omniomni/omni-engineering huggingface dataset:
Heinz Unbehauen. Heinz Unbehauen (7 October 1935 in Stuttgart – 1 May 2019) was a German control engineer.

He studied mechanical engineering, graduating in 1961, and afterwards receiving a Doctorate in electrical engineering in 1964 at the University of Stuttgart, with thesis Zur Optimierung verfahrenstechnischer Regelkreise ("For the optimization of process control loops"). After finishing habilitation in 1969 in Stuttgart, in 1971 he started working as an assistant professor, and in 1974 as an associate professor. Since 1975 he worked as a professor at the University of Bochum in the Department of Automation and Process Automation. He retired in 2001.

He was the author of a widely used textbook on control engineering.

His brother Rolf Unbehauen is also an engineer.

Works
Regelungstechnik, Vieweg/Teubner, 3 Bände
Band 1: Klassische Verfahren zur Analyse und Synthese linearer kontinuierlicher Regelsysteme, Fuzzy-Regelsysteme, 14. Auflage 2007
Band 2: Zustandsregelungen, digitale und nichtlineare Regelsysteme, 9. Auflage 2007
Band 3: Identifikation, Adaption, Optimierung, 7. Auflage 2011
Regelungstechnik: Aufgaben, Vieweg 1992
with N. M. Filatov: Adaptive dual control: theory and applications, Springer Verlag 2004
with Ganti Prasada Rao: Identification of continuous systems, North Holland 1987
with Erich Linck: Dynamische Modelle und Simulation von Dampfüberhitzern, VDI Verlag 1971
Stabilität und Regelgüte linearer und nichtlinearer Regler in einschleifigen Regelkreisen bei verschiedenen Streckentypen mit P- und I-Verhalten, VDI Verlag 1970

Links

Homepage

Engineers from Stuttgart
1935 births
2019 deaths
Academic staff of Ruhr University Bochum
Print simulation. Print process simulation uses interactive simulation software to reproduce the operating conditions of complex multi-colour printing presses that often cost several million dollars. Simulators are available for different printing process technologies (Offset Sheetfed, Heatset and Coldset Web Offset; Flexographic and Gravure Packaging), includes their consumables (like inks, plates, paper and other substrates) and where pertinent, in-line packaging operations (such as folding, cutting, label creation).

Simulation in education and training 

Press operators get ‘hands-on’ experience in quality control and problem solving without the costs, dangers or unstructured training associated with learning on actual presses. A wide variety of printing conditions and problems are covered  that are used for training, skills assessment, performance enhancement and process analysis. Simulation is a means of presenting infrequent problems before they happen so that they can be recognized when they do occur.  Exercises can evaluate specific competencies and if they are used to solve problems. When possible, simulators training scenarios are linked to industry-standard curricula like PIA, the NAA (Newspaper Association of America) and the Flexographic Technical Association.

Printing simulation 

Typical systems include monitoring and cost analysis that allows the training process to correlate with versus the waste, cost and time on a ‘real’ press. The simulators can either be either connected to a press control console (like the 'cockpit' in a flight simulator) or run on standard micro computer hardware with single or multiple screens. Internet-based learning management systems now allow simulation exercises to be made in a one language/location and reviewed in another language by a training supervisor in a different location – what is traced is the interaction with the process, not the local name of the controls.

 it is estimated that over 2000 print simulators are installed worldwide (in 2013).  Users include technical schools, universities, printing companies and their suppliers, who find that they cut costs, accelerate training time, and give a more thorough grounding in structured problem solving

Simulators from Sinapse are used alongside real presses in the EuroSkills and WorldSkills competitions to select the best printer.
Simulation based training is well adapted for the learning habits of today's world 

In 2013 the print simulation cloud-based learning system (DLMS)  won a PIA (Printing Industries of America) Intertech Award: 
Language-independent, it automatically analysed and compares training results from different countries, in different languages.
This DLMS was used at worldskillsLeipzig 2013 to analyze and compare results from contestants using simulators in 10+ languages.

References 

 RIND Survey, January 2012, "Simulated press problem focusses on tackling production problems"
 Printing News, May 14, 2001, "Useful as Training Assistants, Print Simulators taking off in print shops everywhere"

Printing
Baramulla Polytechnic College. The Government Polytechnic College, Baramulla, otherwise Baramulla Polytechnic College, is one of the Government polytechnics of the state of Jammu and Kashmir, India, which has been established in 2012 under Direct Central Assistance with the Prime Minister's special scheme aimed at producing a large number of trained technical personnel. The polytechnic is located in the Kanispora area of Baramulla in Jammu and Kashmir state. The polytechnic teaches three-year diploma courses in electrical engineering and architecture. Er. Syed Shabir  A Rufai has been the pioneering Principal  of the Polytechnic  College. The first batch of the Polytechnic  came out in the year 2015.

References

Baramulla district
Universities and colleges in Jammu and Kashmir
Kashmir
Baramulla
List of mountain railways in Switzerland. This is a list of mountain railways in operation in Switzerland. It includes railways that overcome steep gradients (over 5%) or whose culminating point is over  above sea level. Most of them are located in the Alps, which include the highest European railways, both dead-end railways, such as the Jungfrau and Gornergrat, and railway crossings, such as the Bernina and Furka. Many of these railways converge on mountain railway hubs, notably Lucerne, Interlaken, Montreux, Aigle, Brig and Chur.

Lines that are both adhesion and standard gauge railways and part of the main Swiss (and European) rail network are boldfaced in the list. Cantons where the line continues but does not fit the aforementioned criteria are indicated in small letters.

This list only includes non-cable railways. For a list of funiculars, see List of funiculars in Switzerland, for a list of aerial tramways, see List of aerial tramways in Switzerland. For a list of individual railway stations, see List of highest railway stations in Switzerland.

List

See also
Rail transport in Switzerland
List of heritage railways and funiculars in Switzerland
List of highest paved roads in Switzerland
List of mountains of Switzerland accessible by public transport
Lists of tourist attractions in Switzerland

References
Swisstopo topographic maps

Mountain railways
Railway lines in Switzerland
Railways, mountain
Railway attractions in Switzerland
Adevs. adevs is a C++ library for building discrete event simulations. Adevs based on the Discrete Event System Specification DEVS and Dynamic DEVS modeling formalisms; it supports parallel discrete event simulation and a runtime system for OpenModelica. Adevs is developed by Jim Nutaro.

Adevs is free software and releases before the 2.8 release were released under GNU LGPL 2.0.  The adevs 2.8 version is released under a BSD license.

References

External links
 

Free simulation software
Jafar Towfighi. Jafar Towfighi (born 19 March 1956) is an Iranian chemical engineer, academic, politician and senior consultant of the ministry of science, research and technology who served as minister of science, research and technology for two terms. First in the cabinet headed by President Mohammad Khatami from 2003 till 2005, and second in 2013 as acting minister.

Early life and education
Towfighi was born in Tehran on 19 March 1956. He holds a master's degree in chemical engineering, which he received from Shiraz University in 1981. Then he obtained a PhD again in chemical engineering from Bucharest Polytechnic Institute in Romania in 1986.

Career
Towfighi began his academic career at Tarbiat Modares University in 1987. He served at different positions at the university until 1996 when he was appointed advisor to deputy education minister. In 1997, he was appointed deputy education minister and was in office until 2003. Then he was named as minister of science, research and technology, and his term lasted until 2005. After working as the dean of the faculty of energy at Sharif University of Technology from 2008 to 2010, he began to work at Tarbiat Modarres University's faculty of engineering as a full professor. He was Mohammad Reza Aref's campaign manager during the 2013 presidential election.

On 17 August 2013, he was appointed acting minister of science by Hassan Rouhani following the nominated candidate for the post was rejected by the Majlis on 15 August.

References

External links

20th-century Iranian engineers
21st-century Iranian engineers
1956 births
Iranian campaign managers
Iranian chemical engineers
Vice ministers of Iran
Living people
Ministers of science of Iran
Politehnica University of Bucharest alumni
Shiraz University alumni
Academic staff of Sharif University of Technology
Academic staff of Tarbiat Modares University
Politicians from Tehran
Friedrich Harkort. Friedrich Harkort (February 22, 1793, Hagen - March 6, 1880), known as the "Father of the Ruhr," was an early prominent German industrialist and pioneer of industrial development in the Ruhr region.

In 1819, he founded the first industrial workshop at Castle Wetter.  An early proponent of railroads, he proposed the construction of a railway line from Cologne to Minden in 1825, which eventuated as the Cologne-Minden trunk line, completed in 1847. In 1826 he built a small test track, as a monorail following a design of the Englishman Henry Robinson Palmer.

References

Further reading
 Berger, Louis. Friedrich Harkort: Erinnerungen eines Enkels (1930) (in German)
 
  (Onlinefassung)
 
 
 Aloys Meister: Friedrich Harkort (1793–1880). In: Rheinisch-Westfälische Wirtschaftsbiographien, Band I. Aschendorff, Münster 1931, S. 38-72.
 
 
 
 
 

1793 births
1880 deaths
People from Hagen
German Protestants
German Progress Party politicians
Members of the 1st Reichstag of the German Empire
German railway entrepreneurs
Members of the Prussian National Assembly
Businesspeople from the Kingdom of Prussia
Members of the Reichstag of the North German Confederation
Mayurakshi Institute of Engineering & Technology. Mayurakshi Institute of Engineering & Technology is a technical institute in Jodhpur, in the district of Rajasthan, India. It was established in 2009 as a private aided self-financing co-educational institute. The college is affiliated to Bikaner Technical University and is approved by the All India Council for Technical Education.

Academics
Integrated first degree

Mayurakshi offers four-year programmes in Bachelor of Engineering in the following fields:
 Civil engineering
 Electrical engineering
 Mechanical engineering
 Computer science
 Electronics and communication engineering
 Information technology

Mayurakshi has also started a polytechnic college in which it offers diplomas in civil, mechanical and electrical engineering.

See also
 List of universities and higher education colleges in Jodhpur
 Rajasthan Technical University
 Jodhpur National University
Arid Forest Research Institute (AFRI) Jodhpur

References

Engineering colleges in Jodhpur
Colleges in Jodhpur
S.L.B.S Engineering College. S.L.B.S Engineering College is a technical college in Jodhpur. It is located on Jodhpur-Jaipur High-Way, Near Dangiyawas at about 25 km from Jodhpur Railway Station. It is approved by AICTE(All India Council for Technical Education) and affiliated to Bikaner Technical University. SLBS Engineering College is a Unit of Shri Lal Bahadur Shastri Research & Training Institute.

Academics

Integrated first degree
S.L.B.S offers four-year programmes in Bachelor of Engineering in the following fields:

 Civil Engineering
 Electrical Engineering
 Mechanical Engineering
 Computer Science
 Electronics and Communication Engineering
 Information Technology

See also
 List of universities and higher education colleges in Jodhpur
 Rajasthan Technical University
Arid Forest Research Institute (AFRI) Jodhpur

References

Engineering colleges in Jodhpur
Colleges in Jodhpur
TP Central Odisha Distribution Limited. TP Central Odisha Distribution Limited (TPCODL), earlier Central Electricity Supply Utility of Odisha (CESU), is an electric utility serving the central region of state of Odisha in India.

Electricity Regulatory Commission under the provision of Odisha Electricity Reform Act, 1995 to Central Electricity Supply Company of Odisha Ltd. However, the licence was revoked in April 2005, and the management was shifted under Central Electricity Supply Utility of Odisha ( Operation  and Management ) in September 2006. The company provides daily power requirement to the state load dispatch center which monitors and controls the grid operations.

Tata Power Limited, a subsidiary of Tata Group, took over the management of Central Electricity Supply Utility (CESU) from 1 June 2020. The Odisha Electricity Regulatory Commission (OERC) that awarded the Letter of Intent (LOI) to TPCL on 12 December 2019. Tata Power holds 51 per cent equity with management control and the State-owned Gridco will have the remaining 49 per cent equity stake in the company. The company retained all the existing employees of CESU and will govern them by their existing  policy structure. Tata Power has received a licence for 25 years. Spread over 30,000 km2, CESU has five electrical circles consisting of the areas of Bhubaneswar (Electrical Circle - I and II), Cuttack, Paradip and Dhenkanal with a population of over 1.4 crore and consumer base of 2.5 million. With CESU, Tata Power aims to expand its consumer base to 5 million consumers from the present base of 2.5 million across Mumbai, Delhi and Ajmer. After the acquisition it no longer remains a PSU under the Government of Odisha.

References

Energy in Odisha
State agencies of Odisha
State electricity agencies of India
Organisations based in Bhubaneswar
1999 establishments in Orissa
Indian companies established in 1999
Network distribution center. A network distribution center (NDC) was a highly mechanized mail processing plant of the United States Postal Service that distributed standard mail and package services in piece and bulk form. The NDC network was dismantled in 2022-2023 by the USPS as part of Postmaster General Louis DeJoy’s Delivering for America network rationalization plan, which saw mail classes formerly handled by the NDC network  merged into mailstreams in processing and distribution centers. Each former NDC, all of which were located in buildings owned by USPS, are implementing or in the process of creating individual plans for repurposing the buildings. Many are being restacked into RPDCs, which will form the backbone of the new USPS network, whereas  others are being used to insource previously outsourced transportation functions such as surface transfer centers (STCs), or terminal handing services (THS), which handled airmail, in addition to continuing to support processing and distribution centers with the handing of priority and ground advantage parcels .

List of network distribution centers

The United States Postal Service has 20 NDCs:

 For mail originating in ZIP Code Areas 006-009 and addressed to addresses in those ZIP Code Areas, the sectional center facility in San Juan, Puerto Rico serves as the NDC.

List of international service centers

The United States Postal Service also has 4 international service centers (ISC) for distributing international mail: 

In addition to the four ISCs, the postal service has four International Exchange Offices (IEOs), which are authorized to accept and process limited inbound and outbound international mail volumes. IEOs handle less than 5% of international volume, and do not have the full capabilities and functions of ISCs. Currently, the postal service has four active IEOs: The New Jersey Network Distribution Center in Jersey City, NJ, the Honolulu Processing and Distribution Center in Honolulu, HI, the Pago Pago Main Post Office in Pago Pago, American Samoa, and the Barrigada Post Office in Barrigada, Guam.

See also
List of United States post offices
Sectional center facility (SCF)
United States Postal Service

References 

United States Postal Service
John Manoogian III. John Manoogian III is an American Internet entrepreneur, software engineer, digital designer, public speaker, and teacher.  Manoogian co-founded the social technology company 140 Proof in 2009 and is recognized for practicing a "hybrid" or blended approach to design and software development. He graduated from the University of Michigan and is based in San Francisco.

Career 
John worked for Sigma6 in Detroit while studying computer science, cryptography, and linguistics at the University of Michigan in Ann Arbor. He joined Organic Inc. in 1999. Manoogian led engineering in several offices and remained at Organic during the IPO process and until the eventual sale to Omnicom, leaving as a Director of Engineering.

In 2002, while leading an engineering team at Organic, John founded Feed Me Links, an open-source link-sharing social bookmarking startup.

He moved to San Francisco, California in 2007. Soon after, he co-founded NewCru, a mobile app for location-based wine recommendations.

140 Proof 
In July 2009, John co-founded social API company 140 Proof with Jon Elvekrog in San Francisco, originally as a business enabling Twitter developers to earn revenue with targeted ads. It was the first social ad platform based on the Interest Graph.

140 Proof was able to secure funding from Founders Fund and BlueRun Ventures. As CTO, Manoogian led API and product development.  He has written about the evolution of social technology for TechCrunch, MediaPost, and Mashable. In 2012, he and Kumar Dandapani co-published "A Relevance Engine from the Interest Graph", a paper proposing a new method for "categorizing social media users using sequential trial experimentation and the public interest graph".

In 2016, 140 Proof was acquired by Acuity Ads in a deal that was valued up to $20 million.

Contributions 
Manoogian is the creator and teacher of the "Design Hacks" course at startup educational campus General Assembly, and, along with Twitter CEO and fellow University of Michigan alumnus Dick Costolo, has lectured about startup pivots at the University of Michigan's Center for Entrepreneurship.

Manoogian is actively involved in the technology and design communities in San Francisco, serving as a technical adviser to startups Hud.dl, Hashgr.am, and Zivity, and as a contributor to open-source projects like Racket, Rails Admin, and SABnzbd. He is the founding organizer of SF NURDS, San Francisco's first 3D rendering and modeling community.

References

External links
 

Living people
Businesspeople from Michigan
University of Michigan alumni
1977 births
Software developer communities
Orissa Public Health Engineering Organisation. Public Health Engineering Organisation (PHEO) is a public agency formed in 1956 by the Government of Odisha, under the administrative control of Housing and Urban Development Department assigned with task of providing water supply and sewerage facilities to the urban parts in the state of Odisha.

References

External links
 Public Health Engineering Organization website

State agencies of Odisha
Companies based in Bhubaneswar
Water management authorities in India
1956 establishments in Orissa
Government agencies established in 1956
Ben Gurley. Ben Gurley (December 23, 1926 – November 7, 1963) was an important figure in the history of computing. At MIT Lincoln Laboratory, Gurley designed the cathode-ray tube display and light pen of the TX-0, a pioneering minicomputer. In 1959 Gurley left Lincoln Labs for Digital Equipment Corporation; he was the designer of DEC's first computer, the PDP-1.

Gurley died of a gunshot fired through a window in his home while eating dinner with his family. A former co-worker from DEC was convicted of the crime. This incident inspired acquaintance and author John Updike to write his popular novel "The Music School".

References

American computer scientists
20th-century American educators
American electrical engineers
Computer hardware engineers
Digital Equipment Corporation people
1926 births
1963 deaths
MIT Lincoln Laboratory people
AN/GSA-51 Radar Course Directing Group. The Burroughs AN/GSA-51 Radar Course Directing Group was a United States Air Force air defense command, control, and coordination system, part of the Semi-Automatic Ground Environment system. It was intended to replace vacuum tube IBM AN/FSQ-7 Combat Direction Centrals.  Developed under Electronic Systems Division's 416M Program, in 1962 Burroughs "won the contract to provide a military version of its D825" modular data processing system for the AN/GSA-51 to be used at "BUIC II radar sites" (follow-on to the initial Back-Up Interceptor Control System, BUIC)  BUIC II was 1st used at North Truro Z-10 in 1966, and the Hamilton AFB BUIC II was installed in the former MCC building.

The first D825 computer was originally built for the Navy Research Laboratory with a designation of AN/GYK-3(V). The D825 contained between one and four  48 bit central processor/arithmetic units, up to 16 memory modules and up to 20 IO modules. The BUIC systems used "two computer modules, six memory modules and three input/output modules". The computer was designed for high availability and could still operate if any one of its modules failed.

References

Computer systems of the United States Air Force
Burroughs Corporation
Military electronics of the United States
AN/FST-2 Coordinate Data Transmitting Set. The Burroughs AN/FST-2 Coordinate Data Transmitting Set (CDTS) was a Cold War military computer system at SAGE radar stations for displaying aircraft tracks and converting them for digital transmission to IBM AN/FSQ-7 Combat Direction Centrals at air defense data centers.  Developed by the Great Valley Research Laboratory of the Burroughs Corporation as part of the Electronic Systems Division's 416L network of computers, 134 CDTSs were deployed.  Each was to "process the raw radar data, antenna position information, and IFF data, and send it over voice grade toll phone lines" at ~1200 baud with 1/4 mile precision.  The transmissions were received as "Long Range Radar Input" at SAGE Direction Centers, which performed the aircraft control and warning operations (e.g., launch and flight control for CIM-10 Bomarc SAMs) and provided command information to Command Centers which forwarded data to the NORAD command center in Colorado (Ent AFB, 1963 Chidlaw Building, and the 1966 Cheyenne Mountain Complex). The AN/FST-2A included 2 vacuum tube computers and accepted 14 input signals (32 inputs for transistorized AN/FST-2B sets).

See also

List of military electronics of the United States

References

External links

Burroughs Corporation
Computer systems of the United States Air Force
Military electronics of the United States
Phosphatrioxa-adamantane. Phosphatrioxa-adamantane is an organophosphorus compound that is used as a precursor to bulky phosphine ligands. Abbreviated CgPH (for cage phosphine), it is a white solid. 

The compound is prepared by the condensation of two equivalents of acetylacetone and phosphine:
PH3  +  2 CH3C(O)CH2C(O)CH3   →   HP(CH3CCH2CCH3)2O3  +  H2O
The condensation is sometimes called the Buckler–Epstein reaction.  Many diketones can be employed in place of acetylacetone.  The P-H bond can be further derivatized, leading to a range of tertiary phosphines of potential value in homogeneous catalysis.

References

Phosphines
Adamantane-like molecules