omniomni/omni-engineering huggingface dataset:
Solidum Systems. Solidum Systems was a fabless semiconductor company founded by Feliks Welfeld and Misha Nossik in Ottawa, Ontario Canada in 1997. The company developed a series of rule-based network classification semiconductor devices. Some of their devices could be found in systems which supported 10 Gbit/s interfaces.

Solidum was acquired in October 2002 by Integrated Device Technology. IDT closed the Ottawa offices supporting the product in March 2009.

Misha Nossik was also the second chairman of the Network Processing Forum. The NPF also released the Look-Aside Interface which is an important specification for Network Search Elements such as Solidum's devices.

Products

Solidum produced a set of Traffic Classification devices called the PAX.port 1100, PAX.port 1200, and PAX.port 2500

The classifier chips were used in Network Switches and Load Balancers.

External links
  Packet Description Language introduced Archived
  1999 Packet Processing introduction Archived
  2001 2nd round financing
  2002 NPF names Misha Nossik Chairman

Companies established in 1997
Defunct networking companies
Fabless semiconductor companies
Companies based in Ottawa
Semiconductor companies of Canada
Defunct computer companies of Canada
Defunct computer hardware companies
Green River Ordnance Plant. The Green River Ordnance Plant, also known as the Green River Arsenal, was a large munitions factory complex between Dixon and Amboy in Lee County, Illinois.

History
It was rapidly constructed in 1942 and just as quickly shut down in 1945. Stewart-Warner Corporation operated the complex to produce rocket-propelled bazooka ammunition, artillery shells, naval shells, bombs, rifle grenades, fuses and rockets for use during World War II. 

It lies on the south side of U.S. Highway 30.

The plant is also known as the place where modern duct tape was invented by Vesta Stoudt

See also
Rock Island Arsenal
Joliet Army Ammunition Plant
Sangamon Ordnance Plant
Lake City Army Ammunition Plant

External links
Illinois EPA Article
Ammunition Online Store
Lincoln Highway Pictures

Buildings and structures in Lee County, Illinois
Ammunition manufacturers
United States Army arsenals
United States Army arsenals during World War II
Military installations in Illinois
Anti-personnel obstacle breaching system. The anti-personnel obstacle breaching system (APOBS) is an explosive line charge system that allows safe breaching through complex antipersonnel obstacles, particularly fields of land mines. The APOBS is a joint DOD program for the U.S. Army and the United States Marine Corps.

History
The anti-personnel obstacle breaching system originated as an operational requirements document published by the US Army Engineer School, Fort Leonard Wood, MO.  The joint requirements document was signed by the Army and the Marines in April 1994.  The system was developed by the United States Army Research, Development and Engineering Command – Armament Research, Development and Engineering Center (RDECOM-ARDEC), Picatinny Arsenal, New Jersey, and produced by Ensign-Bickford Aerospace and Defense.  During preliminary test and evaluation, the original explosive grenade attachment scheme proved inadequate, resulting in program delay and the Naval Surface Warfare Center sponsoring a complete line-charge analysis and manufacturing redesign.  The subsequently proposed and highly successful woven nylon over-wrap is currently employed on the Mk 7 Mod 1, fielded in 2002, and the Mod 2 fielded in 2006.

Use

The APOBS is used to conduct deliberate or hasty breaches through enemy antipersonnel minefields and multi-strand wire obstacles. It is light enough to be carried by two soldiers with backpacks and can be deployed within two minutes.

Once set in place, the APOBS rocket is fired from a 35-meter standoff position, sending the line charge with fragmentation grenades over a minefield or wire obstacle. The grenades neutralize or clear the mines and sever the wire, clearing a 45-meter-long footpath for troops.

The APOBS replaces the Bangalore torpedo, which is heavier when all sections are used together, takes significantly longer to set up, and cannot be deployed from a standoff position. It reduces the number of soldiers required to carry and employ the system to two, as opposed to as many as 12 for a Bangalore torpedo using all sections.

The 125-pound system includes these features:
Delay and command firing modes
Deployable within 90 seconds 
Deployable from a 35-meter standoff 
Clears antipersonnel mines and complex wire obstacles
Clears a footpath up to 1 meter by 45 meters

As a certified insensitive munition, the APOBS is safe to employ and transport.

Current usage

The U.S. Army and U.S. Marine Corps have used the APOBS to clear improvised explosive devices in southern Afghanistan.

See also
 Giant Viper – a vehicle-launched mine clearance system
 Mine-clearing line charge

References

External links
Demonstration video from Nammo
APOBS @ Global Security
Picatinny Arsenal Products – Countermines
APOBS Mk 7 Mod 2 Presentation
EBA-D

Mine warfare countermeasures
Anti-fortification weapons
Military equipment introduced in the 2000s
Journal of Fluid Mechanics. The Journal of Fluid Mechanics is a peer-reviewed scientific journal in the field of fluid mechanics. It publishes original work on theoretical, computational, and experimental aspects of the subject.

The journal is published by Cambridge University Press and retains a strong association with the University of Cambridge, in particular the Department of Applied Mathematics and Theoretical Physics (DAMTP). Until January 2020, volumes were published twice a month in a single-column B5 format, but the publication is now online-only with the same frequency.

The journal was established in 1956 by George Batchelor, who remained the editor-in-chief for some forty years. He started out as the sole editor, but later a team of associate editors provided assistance in arranging the review of articles. Detlef Lohse is the author who has most papers (169 times) appeared in this journal.

Editors 
The following people have been editor (later, editor in chief) of the Journal of Fluid Mechanics:
 1956–1996: George Batchelor (DAMTP)
 1966–1983: Keith Moffatt (DAMTP)
 1996–2000: David Crighton (DAMTP)
 2000–2006: Tim Pedley (DAMTP)
 2000–2010: Stephen H. Davis (Northwestern University)
 2007–2022: Grae Worster (DAMTP)
 2022–present: Colm-cille P. Caulfield (DAMTP)

See also
 List of fluid mechanics journals

References

Further reading 
 
 
 
 Huppert, H. E. (2006). 50 Years of Impact of JFM.

External links 
 

Engineering education in the United Kingdom
Fluid dynamics journals
Academic journals established in 1956
Cambridge University Press academic journals
Biweekly journals
English-language journals
Cambridge University academic journals
Dust abatement. Dust abatement refers to the process of inhibiting the creation of excess soil dust, a pollutant that contributes to excess levels of particulate matter.

Frequently employed by local governments of arid climates such as those in the Southwest United States, dust abatement procedures may also be required in private construction as a condition of obtaining a building permit.  Dust control is most commonly used in vineyards, orchards and logging roads.

Dust abatement methods generally fall into four categories. The first two are petroleum-based products, such as emulsified asphalts, but they are considered environmentally hazardous, according to the report. The third category includes such non-petroleum products as lignosulfates, which are a byproduct of the wood pulping industry, but they tend to leach and run off during heavy rains, giving off odors and staining soil. Magnesium chloride, a byproduct salt production, is a certified organic product that is the most environmentally friendly. Praedium sells Dustoff. The fourth category, synthetic polymers, are generally stable, durable, do not leach or give off appreciable odors, and have proven to be the most environmentally friendly.

Abatement oil (an organic, lubricating and penetrating oil) is most commonly used to remove debris such as dust and asbestos. Application of this product is normally done by lathering onto the surface and then removing with a clean dry cloth.

See also
Air pollution

References

Air pollution
Carl Norden. Carl Lucas Norden (April 23, 1880 – June 14, 1965), born Carel Lucas van Norden, was a Dutch-American engineer who invented the Norden bombsight.

Biography 
Norden was born in Semarang, Java. After attending a boarding school in Barneveld, Netherlands, he was educated at the ETH Zürich in Switzerland and then emigrated to the United States in 1904.

Along with Elmer Sperry, Norden worked on the first gyrostabilizers for United States ships, and became recognized for his contributions to military hardware. In 1913, he left Sperry to form his own company. In 1920, he began work on the Norden bombsight for the United States Navy. A prototype was available by 1923 and the first bombsight, containing an analog computer, was produced in 1927. Bombardiers were trained in great secrecy on how to use it.  The device was used to drop bombs from high-altitude aircraft, accurately enough in practice to hit a 100-foot (30 m) circle from an altitude of 21,000 feet (6,400 m), but this accuracy was never achieved in combat.

Norden died in Zürich, Switzerland on June 14 1965.

Legacy 
Norden was inducted into the US National Aviation Hall of Fame in July 1994. His work on inventing the Norden bombsight was featured in Malcolm Gladwell's book The Bomber Mafia.

References

External links
Biography at Norden Retirees Club
Stephen L. McFarland: America's Pursuit of Precision Bombing 1910-1945.  Smithsonian Press 1995

1880 births
1965 deaths
20th-century American engineers
20th-century American inventors
20th-century Dutch inventors
20th-century Dutch engineers
Dutch emigrants to the United States
ETH Zurich alumni
National Aviation Hall of Fame inductees
20th-century Dutch East Indies people
People from Semarang
Granulation (disambiguation). Granulation is the process of forming grains or pellets from a powdery or solid (granular) material

Granulation can also refer to:

Granulation tissue, a product of healing in major wounds
Granulation (jewellery), small spheres of precious metal fused to a base piece

See also
 Film granularity
 Granularity
 Granularity (parallel computing)
 Granular cheese
 Granular convection
 Granular material
 Granular synthesis of sound
 Granule (disambiguation)
 Granulometry (disambiguation)
Ralegan Siddhi. Ralegan Siddhi is a village in Parner taluka of Ahmednagar District, in the Indian state of Maharashtra. Located 87 km from Pune, the village has an area of 982.31 ha (1991). It is considered a model of environmental conservation. The village has carried out programs like tree planting, terracing to reduce soil erosion and digging canals to retain rainwater. For energy, the village uses solar power, biogas (some generated from the community toilet) and a windmill.
The project is heralded as a sustainable model of a village republic.

The village's biggest accomplishment is in its use of renewable sources for energy. For example, each streetlight in the village has a separate solar panel. The village is headed by a Sarpanch who is the chief of the Gram panchayat (village panchayat).

Demographics
In 2001, the village had 394 households with a total population of 2306 (1265 males and 1041 females).

Watershed development
In 1975 the village was afflicted by drought, poverty prevailed, and trade in illicit liquor was widespread. The village tank could not hold water as the embankment dam wall leaked. Work began with the percolation tank construction. Anna Hazare encouraged the villagers to donate their labour to repair the embankment. Once this was fixed, the seven wells below filled with water in the summer for the first time in memory.

Now the village has water year round, as well as a grain bank, a milk bank, and a school. There is no longer any poverty.

Model village
The World Bank Group has concluded that the village of Ralegan Siddhi was transformed from a highly degraded village ecosystem in a semi-arid region of extreme poverty to one of the richest in the country. The Ralegan Siddhi example, now 25 years old, by demonstrating that it is possible to rebuild natural capital in partnership with the local economy, is a model for the rest of the country.

Anna Hazare
Indian social activist Anna Hazare, leader of the village, is accredited in helping in the development of the village. He was awarded the Padma Bhushan—the third-highest civilian award—by the Government of India in 1992 for his efforts in establishing this village as a model for others.

Notes

External links
 A model Indian village
A successful case of participatory watershed management at Ralegan Siddhi Village in district Ahmadnagar, Maharastra, India
Path finders - Anna Hazare
World Bank Development Outreach

Villages in Ahmednagar district
Villages in Parner taluka
Remote Automated Weather Station. The Remote Automatic Weather Stations (RAWS) system is a network of automated weather stations run by the U.S. Forest Service (USFS) and Bureau of Land Management (BLM) and monitored by the National Interagency Fire Center (NIFC), mainly to observe potential wildfire conditions.  

Unlike the automated airport weather stations which are located at significant airports, RAWS stations are often located in remote areas, particularly in national forests. Because of this, they usually are not connected to the electrical grid, but rather have their own solar panels, and a battery to store power for overnight reporting. Some instead run on a generator. In both cases, data important to operating the station itself, such as battery voltage or fuel level, is often included in the hourly reports.

Also because of the remote locations, most communicate with a radio connection to a GOES satellite.

In this regard, they are similar to mesonets and may be mesonets if the distance between stations (spatial resolution) is sufficiently dense. They often lack the consistently high-quality data needed for use in numerical weather prediction and climatology, however. Road Weather Information System (RWIS) may likewise be self-powered and located in remote areas.

Portable RAWS
There are times when a portable weather station is required, such as planned ignitions, wildfires, and other projects where there is a need to collect and share weather information.  
Portable stations may also be referred to as "quick deploy" or QD, and this should be indicated within the name of the station to allow proper interpretation of the collected data.

External links

 National Interagency Remote Automatic Weather Stations (RAWS) Homepage

Meteorological stations
Wildfire prevention
Wildfire suppression equipment
HP WinRunner. HP WinRunner software was an automated functional GUI testing tool that allowed a user to record and play back user interface (UI) interactions as test scripts.

As a functional test suite, it worked with HP QuickTest Professional and supported enterprise quality assurance. It captured, verified and replayed user interactions automatically, in order to identify defects and determine whether business processes worked as designed.

The software implemented a proprietary Test Script Language (TSL) that allowed customization and parameterization of user input.

HP WinRunner was originally written by Mercury Interactive. Mercury Interactive was subsequently acquired by Hewlett Packard (HP) in 2006.  On February 15, 2008, HP Software Division announced the end of support for HP WinRunner versions 7.5, 7.6, 8.0, 8.2, 9.2—suggesting migration to HP Functional Testing software as a replacement.

See also

List of GUI testing tools
Test automation

External links
Official Homepage HP Functional Testing software

References

Graphical user interface testing
WinRunner
Windows software
Transformers: Robots in Disguise (2000 TV series). Transformers: Robots in Disguise, originally known as , is a Japanese anime television series based on the Transformers franchise. The series was produced by Nihon Ad Systems and Studio Gallop, in cooperation with Korean company Dongwoo Animation, aired in Japan in 2000. 

Conceived as a reboot to the franchise, with a self-contained continuity separate from any previous incarnation, A localized English adaptation aired as part of the Fox Kids programming block in the United States from September 8, 2001 to March 30, 2002.

Plot
While attempting to stop the Predacons from stealing Earth's energy, the Autobots ally themselves with Koji Onishi after Predacon leader Megatron captures the boy's father, Dr. Kenneth Onishi. Amidst their battles, the Autobots and Predacons discover the location of a crashed spaceship from their home planet, Cybertron, containing six Autobot protoforms. Megatron reaches it first and reprograms the protoforms into the evil Decepticons. In light of this, Predacon sub-commander Sky-Byte attempts to prove his worth to Megatron by stealing the Autobots' O-Parts. Meanwhile, Ultra Magnus, the bitter brother of Autobot leader Optimus Prime, arrives on Earth to claim the latter's Matrix for his own, only for the brothers to gain the ability to merge into Omega Prime.

The Autobots and Predacons eventually discover Fortress Maximus, a giant Transformer hidden on Earth to protect it. While they race to claim its power, Sky-Byte accidentally frees Dr. Onishi, who joins the Autobots to help them locate all of the O-Parts necessary to find the Orb of Sigma. While Megatron finds it and uses its power to become Galvatron, the Orb leads the Autobots to Cerebros, Fortress Maximus' power key. A final battle soon ensues between Galvatron and Omega Prime, who eventually prevails and brings the Decepticons and most of the Predacons back to Cybertron to face justice while Sky-Byte stealthily escapes into Earth's oceans.

Episodes
The three clip shows of Robots in Disguise differ between the English and Japanese versions. Both are listed at the appropriate numbers.

Reception

References

External links
Official NAS website 

2000 anime television series debuts
2000 Japanese television series debuts
2000 Japanese television series endings
Gallop (studio)
Japanese children's animated action television series
Japanese children's animated adventure television series
Japanese children's animated science fantasy television series
Japanese children's animated superhero television series
TV Tokyo original programming
Super robot anime and manga
Robots in Disguise
Television series by Saban Entertainment
CADSTAR. CADSTAR is a Windows-based electronic design automation (EDA) software tool for designing and creating schematic diagrams and printed circuit boards (PCBs). It provides engineers with a tool for designing simple or complex, multilayer PCBs. CADSTAR spans schematic capture, variant management, placement, automatic and high-speed routing, signal integrity, power integrity, EMC analysis, design rule checks and production of manufacturing data.

Originally developed by U.K. PCB vendor Racal-Redac, CADSTAR has been part of the Zuken product portfolio since its acquisition in 1994. The software is developed at Zuken's Technology Centre, ZTC in Bristol, United Kingdom.

The basic features of CADSTAR can be tested with the free version of CADSTAR Express  or Schematic and PCB files produced by CADSTAR can be reviewed using the free CADSTAR Design Viewer.

History
The first version of CADSTAR was released in 1988 running under DOS. CADSTAR for Windows 1.0 was released in March 1994. Since then, there has been about one major release per year.  Zuken subsequently released eCADSTAR in 2019.

Modules
CADSTAR contains many modules for specific uses such as:

Design Editor This enables the engineer to draw schematic circuits, define the PCB layout and produce the manufacturing data from the completed PCB.
Library Editor Used for the creation of Symbols, Component and Parts. Supports ODBC compliant databases.
Embedded Router Used to create the tracks (layout) and other copper features of the board within the Design Editor environment.
P.R.Editor Used to create the tracks and other copper features of the board in an external environment to the Design Editor with many more features than the Embedded Router.
High-Speed P.R.Editor Allows the user to define a wide range of circuit rules and routing constraints to control the layout process.
Signal Integrity Verify Post-layout signal integrity simulation toolset and what-if analysis.
Power Integrity Fast analysis methodology including what-if analysis for concurrent power integrity.
EMC Adviser Helps designers predict, analyse and control EMC design issues.
Design Migration Tool Used to migrate designs and libraries from other EDA-tools into CADSTAR.
Variant Manager Allows support of variant assemblies for different part values or not fitted components on the same PCB.

See also

 Comparison of EDA software
 List of free electronics circuit simulators

References

External links
 

Electronic design automation software
Windows-only proprietary software
Elastic properties of the elements (data page). Elastic properties describe the reversible deformation (elastic response) of a material to an applied stress. They are a subset of the material properties that provide a quantitative description of the characteristics of a material, like its strength. 

Material properties are most often characterized by a set of numerical parameters called moduli. The elastic properties can be well-characterized by the Young's modulus, Poisson's ratio, Bulk modulus, and Shear modulus or they may be described by the Lamé parameters.

Young's modulus

Poisson's ratio

Bulk modulus

Shear modulus

References

See also 

Chemical properties
Chemical element data pages
Dunn Engineering. The Dunn Engineering Special was a racecar entered in the Indianapolis 500 during the second half of the 1950s, when the race was part of the FIA World Championship.

The cars were powered by the then-ubiquitous Offenhauser engine and were driven by Pat Flaherty, Al Keller, Chuck Weyant and Al Herman. Their best result was tenth in 1955.

Formula One constructors (Indianapolis only)
American racecar constructors
Comparison of browser engines. This article compares browser engines, especially actively-developed ones.

Some of these engines have shared origins. For example, the WebKit engine was created by forking the KHTML engine in 2001. Then, in 2013, a modified version of WebKit was officially forked as the Blink engine.

General information

Support
These tables summarize what actively-developed engines support.

Operating systems
The operating systems that engines can run on without emulation.

Notes

Image formats

Media formats

Typography

Other items

See also
Comparison of web browsers
Comparison of email clients

Notes

References

Layout engines
engine
Tav. Tav or TAV may refer to:

Math, science and technology
 Tav (number), in set theory the collection of all cardinal numbers
 The Advanced Visualizer, a 3D graphics software package
 Tomato aspermy virus, a plant virus
 Tropical Atlantic Variability, in meteorology
 Ti-6Al-4V, a titanium alloy containing aluminum and vanadium
 Tire Assault Vehicle, a small teleoperated vehicle used to test Space Shuttle tires

Nickname
 Tav Falco (born 1945), American  musical performer, performance artist, actor, filmmaker and photographer
 Octavio M. Salati (1914–2001), American engineer, academic and educator

Transportation
 TAV, IATA airport code for Tau Airport, American Samoa
 TAV, airline code for Compañía de Servicios Aéreos Tavisa
 TAV-8B, the two-seat version of the McDonnell Douglas AV-8B Harrier II aircraft
 TAV Airports Holding (Tepe Akfen Ventures), a Turkish airport operator
 Treno Alta Velocità, the a special-purpose entity working name for the Italian high-speed rail network
 TAV RJ-SP, the far future possible Brazilian Rio–São Paulo high-speed rail system

Other uses
 tav, ISO 639-3 code for the Tatuyo language of Colombia
 Tav (letter), the last letter of many Semitic abjads
 The Artists Village, an experimental arts group in Singapore
 Toon-A-Vision channel