omniomni/omni-engineering huggingface dataset:
AMS Device Manager. AMS Device Manager is plant asset management software from Asset Optimization (a business unit of Emerson Automation Solutions).  It provides a single application for predictive diagnostics, documentation, calibration management, and device configuration for managing field instruments and digital valve controllers.

AMS Device Manager is based on open communication standards, and is a core component of the Plantweb digital plant architecture.

Common uses
AMS Device Manager is used in chemical, food & beverage, life sciences, LNG, pulp & paper, refining, and water & wastewater companies. It is used to increase quality, throughput, and availability, while reducing costs around operations & maintenance, safety, health & environment, In addition, AMS Device Manager facilitates plants and mills to startup faster and deliver a significant return on investment.

Communication
AMS Device Manager supports digital instrument inputs and outputs; FOUNDATION fieldbus, HART,  PROFIBUS DP,  PROFIBUS PA, and WirelessHART.

References

External links
Emerson Process Management
Plantweb
AMS Suite
AMS Device Manager

Business software
Asset management
Loginventory. LOGINventory is an agentless network inventory tool written by Schmidt's LOGIN GmbH. LOGINventory is compatible with Vista, Windows 7, Windows 8, Windows 10, Windows Server 2008 and Windows Server 2012 including 64Bit versions.

Functionality
LOGINventory collects the data of all networked Windows computers as well as the information of other SNMP-capable devices. Among these are print servers, hubs, routers, switches, Linux and Mac computers. LOGINventory works agentless by using the existings APIs and is integrated into Microsoft Management Console

History
The tool hit the market with version 3 in January 2002. Since then it was continuously improved and is available in English and German languages. In March 2016 LOGINventory7 was launched. Version 7 was especially developed with regards to inventory virtualized infrastructures.

Licensing
LOGINventory is free for up to 20 PCs. Commercial versions are available for networks with more than 20 assets.

References
 Review on TechWorld
 Review on Download.com

External links
 Official website of LOGINventory
 Support Forum (English/German)

Internet Protocol based network software
System administration
Glider Rider. Glider Rider is an isometric action-adventure game published by Quicksilva in 1986 for the ZX Spectrum, Commodore 64, and Amstrad CPC. The music was composed by David Whittaker.

Plot 
The criminal Abraxas Corporation must be destroyed. An agent has been sent to their artificial island to bomb the ten reactors that power their base. To complete the mission he has been given a supply of grenades and a motorcycle capable of transformation into a hang glider.

Gameplay 
The player must destroy the reactors on the island by dropping grenades on them. The reactors are defended by laser gun towers which can be temporarily disabled by disrupting their control towers.

The player's character rides a machine which is a combination motorcycle and hang glider. By driving down a mountainside and suddenly reversing direction, the player can take to the air. He can fly in any direction, or lose height, but cannot climb higher. There are many mountains on the island to help him achieve flight. To destroy a reactor he must fly over it dropping grenades.

On touching ground the motorcycle is restored. If the player falls in the sea he will be eaten by sharks.

Reception

Sinclair User:"... it has the best sound ever heard on a Spectrum. Let's be honest, whilst Spectrum games are often the most original and inventive, sometimes most of us envy just a little the three-channel funk music possible on the Commodore. Envy no more, the continuous soundtrack on Glider Rider is as funky and exciting as anything you've heard - hardened Sinclair users in the office rose as one from their seats to stare at the TV - surely it couldn't be! Not only a get-on-down soundtrack but digitised effects as well, including a remarkable ring-modulated bell sound at the end of the game.".
In a 1986 review, Your Sinclair said that "Glider Rider is a bit like the island it's set on. Looks good from a distance, lacks real depth."

References

External links 

1986 video games
Action-adventure games
Amstrad CPC games
Binary Design games
Commodore 64 games
Quicksilva games
Single-player video games
Video games developed in the United Kingdom
Video games scored by David Whittaker
Video games with isometric graphics
ZX Spectrum games
John W. Keys. John Walton Keys III (March 25, 1942 – May 30, 2008) was the Commissioner of the United States Bureau of Reclamation from 2001 to 2006. He was also a college football official for 20 years in the Big Sky Conference.

Early life and education 
Keys graduated from high school in Sheffield, Alabama. He then received a bachelor's degree in civil engineering from the Georgia Institute of Technology in 1964 and a master's degree in civil engineering from Brigham Young University in 1971. Keys also did further studies at Colorado State University.

Career 
Keys first began working with the Bureau of Reclamation as a civil and hydraulic engineer in 1964. In 1986, he was appointed the Northwest Regional Director, overseeing operations in Washington state, Oregon, Idaho, and parts of Montana and Wyoming. He retired from that position in 1998. For the next three years, Keys spent most of his time flying his personal aircraft for humanitarian purposes. He returned to the bureau when he was confirmed as commissioner in July 2001. Keys left the position of commissioner in 2006, but was at times consulted by his successor, Bob Johnson.

Keys was an American football official for 40 years, including 20 years officiating college football games in the Big Sky Conference. He was the referee of the 1998 NCAA Division I-AA Football Championship Game between UMass and Georgia Southern.

Keys died on May 30, 2008, when the Cessna 172 he was piloting crashed in the Four Corners area. He was a resident of Moab, Utah, at the time of his death.

Legacy 
In May 2009, the John W. Keys III Pump-Generating Power Plant at the Grand Coulee Dam was named in honor of Keys' service.

References

External links 
Biography at the Bureau of Reclamation website

1941 births
2008 deaths
People from Sheffield, Alabama
Georgia Tech alumni
Brigham Young University alumni
People from Moab, Utah
George W. Bush administration personnel
Aviators killed in aviation accidents or incidents in the United States
College football officials
Victims of aviation accidents or incidents in 2008
MCU 8051 IDE. MCU 8051 IDE is a free software integrated development environment for microcontrollers based on the 8051. MCU 8051 IDE has a built-in simulator not only for the MCU itself, but also LCD displays and simple LED outputs as well as button inputs. It supports two programming languages: C (using SDCC) and assembly and runs on both Windows and Unix-based operating systems, such as FreeBSD and Linux.

Features 
 MCU simulator with many debugging features: register status, step by step, interrupt viewer, external memory viewer, code memory viewer, etc.
 Simulator for certain electronic peripherals like LEDs, LED displays, LED matrices, LCD displays, etc.
 Support for C language
 Native macro-assembler
 Support for ASEM-51 and other assemblers
 Advanced text editor with syntax highlighting and validation
 Support for vim and nano embedded in the IDE
 Simple hardware programmer for certain AT89Sxx MCUs
 Scientific calculator: time delay calculation and code generation, base converter, etc.
 Hexadecimal editor

Supported MCUs 
The current version 1.4 supports many microcontrollers including:
 * 8051
 * 80C51
 * 8052
 * AT89C2051
 * AT89C4051
 * AT89C51
 * AT89C51RC
 * AT89C52
 * AT89C55WD
 * AT89LV51
 * AT89LV52
 * AT89LV55
 * AT89S52
 * AT89LS51
 * AT89LS52
 * AT89S8253
 * AT89S2051
 * AT89S4051
 * T87C5101
 * T83C5101
 * T83C5102
 * TS80C32X2
 * TS80C52X2
 * TS87C52X2
 * AT80C32X2
 * AT80C52X2
 * AT87C52X2
 * AT80C54X2
 * AT80C58X2
 * AT87C54X2
 * AT87C58X2
 * TS80C54X2
 * TS80C58X2
 * TS87C54X2
 * TS87C58X2
 * TS80C31X2
 * AT80C31X2
 * 8031
 * 8751
 * 8032
 * 8752
 * 80C31
 * 87C51
 * 80C52
 * 87C52
 * 80C32
 * 80C54
 * 87C54
 * 80C58
 * 87C58

See also 
 8051 information
 Assembly language
 C language

External links 
 
 Paul's 8051 Tools, Projects and Free Code
 ASEM-51
 SDCC

Free integrated development environments
Embedded systems
Royal Aircraft Factory F.E.9. The Royal Aircraft Factory F.E.9 was a prototype British two-seat fighter-reconnaissance aircraft of the First World War. A single-engined pusher biplane of 1917, the F.E.9 had poor performance and handling, and only three were built.

Development and design
In summer 1916, the Royal Aircraft Factory set out to design a replacement for its F.E.2 two-seat pusher fighter.  Although effective gun synchronising gear was now available, which would allow a tractor design with superior performance to be designed, the factory chose to continue the pusher layout of the F.E.2 in its new two-seat fighter, the F.E.9. Its nacelle extended well forward of the wings and was located high up in the wing gap to give a good field of fire for the observer, who was seated in the nose, ahead of the pilot, with dual controls fitted. It had unequal span, single-bay wings, with ailerons on the upper wing only with large horn balances (the amount of control surface forward of the hinge). It was powered by a 200 hp (149 kW) Hispano-Suiza 8 V8 engine, with the Royal Aircraft Factory having priority for this important and widely used engine.

Three prototypes and 24 production aircraft were ordered, with the first of three prototypes flying in April 1917. It was found to have a poor climb performance and handling, with the ailerons being overbalanced, which tended to force the aircraft onto its back in steep turns.  To try to solve its handling problems it was fitted with various designs of aileron and rudders.

After service trials of the first prototype in France, Major General Hugh Trenchard recommended that development be stopped, despite this the second prototype flew in October 1917, with two-bay wings, which was passed to No. 78 Squadron based at Biggin Hill in the Home Defence role.  The third prototype appeared in November 1917, and was used for trials at Farnborough until early 1918.

Although the 24 production aircraft were not completed, the F.E.9 did form the basis for the later N.E.1 night fighter and A.E.3 Ram ground attack aircraft.

Operators

Royal Flying Corps
No. 78 Squadron RFC

Specifications (final layout)

See also

References

Notes

Bibliography

Bruce, J. M. British Aeroplanes 1914-18. London:Putnam, 1957.
Bruce, J. M. War Planes of the First World War: Volume Two Fighters. London:Macdonald, 1968. .
Mason, Francis K. The British Fighter since 1912. Annapolis, Maryland, USA:Naval Institute Press, 1992. .

1910s British fighter aircraft
FE09
Sesquiplanes
Aircraft first flown in 1917
RNS Institute of Technology. RNS Institute of Technology is a private engineering college and is located in Bangalore, India. The college is autonomous and is affiliated to Visvesvaraya Technological University. It is approved by AICTE, accredited by NBA and NAAC with 'A+' grade, i.e., a score of 3.1/7 (3.3 or above - A++). Rama Nagappa Shetty Institute of Technology (RNSIT) established in the year 2001, is the brain-child of the Group Chairman, Dr. R. N. Shetty.

Founded by a great visionary Dr. R N Shetty, a renowned name in the industries viz construction, manufacturing, hotel, automobile, power & IT services, and education, RNSIT has been scripting history in the field of technical education. Right from its inception in the year 2001, the institution is showing growth with respect to academics, placements, sports and cultural activities; 9 UG engineering branches, 4 PG courses and 9 R&D centres.

Affiliation and accreditation
All the courses offered by  RNSIT are  affiliated to Visvesvaraya Technological University (VTU), Belagavi & approved by All India Council for Technical Education (AICTE).

Computer Science Engineering (CSE), Information Science Engineering (ISE), Electronics and Communications Engineering (ECE), Electrical and Electronics Engineering (EEE) and Electrical and Instrumentation Engineering (EIE) programs offered by RNSIT are accredited by National Board of Accreditation (NBA) and the College is accredited by the National Assessment and Accreditation Council (NAAC).

Like all higher education institutes in India, RNSIT is recognised by the University Grants Commission (UGC). RNSIT is also approved by the All India Council for Technical Education (AICTE) and some courses are accredited by the National Board of Accreditation (NBA). It is also accredited by the National Assessment and Accreditation Council (NAAC) with a A+ Grade.

See also
 List of colleges affiliated to Visvesvaraya Technological University

References 

Engineering colleges in Bengaluru
All India Council for Technical Education
Affiliates of Visvesvaraya Technological University
Post-Tensioning Institute. The Post-Tensioning Institute (PTI) is an American nonprofit organization committed to advancing the quality, safety, efficiency, profitability, and use of post-tensioning systems. PTI's manuals and technical guides are designed to provide guidance on the design, construction, maintenance, and repair/rehabilitation of post-tensioned concrete structures. In addition , PTI aims to ensure that specifiers and purchasers of post-tensioning materials receive best products and services that meet a standard of quality through its plant and field personnel certification programs. Members of the Institute include major post-tensioning companies, as well as more than 500 professional members, engineers, architects, and contractors from around the globe.

History
PTI was founded in .  Members of the Institute include major post-tensioning materials fabricators. Material manufacturers for prestressing, and companies supplying materials, services, and equipment used in post-tensioned construction.  Additionally, members include professional engineers, architects and contractors.

Technical committees
The Technical Advisory Board reviews and oversees all technical activities of the Institute, including education and certification.
 Barrier Cable
 Bonded Tendon
 Bridges
 Building Design
 Cable-Stayed Bridges
 Grouting
 Rock and Soil Anchors
 Repair, Rehabilitation, and Strengthening
 Slab-on-Ground
 Unbonded Tendon

References
 "Post-Tensioning Institute website", Post-Tensioning Institute.

Trade associations based in the United States
CISQ. The Consortium for IT Software Quality (CISQ) is an IT industry group comprising IT executives from the Global 2000, systems integrators, outsourced service providers, and software technology vendors committed to making improvements in the quality of IT application software.

Overview 
Jointly organized by the Software Engineering Institute (SEI) at Carnegie Mellon University and the Object Management Group (OMG), CISQ is designed to be a neutral forum in which customers and suppliers of IT application software can develop an industry-wide agenda of actions for defining, measuring, and improving IT software quality.

History 
CISQ was launched in August 2009 by 24 founders including SEI and OMG.
The founders of CISQ are Paul D. Nielsen, Director and CEO of SEI and Richard Mark Soley, Chairman and CEO of OMG. Bill Curtis, the co-author of the CMM framework is CISQ's first Director. Software measurement and productivity expert Capers Jones is a CISQ Distinguished Advisor.

In September 2012, CISQ published its standard measures for evaluating and benchmarking the reliability, security, performance efficiency, and maintainability of IT software.

In January 2013, OMG adopted Automated Function Point specifications.

In May 2013 CISQ reached 500 members.

In December 2013, WIPRO become the fourth major sponsor to join the list of industry participants investing in the completion and adoption of CISQ standards in the IT industry.

See also 

 ISO/IEC 9126

References

External links 
 

Software quality
Sweevo's World. Sweevo's World is an isometric 3D arcade adventure game released by Gargoyle Games in 1986 for the ZX Spectrum and Amstrad CPC. An enhanced version for the Spectrum 128K was also released, titled Sweevo's Whirled. The game was followed by a sequel, Hydrofool.

The game was partially inspired by the Laurel and Hardy films, with Sweevo modelled on Stan Laurel.

Plot
The artificial planetoid Knutz Folly has been overrun by the bizarre genetic experiments of the mad Baron Knutz. It's up to the robot SWEEVO (Self Willed Extreme Environment Vocational Organism) to clean the place up and thereby achieve Active Status.

Gameplay
Sweevo must find and destroy the malfunctioning Waste Ingestion and Janitor Units ("Wijus") that are supposed to keep Knutz Folly clean, while avoiding various hostile creatures and structures. Among the other characters inhabiting Knutz Folly are the Goose Which Laid The Golden Erg (sic), the Horrible Little Girls ("Minxes"), and the Goose-Stepping Dictators. "Brownies" may be collected for additional brownie points.

Sweevo cannot jump and must rely on elevators to climb obstacles. He is not armed but can kill enemies by dropping objects on them or manoeuvring them into traps.

Reception

Sweevo's World received positive reception from video game journalists.

References

External links 

1986 video games
Action-adventure games
Amstrad CPC games
Gargoyle Games games
Single-player video games
Video games developed in the United Kingdom
Video games with isometric graphics
ZX Spectrum games
Hybricon Corporation. Hybricon Corporation is a provider of systems packaging serving the military, aerospace, homeland security, medical and high-end Industrial markets and develops embedded computing systems using OpenVPX, VPX, VXS, VMEbus, VME64X, CompactPCI, rugged MicroTCA, and custom bus structures.

History
Charles Michael Hayward, who was born in Argentina in 1928, started a consulting business in his basement in 1976, and incorporated as Hybricon Corporation in 1978 as business grew.
They were originally located in Littleton, Massachusetts, and sold wire wrap products by 1979.
In September 2000, Paul R. Freve was appointed as president, after Hayward served for 22 years.

Hybricon is a member of the PCI Industrial Computer Manufacturers Group (PICMG) through 2008, VMEbus International Trade Association (VITA), and member of the OpenVPX Industry Working Standards Group when it formed in 2009.  Hybricon along with Curtiss-Wright were the first to demonstrate a live OpenVPX System at the trade show Milcom  in Boston in October 2009.  The system included an OpenVPX backplane in a Hybricon SFF-4 Small Form Factor conduction-cooled chassis with Curtiss-Wright Control small form factor 3U cards.

In 2010, Curtiss-Wright Controls Electronic Systems acquired Hybricon for $19 million in cash.
At the time it was based in Ayer, Massachusetts. It became the engineered packaging business unit.
Hybricon was estimated to have $17 million per year in sales at the time.
By the end of 2010. it announced a thermal management technology called CoolWall.

In 2015, Atrenne Integrated Solutions acquired the assets of Hybricon from Curtiss-Wright.
Based in Minneapolis, Atrenne was formed in 2014 from a merger of AbelConn Electronics, CBT Technology, Photo Etch, and SIE Computing Solutions. It was led by Jan Erik Mathiesen at the time.
In April, 2018, Toronto-based Celestica acquired Atrenne, after announcing the agreement in January.

See also
List of United States defense contractors
Systems integrator
Government contractor

References

1976 establishments in Massachusetts
2010 disestablishments in Massachusetts
American companies established in 1976
American companies disestablished in 2010
Computer companies established in 1976
Computer companies disestablished in 2010
Computer enclosure companies
Former defense companies of the United States
Defunct companies based in Massachusetts
Defunct computer companies of the United States
Defunct computer hardware companies
Arms industry
Military technology
Systems engineering
3D floor plan. A 3D floor plan, or 3D floorplan, is a virtual model of a building floor plan, depicted from a birds eye view, utilized within the building industry to better convey architectural plans. Usually built to scale, a 3D floor plan must include walls and a floor and typically includes exterior wall fenestrations, windows, and doorways. It does not include a ceiling so as not to obstruct the view. Other common attributes may be added, but are not required, such as cabinets, flooring, bathroom fixtures, paint color, wall tile, and other interior finishes. Furniture may be added to assist in communicating proper home staging and interior design.

Purpose  

3D floor plans assist real estate marketers and architects in explaining floor plans to clients. Their simplicity allows individuals unfamiliar with conventional floor plans to understand difficult architectural concepts. This allows architects and homeowners to literally see design elements prior to construction and alter design elements during the design phase. 3D floorplans are often commissioned by architects, builders, hotels, universities, real estate agents, and property owners to assist in relating their floor plans to clients.

Construction 

A 3D floor plan is built utilizing 3D rendering software, the same type of software used to create major animated motion pictures. Through complex lighting, staging, camera, and rendering techniques 3D floor plans appear to be real photographs rather than digital representations of the buildings after which they are modeled. It is also the presentation of building floor-plan in an advanced manner, bringing it to real life views.

Technology 

WebGL allows many companies to provide their users with unique 3D experiences right in their web browser. In addition, since 2014, WebVR helps make Virtual Reality experiences accessible to wider audiences. 3D floor plans can now be visited via Google Cardboard or various VR headsets. Due to the increasing popularity of VR content, many real estate professionals (real estate firms, developers, online platforms) are turning to 3D models of spaces to improve their marketing efforts.

See also 

 Floor plan
 Plan (drawing)
 3D rendering
 Virtual tour
 Home staging
 Computer-aided design (CAD)
 WebVR
 WebGL
 magicplan

References

External links 
 3D Floorplans & New York Real Estate - NY Times 

Computer-aided design
Real estate industry