omniomni/omni-engineering huggingface dataset:
Mercedes-Benz AMG C-Class DTM (W203). The Mercedes-Benz AMG C-Class W203 DTM is a DTM touring car constructed by the German car manufacturer Mercedes-Benz. It was the successor to the Mercedes-Benz CLK DTM which was permanently retired after the 2003 season, and based on the Mercedes-Benz C-Class W203 first generation car. Mercedes-Benz AMG C-Class W203 DTM made its first appearance on 3 February 2004 at the Circuit de Catalunya.

Technical details
Like all racing cars in the DTM, the C-Class W203 DTM only looks like the eponymous series cars, constructed is the prototype of a CFK - monocoque chassis with an integrated 15.4-imperial gallons fuel tank. Since refuelling at this time was still allowed in the race, a 26.4-imperial gallons tank was not built. The C-Class W203 DTM is powered by a  Mercedes-Benz naturally-aspirated V8 engine, power output approximately  and maximum torque more than . The rear-wheel drive C-Class DTM has a sequential 6-speed sports transmission, a 3-plate carbon fiber clutch supplied by Sandtler (2004-2006) and an adjustable multi-disc limited-slip differential.

Gallery

References

External links
Mercedes-Benz Motorsport website

DTM (W203)
Deutsche Tourenwagen Masters cars
Programming Research Limited. Programming Research Limited (PRQA) was a United Kingdom-based developer of code quality management software for embedded software, which included the static program analysis tools QA·C and QA·C++, now known as Helix QAC. It created the High Integrity C++ software coding standard.  In May 2018, the company was acquired by Minneapolis, MNbased Perforce, and its products were renamed.

Key Tools by PRQA 

 QA·C: Static analysis for C code.
 QA·C++: Static analysis for C++ code.
 QA·Verify: A central platform for managing quality across teams and projects.
 QA·Framework: For enterprise-level static analysis and reporting.

These tools were widely adopted in safety-critical industries like automotive, aerospace, and medical devices.

References

External links
 Programming Research Limited website

Borough of Elmbridge
Companies based in Surrey
Privately held companies of the United Kingdom
Science and technology in Surrey
Software companies of the United Kingdom
Chak-pur. Chak-pur () are the traditional tools used in Tibetan sandpainting to produce sand mandalas. They are conically shaped metal funnels and often have ridges down the sides. Normally about  in length, they taper to a fine point and are made with varying diameter holes at the end in order to disperse the sand in a controlled way. A Tibetan monk will usually tap glide a piece of wood over the ridges in order to slowly allow the sand to emerge through the hole through the vibrations created.

References

Artistic techniques
Sand paintings
Tibetan art
Mercedes-Benz AMG C-Class DTM (W204). The Mercedes-Benz AMG C-Class W204 DTM is a DTM-championship touring car constructed by the German car manufacturer Mercedes-Benz. It was the facelift version of the Mercedes-Benz AMG C-Class W203 DTM and based on the Mercedes-Benz C-Class W204 second generation car. The Mercedes-Benz AMG C-Class W204 DTM was unveiled at the 2007 Geneva Motor Show.

Technical details 
Like all racing cars in the DTM it is based on the C-Class W203 DTM and looked like the eponymous series cars. The prototype was constructed on a CFK - monocoque chassis with an integrated 15.4-imperial gallons fuel tank. Since refuelling at this time was still allowed in the race, a 26.4-imperial gallons tank was not built as from 2012. The C-Class W204 DTM is powered by a  Mercedes-Benz naturally-aspirated V8 engine, power output approximately  and maximum torque approximately . The rear-wheel drive C-Class DTM also has a sequential 6-speed sports transmission, a 3-plate carbon fiber clutch supplied by Sandtler (2007-2010), then ZF (2011) and an adjustable multi-disc limited-slip differential, check by mercedes diagnostic tool.

References

External links 
 Mercedes-Benz Motorsport website

DTM (W204)
Deutsche Tourenwagen Masters cars
Kimchi (software). Kimchi is a web management tool to manage Kernel-based Virtual Machine (KVM) infrastructure. Developed with HTML5, Kimchi is developed to intuitively manage KVM guests, create storage pools, manage network interfaces (bridges, VLANs, NAT), and perform other related tasks. The name is an extended acronym for KVM infrastructure management. It is an Apache-licensed project hosted on GitHub, and incubated by oVirt.org.

References

 Kimchi Page @ Github
 Kimchi @ KVM Forum Presentation by Adam Litke
 Kimchi announcement @ Developers Works
 Kimchi being submitted as oVirt incubated project

Virtualization software
Web development
Free software programmed in Python
Software using the GNU Lesser General Public License
Base and bounds. In computing base and bounds refers to a simple form of virtual memory where access to computer memory is controlled by one or a small number of sets of processor registers called base and bounds registers.

In its simplest form each user process is assigned a single contiguous segment of main memory. The operating system loads the physical address of this segment into a base register and its size into a bound register. Virtual addresses seen by the program are added to the contents of the base register to generate the physical address. The address is checked against the contents of the bounds register to prevent a process from accessing memory beyond its assigned segment.

The operating system is not constrained by the hardware and can access all of physical memory.

This technique protects memory used by one process against access or modification by another. By itself it does not protect memory from erroneous access by the owning process. It also allows programs to be easily relocated in memory, since only the base and bounds registers have to be modified when the program is moved.

Some computer systems extended this mechanism to multiple segments, such as the i bank and d bank for instructions and data on the UNIVAC 1100 series computers or the separation of memory on the DEC PDP-10 system into a read/write "low" segment for the user process and a read-only "high" segment for sharable code.

Apple Computer's MultiFinder of 1987 is a more modern use of this technique. Programs shipped with a requested bounds figure stored in the resource fork and the operating system attempted to move the program to an area in memory with that amount free. The user could also adjust this figure using the Get Info dialog, typically to increase the amount of memory for programs with large needs, like Photoshop.

Segmented virtual memory is a further generalization of this mechanism to a large number of segments. Usually the segment table is kept in memory rather than registers.

See also
 Memory management (operating systems)
 Memory management unit

References

Memory management
Virtual memory
Central Institute of Plastics Engineering & Technology. Central Institute of Plastics Engineering & Technology may refer to the following institutions in India:
Central Institute of Plastics Engineering & Technology, Bhubaneswar
Central Institute of Plastics Engineering & Technology, Hajipur
Central Institute of Plastics Engineering & Technology, Khunti
Central Institute of Plastics Engineering & Technology, Murthal
Central Institute of Plastics Engineering & Technology, Raipur
D/Vision Pro. D/Vision Pro was one of the earliest marketed non-linear editing systems. It was released by TouchVision Systems, Inc. in the mid-1990s.

The Program was DOS-based and worked on either the Intel 386 or 486 processor. The system used AVI compression and worked with the Action Media II board.

The system allowed users to digitize video, audio, and timecode, create an edit decision list (EDL), instantly play back the edited program, and output the finished EDL in a wide variety of formats.

These cost-effective editing systems were used by numerous independent filmmakers and in low-budget productions during the mid-late 1990s.

D/Vision Pro's low-quality compression led TouchVision (later renamed D/Vision Systems) to abandon it in favor of D/Vision Online, which was purchased by Discreet Logic and renamed edit*.

In June 2002, Discreet discontinued edit*, as they did not want it to interfere with smoke* sales which were more profitable. Discreet was later purchased by Autodesk.

References

Products introduced in the 1990s
Film and video technology
Video editing software
Abhi Talwalkar. Abhijit Y. Talwalkar (born March 10, 1964) is an Indian-American business executive who was president and CEO of LSI Corporation, a company that designed chips and software for datacenters and other applications.

Early life and education
Talwalkar was born in Pune, India, on March 10, 1964. Talwalkar received his bachelor's degree in electrical engineering from Oregon State University in 1985.

Career

Prior to 1993, Talwalkar held senior engineering and marketing management positions at Sequent Computer Systems (now part of IBM), Bipolar Integrated Technology and Lattice Semiconductor.

Talwalkar served in many upper management positions at Intel from 1993 to 2005. His career at Intel started as a Server Development Engineering and Program manager in 1993. He then served as vice president and general manager for the Intel Enterprise Platform and Service Division. In 1996, Talwalkar was promoted to co-manager and vice president of Intel's Digital Enterprise Group with Pat Gelsinger.

In May 2005, Talwalkar replaced Wilfred Corrigan as CEO of LSI Corporation. Under Talwalker's leadership, LSI became profitable again in his first four years. Talwalkar joined a company that was "in a strategic vacuum, participating in way too many markets and subscale in a lot of them." Talwalkar redirected the company to focus on the "data deluge," the massive growth in information flowing through datacenters and wireless networks. This included areas of IT, such as cloud computing, Big Data and social media and wireless networks. All of the product lines were completely rebuilt, with many of them being sold off to focus primarily on chips and other products that work with data storage and communications. The company emerged centered on the secular trends in data and traffic growth, with reported top line growth of nine percent in 2012.

Talwalkar was appointed to serve on the board of directors for Lam Research Corporation on 22 February 2011.

Talwalkar appeared on the cover of Dataquest magazine in 2012, and was named one of the Most Influential Global Indians in Technology. That same year, Talwalkar was a featured speaker at the IDC Cloud Leadership Forum in June, as well as serving as a panelist at the December CEO2CEO Leadership Summit in New York.

In 2013, Talwalkar appeared on stage together with Box CEO Aaron Levie at the Accelerating Innovation Summit.

In December 2013, it was announced that Avago had acquired LSI Corporation for $6.6 billion in a cash transaction. LSI Corporation publicly stated that Talwalkar would leave the company after the close of the transaction.

Since 2019, Talwalkar is the chairman of Lam Research. He is a board member of AMD, TE Connectivity, iRhythm Technologies, and the Semiconductor Industry Association.

Personal life
Talwalkar is married and has two sons.

References

External links
Bridging The Data Deluge Gap by Abhi Talwalkar
A Mentor Is Not a Coddler by Abhi Talwalkar
Turning 'data deluge' from a challenge into an opportunity for India by Abhi Talwalkar

1964 births
Living people
Oregon State University alumni
Intel people
Businesspeople from Pune
Mon Valley Works–Irvin Plant. The Mon Valley Works–Irvin Plant is a steel processing plant operated by U.S. Steel and historically a "hot strip mill" (sometimes referred to as a "steel mill") in the Pittsburgh suburb of West Mifflin, Pennsylvania.  The site consists of 650 acres on a hilltop 250 feet above the Monongahela Valley.
The plant has an annual capacity of 2.9 million net tons of steel from an 80″ hot strip mill, 64″ and 84″ Pickle lines, 84″ five-stand cold reduction mill, continuous annealing line, batch and open-coil annealing facilities, 84″ temper mill, 52″ hot-dip galvanizing line and a 48″ hot-dip galvanizing line, as well as the #11 Shear Line and #17 Recoil line.  The #11 shear line starts with the Kline conveyor.

History

The mill was announced on May 22, 1937 and opened in phases starting on March 2, 1938 while being dedicated on December 15, 1938 for U.S. Steel and was constructed by Mesta Machinery.  U.S. Steel has claimed that construction of the hilltop site required more cubic yards of earth moved (4.4 million cubic yards) than any project other than the Panama Canal.  The cost of the construction of the facility was estimated at $63 million ($ today).  It produced its 80 millionth ton of steel in 1981 with a workforce of 4,000 that year.

In 1943 a Pittsburgh grand jury indicted four Carnegie Illinois foremen for destroying records of steel plating tests conducted at Irvin.

Texas Governor Rick Perry made a major televised campaign stop at the plant in October 2011.

In January 2012 a large explosion and fire rocked the plant.

President Barack Obama visited the plant in January 2014 to launch his program on new retirement accounts, signing the myRA at a televised ceremony at the plant.

In May 2019 U.S. Steel announced a project to spend $1 billion dollars to build a combined casting and rolling facility. The project was repurposed in 2021.

References

External links
Official website by US Steel
Aerial image of the plant in 1952

Buildings and structures in Allegheny County, Pennsylvania
Ironworks and steel mills in Pennsylvania
History of Pittsburgh
Industrial buildings and structures in Pennsylvania
Industrial buildings completed in 1938
U.S. Steel
1938 establishments in Pennsylvania
OpenAutonomy. OpenAutonomy is a protocol facilitating decentralized social networking and other web services.  The design of the system allows users to interoperate across different internet servers and domains with no central mediating authority.  Further, each user can also possess application instances running on different internet servers and domains yet still interacting with each other across these boundaries.

The intent of the technology and its users is to build a distributed, federated, extensible web platform to compete with the current "walled garden" approach. The idea is to break the boundaries between services/servers and web/native and allowing everything to inter-operate with an emphasis on: extensibility, innovation, privacy, and freedom.

Applications and use cases

OpenAutonomy currently has innate applications which lend themselves to several use-cases where users are in full control of their content with the use of trust groups: a social networking application, an event application which is used to announce events and add photos from those events which can then be shared, a personal cloud storage location with the option of file collaboration, a messaging system to message other users and the ability to add personal and general RSS feeds catering to a user's own interests from anywhere on the web for a user's own as well as potentially collaborative shared use.

As the OpenAutonomy user base is distributed across multiple internet domains, a federated login system is provided to allow these users to interact as first-class entities on any OpenAutonomy server.

Anyone can run an OpenAutonomy server or extend the capabilities of existing servers and applications by defining their own application protocols.

As of February 9, 2020, the hyperlink to the website redirects to a DNS sales company.

See also 

Comparison of software and protocols for distributed social networking

References

External links
 Open Autonomy Inc. (runs the reference implementation)
 OpenAutonomy PHP server and related tools on SF.net (includes reference implementation code)

Social networking services
Open formats
Internet technology companies of Canada
RSS
Web syndication formats
Cloud storage
Image-sharing websites
S-One. S-One is a Japanese robot made by Tokyo-based company Schaft to compete in the Robotics Challenge, a DARPA-organized competition with an aim to "discover" the most up-to-date humanoid robots.

S-One won the competition with 27 points out of 32 by completing tasks such as clearing the ground of objects and passing through debris without difficulty. The S-One lost points when it was unable to exit from a vehicle.

Characteristics
S-One is 130 cm (4 feet 17⁄64 inches) high and weighs 95 kg (209 lbs).

References

Robots of Japan
Ammann Group. Ammann Group Holding AG (stylized as ΛMMΛNN) is a Swiss mechanical engineering company specialised on machines for the building industry and road construction. The group of companies employs around 3,000 people and generated sales of CHF 900 million in 2020.

As of 2012, the company employs a workforce of about 3,400. It is incorporated in Bern, but its offices are located in Langenthal (canton of Bern).

The company is a family business founded in  1869 by Jakob Ammann. Ammann developed an internal-combustion powered Road roller in 1911. From  1931, the company also acted as representative of Caterpillar Inc. in Switzerland. In the 1980s, Ammann Group expanded to Germany and France (joint-venture with Yanmar 1989), and currently has production facilities in eight locations, Langenthal in Switzerland,  Alfeld (Leine) and Hennef in Germany, Verona in Italy, Nové Město nad Metují in the Czech Republic, Shanghai in China, Gravatai in Brazil and Ahmedabad in India.

From 1990 until his election to the Swiss Federal Council in 2010, the company chairman was Johann Schneider-Ammann.

Since the appointment as CEO of Hans-Christian Schneider, the son of Johann Schneider-Ammann, the company has been administered in the owner family's sixth generation.

References

Construction equipment manufacturers of Switzerland
Companies based in Bern
Swiss companies established in 1869
Swiss brands
Langenthal
Manufacturing companies established in 1869
Pertamina Energy Tower. Pertamina Energy Tower was a 99-storey,  proposed skyscraper in Jakarta, Indonesia. It was designed and planned by Skidmore, Owings & Merrill LLP (SOM), a private architecture and engineering company, and it was supposed to be the new HQ of the state-owned energy company Pertamina.

Design
The tower was proposed to have a dual structural system composed of a central reinforced concrete core and a perimeter composite moment frame. The two systems are connected at regular intervals along the height using steel outrigger and belt trusses.

Postponement of the construction

On 20 February 2015, Pertamina Finance Director Arief Budiman, confirmed that further construction of the Pertamina Energy Tower was suspended due to "depressed oil prices."

Restart of a scaled-down tower, is return building in resume construction tower
 
CNN reported in 19 April 2016 that a scaled-down 30-storey tower (instead of the original 99 storey) will be restarted by a local state-owned bank PT Bank Negara Indonesia Tbk (BNI). there are no new buildings in retunrn is design 2024 on 18 December 2024, in return is from design in 2014 (Buildings is 2024) with an estimated completion of 2030. The groundbreaking took place on 7 February 2025 – about half a year after the designing process started. Skidmore, Owings & Merrill LLP (SOM) was the contractor. The Pertamina Energy Tower was topped out in 2029 and the cladding was finished by the end of 31 December 2030.

See also
List of tallest buildings in Jakarta
List of tallest buildings in Indonesia

References 

Skyscraper office buildings in Indonesia
Buildings and structures under construction in Indonesia
Skidmore, Owings & Merrill buildings
Pertamina
Channel Islands Electricity Grid. The Channel Islands Electricity Grid (CIEG) is the joint company set up in 1998 between Guernsey Electricity and Jersey Electricity to operate and manage the submarine cables between mainland Europe and the Channel Islands.

The grid physically comprises a network of high voltage (90 kV, 3-phase, 50 Hz) submarine and underground cables linking the French electricity grid to the electricity systems on the islands of Jersey and Guernsey. The grid enables electricity generated from renewable sources in France to be transmitted to Jersey and Guernsey.

Development 
The CIEG is continuing to develop the undersea cable network with additional subsea cables between the islands and France being devised to give both Guernsey and Jersey greater security and better affordability, as they will give the islands the opportunity to increase the amount of imported energy.

Long term agreements with Électricité de France (EdF) ensure the imported electricity is low carbon. Ninety percent of Guernsey’s electricity is imported from the grid.

Co-operating through the CIEG means the islands can work together towards improving the reliability of the grid system.

Cable connections

Future 
 Possible - France to Guernsey 
 Unlikely - Guernsey to Sark

See also 

 Jersey Electricity Company
 Guernsey Electricity
 List of power stations in the British Crown Dependencies

External links

Guernsey Electricity's website
Jersey Electricity's website

References

Electric power companies of the Channel Islands
Infrastructure in the Channel Islands
Submarine power cables
Electric power infrastructure in the United Kingdom
1998 establishments in the United Kingdom