omniomni/omni-engineering huggingface dataset:
AVCATT. AVCATT (Aviation Combined Arms Tactical Trainer) is a mobile aviation training simulator developed by L-3 Communications, Link Simulation & Training for the United States Army in 2001. Entire units (suites) have been fielded. 

AVCATT is used by Active, Reserve and Army National Guard components. AVCATT supports unit collective and combined arms training for the AH-64, UH-60, CH-47 and OH-58 aircraft. Other AVCATT modules, such as the Non-Rated Crew-Member Manned Module (NCM3, a sub-system of AVCATT), can be linked to this base configuration to support specific unit training requirements. The NCM3 supports the training of non-rated crew members in crew coordination, flight, aerial gunnery, hoist and sling load-related tasks.

AVCATT is a mobile, transportable, multi-station device that supports unit collective and combined arms training for helicopter aircrews. The AVCATT occupies two trailers with the NCM3 adding a third trailer containing two reconfigurable modules for the CH-47 and UH-60. Both the AVCATT and NCM3 use helmet-mounted displays (HMD).

Management
The Army Aviation Center (Fort Novosel) is a proponent.

TRADOC Capability Manager - Virtual & Gaming (Fort Leavenworth) is the Capability Manager. PEO STRI PdM Maneuver Collective Training System, part of PM Integrated Training Environment is the Material Developer.

Cole Engineering Services, Inc, provides Post Deployment Software Support.

AVT Simulation provides concurrency upgrades as part of the AVCATT Reconnaissance Attack Contract.

It is interoperable with CCTT and VCCT.

Terrain data bases 
Afghanistan
Fort Bliss
Fort Campbell
Fort Cavazos
Fort Drum
Fort Irwin National Training Center
Fort Liberty
Fort Moore
Fort Stewart
Grafenwoehr-Hohenfels
Hawaii
Iraq
Joint Base Lewis McChord
Korea

References 
 PEO STRI Website for Aviation Combined Arms Tactical Trainer (AVCATT)

External links
 L-3 Communications website for AVCATT
 MPEG-video of the AVCATT collective training system
 Older MPEG-video demonstrating AVCATT's capabilities
 Cole Engineering Services Inc
 AVT Simulation

L3Harris Technologies
Military equipment introduced in the 2000s
John Yen. John Yen is Professor of Data Science and Professor-in-Charge of Data Science in the College of Information Sciences and Technology at Pennsylvania State University. He currently leads the Laboratory of AI for Cyber Security at Penn State. He was the founder and a former director of the Cancer Informatics Initiative there.

Yen received his Ph.D. in computer science from the University of California, Berkeley in 1986. His thesis advisor is Prof. Lotfi A. Zadeh, the father of fuzzy logic. Between 1986 and 1989, he was the main architect at USC Information Sciences Institute (ISI) for an AI architecture that pioneers a knowledge-level integration of a descriptive logic knowledge representation scheme with production rules. Before joining IST in 2001, he was a Professor of Computer Science and the Director of Center for Fuzzy Logic, Robotics, and Intelligent Systems at Texas A&M University. He was the Vice President of Publication for IEEE Neural Networks Council, now IEEE Computational Intelligence Society. Yen received the National Science Foundation Young Investigator Award in 1992. He is an IEEE Fellow.

Yen received his B.S. degree in Electrical Engineering from National Taiwan University in 1980, and M.S. degree in Computer Science from University of Santa Clara in 1982.

Books 
Emergent Information Technologies and Enabling Policies for Counter-Terrorism, by Robert L. Popp, John Yen, 2006
Fuzzy Logic: Intelligence, Control, and Information, by John Yen and Reza Langari, 1998

See also
Recognition-primed decision

References

External links
Dr. John Yen
Cancer Informatics Initiative, Penn State
Selected Publications
Intelligent Agents Laboratory at College of IST, PSU
Google Scholar Profile for John Yen

Living people
1958 births
People from Hsinchu
UC Berkeley College of Engineering alumni
American computer scientists
American people of Taiwanese descent
Santa Clara University alumni
Artificial intelligence researchers
Pennsylvania State University faculty
MessagePlus/Open. MessagePlus/Open is a communication platform for medium to large organizations designed specifically to handle high volumes of traffic within a high-availability environment. Currently supported communication channels include fax, fax over IP, e-mail and SMS, together withvarious options for integration with business applications. The product has been developed by INTERCOPE GmbH, Germany and is sold by both Intercope and  IBM. It was previously known as FaxPlus/Open.

Application Integration 
MessagePlus/Open provides generic and application specific integration options. The generic interfaces can be used by any backend application, but require some programming effort. Examples are the data exchange through relational databases like IBM Db2 and Oracle Database, middleware like IBM WebSphere MQ, or a file interface. Application specific interfaces exploit product specific APIs like e.g. the RFC architecture of SAP. In addition interfaces are provided for legacy applications and available end-user interfaces include e-mail, a Client, and virtual printer.

Operating Systems and System Supervision 
The solution runs on z/OS, AIX, Linux, Solaris, and Windows and can be distributed on several computers and operating systems. It can be monitored and controlled via SNMP using standard SNMP managing applications such as IBM Tivoli NetView or HP Network Node Manager (formerly HP Openview).

Virtualization and High Availability 
MessagePlus/Open can be deployed in virtualized environments like VMware and supports, as standard, high availability cluster solutions including AIX High Availability Cluster Multi-Processing (HACMP), SUN Solaris Cluster and Microsoft Cluster Server / Failover Clustering (MSCS).

XML, JAVA and Web services 
The latest release, MessagePlus/Open Version 4, supports XML based interfaces for file-exchange, IBM WebSphere MQ and WSDL based Web services. It includes a Java Web Client, a Java API, and additional functions designed for complex messaging processing scenarios. These include content analysis features to categorize documents and extract digital data from unstructured or semi-structured content which can then be delivered in structured formats like XML to backend applications.

See also
FAXPLUS

External links
INTERCOPE website
MessagePlus/Open - Functional Description

Fax software
Tectonite. Tectonites are metamorphic or tectonically deformed rocks whose fabric reflects the history of their deformation, or rocks with fabric that clearly displays coordinated geometric features that indicate continuous solid (ductile) flow during formation. Planar foliation results from a parallel orientation of platey mineral phases such as the phyllosilicates or graphite. Slender prismatic crystals such as amphibole produce a lineation in which these prisms or columnar crystals become aligned.
Tectonites are rocks with minerals that have been affected by natural forces of the earth, which allowed their orientations to change. This usually includes recrystallization of minerals, and the foliation formation. Tectonites are studied through structural analysis and allows for the determination of two things:
The orientation of shearing and compressive stresses during (dynamic) metamorphism
The later (or final) stages of metamorphism

According to the nature of mineral orientation, there are three main groups of tectonites, L-Tectonites, S-Tectonites, and LS-Tectonites. The different types reflect on the different ways that matter moves.
L-Tectonites are aligned in a linear fabric, which allows the rock to split into rod-like shapes due to the two intersecting planes. The foliation of this type is not strong.
S-Tectonites are the fabric that is dominantly a foliation fabric which allows the rock to split into plate-like sheets that are parallel to foliation. There are little to no linear fabrics within the foliation fabrics.
LS-Tectonites is the perfect mix of the two, with both strong lineations and strong foliations. This is caused by the rotation of the grains around axes that are oriented along the trends of the folds.

Classification
S-tectonites (from the German, Schiefer for schist) have a dominant planar fabric and may indicate a flattening type of strain. This may also be due to a lack of minerals capable of giving a lineation e.g. in a phyllonite.
L-tectonites have a dominant linear fabric and generally indicate a constrictional type of strain. This may be due to a lack of platey phases.
L-S tectonites have equally developed linear and planar fabric elements and may indicate a plane strain deformation. Many mylonites are L-S tectonites consistent with a simple shear deformation.
L-Tectonites (Lineations) indicate Constrictional Strain
S-Tectonites (Foliations) indicate Flattening Strain
L-S Tectonites (Plain strain) indicate both elongation and flattening strain

References

Structural geology
Metamorphic rocks
MMD. MMD may refer to:

Science and technology
 Molar mass distribution, in a polymer
 MultiMarkdown, a markup language
 Multiple dispatch, a feature of some programming languages
 MMD, a loudspeaker parameter of the Thiele/Small model equivalent
 MDIO Manageable Devices, target devices that are being managed by the Management Data Clock in Management Data Input/Output (MDIO)
 Mass median diameter, in particle-size distribution

Organisations
 Mercury Musical Developments, an arts organisation in the United Kingdom
 Movement for Multi-Party Democracy, a Zambian political party
 Microwave Measurements Division, of Anritsu corporation
 Multimedia Displays, a company of TPV Technology

Other uses
 2500 in Roman numerals
 Merchant Mariner's Document
 Mid Manair Dam, a dam located in Telangana, India
 MikuMikuDance, a free 3D dance animation program
 Minami-Daito Airport (IATA code)
 Municipal Market Data, a yield curve of AAA-rated bonds issued by U.S. states
 Murder mystery dinner
 Michelle Marquez Dee (born 1995), Filipino actress, beauty pageant titleholder and the daughter of Miss International 1979, Melanie Marquez
 A US Navy hull classification symbol: Fast minelayer (MMD)

See also
 Mini-Micro Designer 1 (MMD-1), a type of single-board computer
Digital program insertion. Digital program insertion (DPI) allows cable headends and broadcast affiliates to insert locally generated commercials and short programs into remotely distributed regional programs before they are delivered to home viewers.

Digital program insertion also refers to a specific technology which allows an MPEG transport stream to be spliced into a currently flowing MPEG transport stream seamlessly and with little or no artifacts. The controlling signaling used to initiate an MPEG is referred to as an SCTE-35 message. The communication API between MPEG splicers and content delivery servers or ad insertion servers is referred to as SCTE30 messages.

References 

Television technology
Vaesite. Vaesite (NiS2) is a mineral found together with cattierite in the Democratic Republic of Congo. It is named after Johannes F. Vaes, a Belgian mineralogist. It is part of the pyrite group.

References

Webmineral.com - Vaesite
Handbook of Mineralogy - Vaesite

Nickel minerals
Pyrite group
Cubic minerals
Minerals in space group 205
Sabinaite. Sabinaite (Na4Zr2TiO4(CO3)4) is a rare carbonate mineral. It crystallizes in the monoclinic crystal system as colorless to white prisms within cavities. It is more typically found as powdery coatings and masses. It has a specific gravity of 3.36.

It has been found in vugs in a carbonatite sill on Montreal Island and within sodalite syenite in the alkali intrusion at Mont Saint-Hilaire in Quebec, Canada. 

It was first described in 1980 for an occurrence in the Francon quarry, Montreal Island. It is named after Ann Sabina (1930–2015), a mineralogist working for the Geological Survey of Canada.

References 

Mineral Handbook
Data from Mindat 
Webmineral data 

Sodium minerals
Zirconium minerals
Titanium minerals
Oxide minerals
Carbonate minerals
Monoclinic minerals
Minerals in space group 15
Alloclasite. Alloclasite, or , is a sulfosalt mineral (IMA symbol: Acl). It is a member of the arsenopyrite group. Alloclasite crystallizes in the monoclinic system and typically forms as columnar to radiating acicular prismatic clusters. It is an opaque steel-gray to silver-white, with a metallic luster and a black streak. It is brittle with perfect cleavage, a Mohs hardness of 5 and a specific gravity of 5.91–5.95.

It was first described in 1866 for an occurrence in Romania. Its name is derived from Greek for "other" and "to break," in reference to its distinct cleavage which distinguished it from the similar appearing mineral marcasite.

The mineral is monoclinic in the P21 space group.

References 

Cobalt minerals
Iron minerals
Sulfosalt minerals
Monoclinic minerals
Minerals in space group 4
Mark Nemenman. Mark Nemenman (, ) (6 November 1936 – 20 September 2022
) was a Soviet computer scientist, notable as a pioneer in systems programming and programming language research. He was one of the main developers of the AKI language (in Russian АКИ - АвтоКод ИНЖЕНЕР - Engineer's Autocode) in 1964, before BASIC became known. He led the development of system software for Minsk-32, the most popular of Minsk family of computers.

He was awarded Lenin Komsomol Prize in 1970, received his Ph.D. in 1975 (scientific advisor - Andrey Ershov), Professor since 1984.

Nemenman authored more than 70 papers and 5 books. He is the father of two sons, one of whom is theoretical physicist Ilya Nemenman.

Books 
 Nemenman, Tsagelsky, Matyushevskaya Autocode for engineering problems solving on Minsk 2 Minsk, 1965 
 Nemenman Programming in AKI Minsk, 1972
 Kushnerev, Nemenman, Tsagelsky Programming for Computer Minsk-32 Moscow, 1973
 Belokurskaya, Kushnerev, Nemenman Minsk 32 Dispatcher Moscow, 1973 
 Lopato, Nemenman, Pykhtin, Tikmenov Personal-professional Computers Moscow, 1988
 Belokurskaya, Emelyanchik, Nemenman Personal Computers ES. Abacus Package Moscow, 19

References

External links 
Biography (in Russian)
Documents from Andrey Ershov Archive
Minsk family of computers
Nemenman, Mark oral history (transcript) / (video recording) by Computer History Museum

1936 births
20th-century Belarusian Jews
21st-century Belarusian Jews
Scientists from Minsk
Belarusian Jews
Belarusian computer scientists
Computer programmers
American people of Belarusian-Jewish descent
Soviet computer scientists
2022 deaths
Artroeite. Artroeite (PbAlF3(OH)2) is a mineral found in Arizona. It is named for the late American chemist Arthur Roe (1912–1993).

References 

Mindat.org - Artroeite
Webmineral.com - Artroeite
Handbook of Mineralogy - Artroeite 

Lead minerals
Fluorine minerals
Triclinic minerals
Minerals in space group 2
Baotite. Baotite Ba4Ti4(Ti, Nb, Fe)4(Si4O12)O16Cl is a rare mineral recognized as having a unique four-fold silicate ring. Crystals are tetragonal, though commonly deformed to the extent of appearing monoclinic. Named for the locality of first discovery, Baotou, China, baotite has been found in hydrothermal veins and alkalic rocks in various locations around the world.

Structure
Simonov first determined the crystal structure of baotite in which (Ti, Nb, Fe)-octahedra share edges, forming chains and cross-linking at the corners forming a 4-fold screw axis in the (001); these columns are analogous to those in rutile.  Four silicate tetrahedra share corners creating characteristic rings in the plane perpendicular to the c axis. The barium cation is between the rings and rutile columns, while chloride fills the void between each pair of rings. Chlorine's presence is not necessary for the structure to balance electrostatically.

Geologic occurrence
The first sample of baotite was found with galena, pyrite, albite, aegirine and alkali amphiboles in a quartz vein cutting quartzite at the Bayan Obo Mine in China. Grains from Ravalli County, Montana were found in a thin calcite crust on masses of eschynite within a carbonatic vein. Baotite also occurs at Haast River, New Zealand as an accessory phase of carbonatite, fenite and hydrothermal fluid veins associated with a dike swarm. The dike intrusion of mantle-derived magmas can likely be attributed to the close proximity of the Alpine fault plate boundary across South Island, New Zealand.

References

External links
Fact sheet from Mindat.org
Fact sheet from Webmineral.com

Cyclosilicates
Tetragonal minerals
Minerals in space group 88
Linux Trace Toolkit. The Linux Trace Toolkit (LTT) is a set of tools that is designed to log program execution details from a patched Linux kernel and then perform various analyses on them, using console-based and graphical tools. LTT has been mostly superseded by its successor LTTng (Linux Trace Toolkit Next Generation).

LTT allows the user to see in-depth information about the processes that were running during the trace period, including when context switches occurred, how long the processes were blocked for, and how much time the processes spent executing vs. how much time the processes were blocked. The data is logged to a text file and various console-based and graphical (GTK+) tools are provided for interpreting that data.

In order to do data collection, LTT requires a patched Linux kernel. The authors of LTT claim that the performance hit for a patched kernel compared to a regular kernel is minimal; Their testing has reportedly shown that this is less than 2.5% on a "normal use" system (measured using batches of kernel makes) and less than 5% on a file I/O intensive system (measured using batches of tar).

Usage

Collecting trace data 

Data collection is Started by:

 trace 15 foo

This command will cause the LTT tracedaemon to do a trace that lasts for 15 seconds, writing trace data to foo.trace and process information from the /proc filesystem to foo.proc.

The trace command is actually a script which runs the program tracedaemon with some common options. It is possible to run  tracedaemon directly and in that case, the user can use a number of command-line options to control the data which is collected. For the complete list of options supported by tracedaemon, see the online manual page for tracedaemon.

Viewing the results 

Viewing the results of a trace can be accomplished with:

 traceview foo

This command will launch a graphical (GTK+) traceview tool that will read from foo.trace and foo.proc. This tool can show information in various interesting ways, including Event Graph, Process Analysis, and Raw Trace. The Event Graph is perhaps the most interesting view, showing the exact timing of events like page faults, interrupts, and context switches, in a simple graphical way.

The traceview command is a wrapper for a program called tracevisualizer. For the complete list of options supported by tracevisualizer, see the online manual page for tracevisualizer.

See also 

 Performance analysis

References

External links 
 LTT page at Opersys.com
 LTT page at Ecole Polytechnique de Montreal

Linux programming tools
Programming tools
Systema (disambiguation). Systema is a Russian martial art.

Systema may also refer to:

Systema Engineering, a Japanese airsoft gun manufacturer
Systema (electronics), a UK brand of electronics including the TV Boy and Systema 2000
Systēma, a Greek word for system
Systema, a Japanese toothpaste brand by Lion Corporation

See also 
Systema Naturae, a 1735 taxonomy book by Carl Linnaeus
 
 Sistema (disambiguation)
 System (disambiguation)
William Henry Dines. William Henry Dines BA FRS (5 August 1855 – 24 December 1927) was an English meteorologist.

Dines was born in London, the son of George Dines, also a meteorologist. He was educated at Woodcote House School, Windlesham, and afterwards entered Corpus Christi College, Cambridge, where he obtained a first-class in the mathematical tripos in 1881. He afterwards carried out investigations for the Royal Meteorological Society on the subject of wind forces, and in connexion with this work designed the Dines pressure-tube anemometer.

In 1901, he commenced researches into the problems of the upper air, and designed or perfected several instruments for use with kites, as well as a form of the Hargraves box-kite, which proved of great value. In 1905, he was appointed by the Meteorological Office director of experiments in connexion with the investigation of the upper air, and in 1907 designed a meteorograph for use with balloons. He also produced, in conjunction with Dr. Napier Shaw, the microbarograph and a recording mercury barometer, as well as various other instruments. From 1901 to 1902, he was President of the Royal Meteorological Society and in 1905 was elected a Fellow of the Royal Society. Although he was never a full-time academic, he was a member of the International Commission for Scientific Aeronautics, and became an honorary or corresponding member of various foreign scientific societies. He is the author of many important papers on the meteorology of the upper atmosphere which appeared in the Transactions of the Royal Society, the Geophysical Memoirs of the Meteorological Office and elsewhere.

He lived at Pyrton House near Watlington from 1906 to 1913, and at Colne House at Benson from 1913 to 1927. He is remembered in Benson by an Oxfordshire Blue Plaque.

Dines was the father of John Somers Dines, MA, and Lewen Henry George Dines, MA, AMICE.  Both sons followed in their father's footsteps as meteorologists.

References

1855 births
1927 deaths
English meteorologists
Fellows of the Royal Society
Presidents of the Royal Meteorological Society
Alumni of Corpus Christi College, Cambridge
UK Met Office staff and researchers
People educated at Woodcote House School
Saul Fenster. Saul K. Fenster was the sixth president of New Jersey Institute of Technology (NJIT) from 1978 until 2002.

Education
Fenster got his BS from City College of New York, MS from Columbia University, and PhD in Mechanical Engineering from the University of Michigan.

Career
Before joining NJIT, Fenster served Fairleigh Dickinson University in faculty and administrative capacities, including six years as provost of the Rutherford campus. Dr. Fenster taught a number of mechanical engineering courses at the Teaneck campus and was Head of the M.E. department in the late 1960s.

Honors
He is a Fellow of the American Society of Mechanical Engineers and the American Society for Engineering Education. He is also a member of Tau Beta Pi, the engineering honors society.

References

External links
'New Jersey Institute of Technology : Press Releases - NJIT President Saul K. Fenster Announces His Retirement After Serving 23 Years'

Living people
Year of birth missing (living people)
New Jersey Institute of Technology people
University of Michigan College of Engineering alumni
City College of New York alumni
Columbia University alumni
Fairleigh Dickinson University faculty
Fellows of the American Society of Mechanical Engineers
Fellows of the American Society for Engineering Education