 14 November 1952 – 1 August 1975
 Vandenberg Air Force Base, California, 1 May 1993 – 31 August 2007

Aircraft

 Boeing SB-29 Superfortress (1955-1956)
 Grumman SA-16 Albatross (1956-1957, 1960-1961)
 Sikorsky SH-19 (1957-1960)
 Douglas SC-54 Skymaster (1956-1964)
 Boeing C-97 Stratofreighter (1964-1967)
 Boeing HC-97 Stratofreighter (1964-1967)
 Boeing KC-97 Stratofreighter (1964-1967)
 Lockheed HC-130 Hercules (1966-1975)
 Sikorsky HH-53 Super Jolly Green Giant (1972-1975)
 Bell UH-1 Iroquois (1993-2007)

References

Notes

Bibliography

76
Grid-Enabled Measures. Grid-Enabled Measures (GEM) is an initiative of the National Institutes of Health (NIH) National Cancer Institute (NCI). GEM is a web-based collaborative platform and database enabling researchers to exchange harmonized data about behavioral constructs, measures, and datasets.

GEM has two goals:
 "Promote use of standardized measures which are tied to theoretically based constructs" and 
 "Facilitate sharing of harmonized data resulting from the use of standardized measures".

GEM has been proposed as part of the solution to the problem of tracking constructs in electronic medical records and for control of construct proliferation.

GEM has been recognized in the academic literature as an instantiation of cyberinfrastructure for research standardization, a tool for dialogue and consensus building, a tool to facilitate use of linked data and interoperable data systems, and in case reports of expert panel measure categorizations. The GEM database, uses “web 2.0” functionality to solicit, comment, vet, and select measures from the behavioral and population science communities in open and transparent ways. Scientists are taking advantage of information sharing and collaboration made possible by networking technologies. This new phenomenon is referred to by some as Science 2.0. As Science 2.0 gains momentum in the science community, giving a glimpse of future scientific publishing and data sharing, the GEM database is distinct in that it uses these functionalities to help scientists facilitate discovery in a massively connected and participative environment.

References

External links

National Institutes of Health
Cancer research
Institutional repository software
Zhigang Suo. Zhigang Suo (; born June 15, 1963) is the Allen E. and Marilyn M. Puckett Professor of Mechanics and Materials in the Harvard School of Engineering and Applied Sciences. His research centers on the mechanical behavior of materials and structures.

Early life and education
Suo received a B.S. degree in solid mechanics from Xi'an Jiaotong University in 1985 and a Ph.D. in mechanical engineering from Harvard University in 1989, advised by John W. Hutchinson.

Career
Suo joined the faculty of the University of California at Santa Barbara, and established a research group studying the mechanics of materials and structures. The group moved to Princeton University in 1997, and to Harvard University in 2003. He studied basic processes, including fracture, deformation, polarization, and diffusion, driven by various thermodynamic forces (e.g., stress, electric field, electron wind, chemical potential). He developed applications for microelectronics, large-area electronics, soft materials, active materials, and lithium-ion batteries.

With Teng Li, Suo co-founded iMechanica, the web of mechanics and mechanicians. In 2015, iMechanica has over 20,000 registered users. He is a member of the Executive Committee (2005-2010, Chair 2010) of the Applied Mechanics Division, of the American Society of Mechanical Engineers (ASME), and is a member at large of the US National Committee on Theoretical and Applied Mechanics (2006-2012).

Suo is a recipient of the Humboldt Research Award. He won the Pi Tau Sigma Gold Medal and the Special Achievement Award for Young Investigators in Applied Mechanics, both from ASME. He received the William Prager Medal, Society of Engineering Sciences.  He is a member of the US National Academy of Engineering and the US National Academy of Sciences.

Suo is the author of many peer-reviewed articles, including "Mixed mode cracking in layered materials", (JW Hutchinson, Z Suo), Advances in applied mechanics 29 (63) and "Fracture mechanics for piezoelectric ceramics", (Z Suo, CM Kuo, DM Barnett, JR Willis), Journal of the Mechanics and Physics of Solids 40 (4).  In 2015, he contributed to the article "Syringe-injectable electronics", which was published in Nature Nanotechnology.

References

External links 
 Zhigang Suo's official homepage
 
 Zhigang Suo at the Mathematical Genealogy Project
 Google Scholar page for Zhigang Suo

1963 births
Living people
People from Xi'an
Scientists from Shaanxi
Xi'an Jiaotong University alumni
Harvard University faculty
Harvard John A. Paulson School of Engineering and Applied Sciences alumni
Members of the United States National Academy of Engineering
Members of the United States National Academy of Sciences
Chinese emigrants to the United States
American mechanical engineers
Chinese mechanical engineers
Engineers from Shaanxi
Educators from Shaanxi
Military airspace. Military airspace is any area in which military aircraft are present and participate in a variety of activities. There are many kinds of airspace.

Military operating areas
A military operations area (MOA) is a zone in which military aircraft conduct non-hazardous exercises. It is highly recommended that pilots check for information on the MOA before proceeding into the zone.

Controlled firing zones
Controlled firing zones are operated in such a way that they do not interfere with and/or pose a threat to civilian aircraft.

Alert areas
Alert areas are zones where unusual air exercises like pilot training are performed. Once again pilots are advised to contact the area prior to entering.

References

Military air traffic control
High Speed Rail (Preparation) Act 2013. The High Speed Rail (Preparation) Act 2013 (c. 31) is an act of Parliament in the United Kingdom which allows expenditure on essential preparatory work, including construction design, on Phase One and Phase Two of HS2 and all future phases of a high speed rail network. The act was the first stage in constructing High Speed 2.

The hybrid bill enabling Phase One of the project received royal assent on 3 February 2017.

References 

High-speed railway lines in the United Kingdom
United Kingdom Acts of Parliament 2013
High Speed 2
Railway Acts
Norra skenet. Norra skenet (Northern Light) is a sculpture by the artist Ernst Nordin at the Umeå University campus in Umeå in Sweden.

History
As part of the planning of the Umeå University campus, a competition for a sculpture was held 1967 and won by Ernst Nordin. Norra skenet was raised 1969 at the campus and moved to the actual location close to the University Dam in 1995, due to the construction of the Teachers' Training Hall.

The sculpture is made of polished stainless steel. Rectangular steel pipes have been welded together in a diagonal composition, resembling Aurora Borealis (Northern Lights). The structure is lit by built-in spotlights. 

Umeå University makes use of the sculpture as a symbol in its marketing.

References
 Skulpturguide Umeå, published by Västerbottens konstförening, Umeå 2005, page 162, 
 Konstvandring på Umeå universitet. En guide till konsten på campus, published by Umeå University, p. 22,  

Tourist attractions in Umeå
Outdoor sculptures in Sweden
Umeå University
Public art in Umeå
Stainless steel sculptures
1969 sculptures
Lila Tretikov. Lila Tretikov () (born Olga (Lyalya) Tretyakova, , January 25, 1978) is a Russian-American engineer and manager.

Early life and education
Tretikov was born in Moscow, Soviet Union. Her father is a mathematician, and her mother was a filmmaker. After moving to New York City at age 15, she learned English while waitressing and attended the University of California, Berkeley, but left before completing her degree. Her majors were computer science and art, and she researched machine learning.

Career
In 1999, Tretikov began working as a software engineer in California, where she co-authored several software patents and was a specialist in enterprise software.

Tretikov started her professional career at Sun Microsystems as an engineer at the Sun-Netscape Alliance, where she worked on the Java server. She then founded GrokDigital, a technology marketing company, and was later appointed chief information officer and vice president of engineering at SugarCRM Inc. In 2012, she was a Stevie Awards bronze winner in the category for "Female Executive of the YearBusiness Services11 to 2,500 EmployeesComputer Hardware & Software". She has co-authored several patents in intelligent data mapping and dynamic language applications.

Tretikov was appointed executive director of the Wikimedia Foundation in May 2014 in succession to Sue Gardner and took up the post on June 1, 2014. She had edited Wikipedia only once before her appointment. Tretikov resigned from the Wikimedia Foundation as a result of the WMF's controversial Knowledge Engine project and disagreements with the staff, with her last day being March 31, 2016. She was succeeded by Katherine Maher in March 2016.

On March 16, 2016, it was announced that Tretikov had been invited by the World Economic Forum to join its Young Global Leaders community. Tretikov is also on the boards of OpenEd and Rackspace, and joined the board of directors of Volvo Cars in March 2021. She joined Microsoft Corporation in 2018, and currently is listed as its Corporate Vice President & Deputy Chief Technology Officer.

See also
 List of Wikipedia people

Notes

References

Further reading

External links

 User:LilaTretikov, user profile on Meta-Wiki
 Lila Tretikov Discusses NSA Lawsuit, Future of Wikipedia

1978 births
21st-century American engineers
21st-century American women
American Wikimedians
American women chief executives
Articles containing video clips
Living people
Russian businesspeople in the United States
Russian emigrants to the United States
Sun Microsystems people
University of California, Berkeley alumni
Wikimedia Foundation staff members
Wikipedia people
Women nonprofit executives
Microsoft employees
KRI Malahayati. KRI Malahayati (362) is an Indonesian Navy ship named after Malahayati, a national war hero from Aceh. The ship is a missile-equipped corvette, the second ship of the .

Design
Malahayati has a length of , a beam of , a draught of  and displacement of  standard and  at full load. The ship has two shafts and was powered with CODOG-type propulsion, which were consisted of one Rolls-Royce Olympus TM-3B gas turbine with  and two MTU 16V956 TB81 diesel engines with . The ship has a top speed of . Malahayati has a complement of 89 personnel, including 11 officers.

The ship are armed with one Bofors 120 mm Automatic Gun L/46, one Bofors 40 mm Automatic Gun L/70 and two Rheinmetall Mk 20 Rh-202 autocannons. For anti-submarine warfare, the ship are equipped with one Bofors 375 mm twin anti-submarine rocket launcher and two triple Mk 32 324 mm torpedo launchers. For surface warfare, Malahayati was equipped with four Exocet MM 38 anti-ship missile launchers. Due to obsolescence, the ship never carried the missiles since early 2000s.

Mid-life upgrade
The mid-life upgrade of KRI Malahayati was awarded to a consortium consisting of Navantia and Indra in 2016. The scope of the upgrade includes the installation of Indra's Rigel ESM system, Navantia DORNA Fire Control System and Navantia CATIZ Combat Management System.

In October 2020, PT. PAL finished KRI Malahayati Mid-Life Modernization works and proceed to hand over the ship to Indonesian navy.

Service history
Malahayati was laid down on 28 July 1977 at Wilton-Fijenoord, Schiedam, Netherlands. The ship was launched on 19 June 1978 and was commissioned on 21 March 1980.

The ship, along with , , , , , , , , , , ,  and  were deployed in waters off Nusa Dua, Bali to patrol the area during 2022 G20 Bali summit on 15–16 November 2022.

References

 Jackson. Grange books. Destroyer, frigate, corvette. 2000

External links

 KRI Fatahillah on TNI-AL's (Indonesian Navy) website

Fatahillah-class corvettes
Ships built by Wilton-Fijenoord
1978 ships
Corvettes of the Cold War
Infill (disambiguation). Infill is the rededication of land in an urban environment, usually open space, to new construction.

Infill may also refer to:
 Infill (construction), the process of leveling up a depressed surface, or the material used in that process
 infill another term for the rubble used in construction of core-and-veneer walls
 Infill (geology), the sedimentary process of filling a basin or channel, or the resultant rocks 
 Infill (petrology), the creation of amygdules, or the resultant minerals
Ernst Hermann Himmler. Ernst Hermann Himmler (23 December 1905 – 2 May 1945) was a German Nazi functionary, electrical engineer and younger brother of Reichsführer-SS Heinrich Himmler.

Life
Ernst Hermann Himmler was born on 23 December 1905 in Munich, The third and youngest son of a headmaster (Oberstudiendirektor) Joseph Gebhard Himmler (born 17 May 1865 in Lindau; died 29 October 1936 in Munich), and Anna Maria Heyder (born 16 January 1866 in Bregenz; died 10 September 1941 in Munich). His siblings were Heinrich Himmler (born 7 October 1900 in Munich; died 23 May 1945 in Lüneburg) and Gebhard Ludwig Himmler (born 29 July 1898 in Munich; died 1982 in Munich).

Ernst Himmler completed his university course in electrical engineering in 1928.  He joined the Nazi Party on 1 November 1931 (member no. 676,777).  In 1933, he joined the SS, and, with Heinrich's help, he got a job with the Berlin radio.  He quickly became director within the Reich broadcasting organization.  On several occasions, Ernst supplied Heinrich with internal information from the broadcasting world.  He ultimately reached the rank of SS-Sturmbannführer in 1939.  Ernst Himmler was killed in action serving with the Volkssturm during fierce fighting in the Battle of Berlin.

Ernst Himmler was the grandfather of author Katrin Himmler.

References

Bibliography
 
 

1905 births
1945 deaths
Ernst Hermann
German people of Austrian descent
German electrical engineers
Technical University of Munich alumni
SS-Sturmbannführer
Engineers from Munich
Volkssturm personnel killed in action
General purpose analog computer. The general purpose analog computer (GPAC) is a mathematical model of analog computers first introduced in 1941 by Claude Shannon. This model consists of circuits where several basic units are interconnected in order to compute some function. The GPAC can be implemented in practice through the use of mechanical devices or analog electronics. Although analog computers have fallen almost into oblivion due to emergence of the digital computer, the GPAC has recently been studied as a way to provide evidence for the physical Church–Turing thesis. This is because the GPAC is also known to model a large class of dynamical systems defined with ordinary differential equations, which appear frequently in the context of physics. In particular it was shown in 2007 that (a deterministic variant of) the GPAC is equivalent, in computability terms, to Turing machines, thereby proving the physical Church–Turing thesis for the class of systems modelled by the GPAC.
This was recently strengthened to polynomial time equivalence.

Definition and history 

The General Purpose Analog Computer was originally introduced by Claude Shannon. This model came as a result of his work on Vannevar Bush's differential analyzer, an early analog computer. Shannon defined the GPAC as an analog circuit consisting of five types of units: adders (which add their inputs), multipliers (which multiply their inputs), integrators, constant units (which always output the value 1), and constant multipliers (which always multiply their input by a fixed constant k). More recently, and for simplicity, the GPAC has instead been defined using the equivalent four types of units: adders, multipliers, integrators and real constant units (which always output the value k, for some fixed real number k).

In his original paper, Shannon presented a result which stated that functions computable by the GPAC are those functions which are differentially algebraic.

See also 

 Universal differential equation
 Blum–Shub–Smale machine

References

External links 

 The Analog Thing: An open-source analog computer

Analog computers
DHMakerBus. The MakerBus, also known as the DHMakerBus, is a mobile makerspace and technology education classroom in London, Ontario. The MakerBus claims to be the first of its kind in Canada.

History 

The MakerBus was founded in 2013 by Beth Compton, Kim Martin, and Ryan Hunt. The bus was created for two purposes. First, it was intended to be used to take attendees of the Digital Humanities 2013 Conference from Southern Ontario and Michigan to the conference in Lincoln, Nebraska. Second, the MakerBus was created to help provide greater access to technology, making, and education to the London/Middlesex region.
To raise money for the project, then called the "DHMakerBus," an Indiegogo crowd-funding campaign was launched on April 8, 2013 with a funding goal of $10,000. At the end of the two-month funding window, the DHMakerBus received $2,856 in community funding. With this funding the MakerBus team purchased a used school bus.

Activities 

The MakerBus team seeks to promote access to technology and education in the London/Middlesex region. In the first year of its operation the MakerBus worked with community partners to create pop-up educational events that promoted non-traditional uses of technology.
The MakerBus has worked with a number of educational partners in London, like Literacy Link South Central, the London Public Libraries, and the Western Fair.

Projects 

To date the largest project undertaken by the MakerBus is the MAKE London Wearable Technology and Made Clothing Fashion Show. This event was held in partnership with Museum London and saw homemade clothing designers from around Southern Ontario come together to create a fashion show that celebrated the fashion and technology.
Other projects include an ongoing partnership with Literacy Link South Central (a part of the Ontario Literacy Network) to create classes that focus on improving adult digital literacy skills. Past examples of these classes include using quadcopters as a teaching tool for math skills and using the MakeyMakey to build confidence in adult learners.
The MakerBus team has held community events in London to raise awareness of the maker movement like the MAKE London Day of Making that brought together local makers and members of the general public.

Partners 

The MakerBus works with a variety of partners in London, ON. Partners include:

Literacy Link South Central
London Public Libraries
Thames Valley District School Board
Bread and Roses Books
Ontario Library Association

References 

Hackerspaces
La Gabelle generating station. The La Gabelle generating station is a hydroelectric dam built on the Saint-Maurice River, in Quebec, in Canada. Property of Hydro-Québec, it was commissioned in 1924 with the first four generating units, in addition a fifth in 1931.

The dam is concrete-gravity type and has a holding capacity of 900 000 cubic meters of water. Integrating a hydroelectric plant, the dam is located on the lower falls ( in height) harvested on the Saint-Maurice River.

Geography 
This power plant is the first (most downstream) of the nine hydroelectric operating plant on the river. This hydropower plant is located on the border between Saint-Étienne-des-Grès (row 1, west side of the river) and Notre-Dame-du-Mont-Carmel ("rang des grais", East side of the river). This power plant was erected at  upstream of the mouth of Saint-Maurice River and  downstream of the power plants Shawinigan- 2 and Shawinigan- 3.

The Route Verte ("Green route" in English) (bike and pedestrian lane) no. 4 which pass through this dam of the Saint-Maurice River is used to connect the two communities.

The "rivière Cachée" (hidden river) in Notre-Dame-du-Mont-Carmel flows west and empties through the east bank of Saint-Maurice River 0.75 km upstream of the dam.

Toponymy 
During the French regime in "Nouvelle-France", the French toponym "La Gabelle" designates a place around the falls. At this height on the Saint-Maurice River, travelers should do a portage to go upstream of the rapids. This place was a necessary stop which was favorable for trade between natives and French Canadians. A rail stop named "La Gabelle" was arranged nearby.

According to Napoleon Caron, "La Gabelle" was once a site for well attended deals: Indians descended from the North with their furs. The French went up to the first major rapids with their goods in order to trade. There was a great trade, the Government had to collect taxes there, hence the name Gabelle... "

Given its distinctive architecture, the hydroelectric plant was chosen to illustrate a Canadian postage stamp in 1946.

The names "Barrage de La Gabelle" (La Gabelle dam) et "Centrale de La Gabelle" (La Gabelle Power Plant) were recorded September 18, 2002 the Bank of place names in Commission de toponymie du Québec (Geographical Names Board of Québec).

See also 

 Maskinongé Regional County Municipality
 Les Chenaux Regional County Municipality

References

External links 
 Dam of La Gabelle
 La Gabelle

Dams completed in 1924
Energy infrastructure completed in 1924
Energy infrastructure completed in 1931
Dams in Quebec
Buildings and structures in Mauricie