omniomni/omni-engineering huggingface dataset:
Blue team (computer security). A blue team is a group of individuals who perform an analysis of information systems to ensure security, identify security flaws, verify the effectiveness of each security measure, and make certain all security measures will continue to be effective after implementation.

Some blue team objectives include:

 Using risk intelligence and digital footprint analysis to find and fix vulnerabilities and prevent possible security incidents.
 Conduct regular security audits such as incident response and recovery.

History
As part of the United States computer security defense initiative, red teams were developed to exploit other malicious entities that would do them harm. As a result, blue teams were developed to design defensive measures against such red team activities.

Incident response
If an incident does occur within the organization, the blue team will perform the following six steps to handle the situation:

Preparation
Identification
Containment
Eradication
Recovery
Lessons learned

Operating system hardening
In preparation for a computer security incident, the blue team will perform hardening techniques on all operating systems throughout the organization.

Perimeter defense
The blue team must always be mindful of the network perimeter, including traffic flow, packet filtering, proxy firewalls, and intrusion detection systems.

Tools 
Blue teams employ a wide range of tools allowing them to detect an attack, collect forensic data, perform data analysis and make changes to threat future attacks and mitigate threats. The tools include:

Log management and analysis 
 AlienVault
 Graylog
 InTrust
 LogRhythm
 Microsoft Sentinel
 NetWitness
 Rapid7
 SolarWinds
 Splunk

Security information and event management (SIEM) technology 
SIEM software supports threat detection and security incident response by performing real-time data collection and analysis of security events. This type of software also uses data sources outside of the network including indicators of compromise (IoC) threat intelligence.

See also
 List of digital forensics tools
 Vulnerability management
 White hat (computer security)
 Red team

References

Cybersecurity engineering
Hausi A. Muller. Hausi A. Müller (born August 11, 1955 in Egg, Switzerland) is a Canadian computer scientist and software engineer. He is a professor of computer science at the University of Victoria, British Columbia, Canada and a Fellow of the Canadian Academy of Engineering.

He is known for his work in the fields of software evolution and adaptive systems. He was the lead architect of Rigi, an end-user programmable environment for software analysis, exploration, and visualization.

He was General Chair of the ACM/IEEE International Conference on Software Engineering (ICSE 2001) in Toronto. He serves on the IEEE Computer Society Board of Governors (2015–17) and is Vice President of IEEE Computer Society Technical and Conferences Activities Board. He was Chair of IEEE Computer Society Technical Council on Software Engineering (TCSE) 2010-15. 
Together with Kenny Wong he has provided an efficient implementation of Fortune's algorithm.

Awards and honors
 IEEE Computer Society Golden Core Member, 2016
 Distinguished Service Award, IEEE Computer Society Technical Council on Software Engineering (TCSE), 2016
 Fellow Canadian Academy of Engineering (FCAE), 2012
 Team Award: IBM Canada Project of the Year Award, IBM Center for Advanced Studies (CAS) Markham, Ontario, Canada, 2011
 IBM CAS Research Special Contributions Award, 2010

References

External links
 at the University of Victoria
Citations on Google Scholar
Publications list on DBLP
IEEE Computer Society Learning Webinar on Conferences, 2016

Canadian computer scientists
Living people
1955 births
Rice University alumni
Academic staff of the University of Victoria
Fellows of the Canadian Academy of Engineering
S. M. Nazrul Islam. S. M. Nazrul Islam is a Bangladeshi academic. He served as the 11th Vice-chancellor of Bangladesh University of Engineering and Technology (BUET).

Education
Islam earned his bachelor's from East Pakistan University of Engineering and Technology in 1969. He then joined in the Department of Mechanical Engineering as a Lecturer and later he completed his master's from BUET. He obtained his Ph.D. from University of Windsor.

Career
Islam was the Dean of Engineering of University of Maiduguri in Nigeria and a Professor of Al Fateh University in Libya. He was the Head and Dean of Faculty of Mechanical Engineering at BUET. Besides, he served as the Director of Directorate of Students Welfare (DSW) and Centre for Energy Studies.

Islam was the President of Institute of Engineers Bangladesh (IEB). He served as the Vice-chancellor of Khulna University in late 1990s and Bangladesh University of Engineering and Technology from 2010 until 2014.

Controversy 
Islam stirred controversy the day he took office on August 30, 2010 as the vice-chancellor of BUET. He assigned, Kamal Ahammad, a non-statutory deputy registrar, in charge of the registrar as an additional duty. In April 2012, BUET Teachers Association launched agitation bringing 16 allegations against Islam and Pro-vice-chancellor M Habibur Rahman. The association alleged that the appointment of Rahman to the post of Pro-VC was based solely on his political affiliations. On September 3, 2012, the students of BUET burnt effigies of Islam and Rahman on the campus demanding their resignation. On September 10, the post of Pro-VC held by Rahman was removed by the Chancellor and President of Bangladesh Zillur Rahman.

References

Living people
University of Windsor alumni
Bangladesh University of Engineering and Technology alumni
Academic staff of the University of Maiduguri
Academic staff of the University of Tripoli
Academic staff of Bangladesh University of Engineering and Technology
Vice-chancellors of Bangladesh University of Engineering and Technology
Year of birth missing (living people)
Place of birth missing (living people)
HPCG benchmark. The High Performance Conjugate Gradients Benchmark (HPCG benchmark) is a supercomputing benchmark test proposed by Michael Heroux from Sandia National Laboratories, and Jack Dongarra and Piotr Luszczek from the University of Tennessee.

Benchmark
It is intended to model the data access patterns of real-world applications such as sparse matrix calculations, thus testing the effect of limitations of the memory subsystem and internal interconnect of the supercomputer on its computing performance. Because it is internally I/O bound (the data for the benchmark resides in main memory as it is too large for processor caches), HPCG testing generally achieves only a tiny fraction of the peak FLOPS the computer could theoretically deliver.

HPCG is intended to complement benchmarks such as the LINPACK benchmarks that put relatively little stress on the internal interconnect. The source of the HPCG benchmark is available on GitHub.

As of June 2018, the Summit supercomputer held the top spot in the HPCG performance rankings, followed by the Sierra and the K computer. 

In June of 2020, Summit was superseded by Fugaku with a speed of 16.0 HPCG-petaflops (an increase of 540%). Summit is currently 4th, LUMI 3rd and Frontier 2nd.

See also 
 Graph500
 Memory access pattern
 Preconditioned conjugate gradient method
 Traversed edges per second

References

External links 
 
 

Parallel computing
Supercomputer benchmarks
Muhammad Shahjahan. Muhammad Shahjahan (2 January 1939 – 20 September 2000) was a Bangladeshi academic. He served as the 6th vice-chancellor of Bangladesh University of Engineering and Technology (BUET).

Education

Shahjahan passed matriculation exam from Armanitola Government High School in 1954 and intermediate examination from Dhaka College in 1956. 
He then earned his bachelor's in civil engineering from Ahsanullah Engineering College in 1960. He obtained his master's from Colorado State University in 1963 and Ph.D. from University of Strathclyde in 1970.

Career
Shahjahan joined as a lecturer in Ahsanullah Engineering College (later BUET) in October 1960. He served as the vice-chancellor of BUET from April 1991 to November 1996. His second-term reappointment was truncated by a teacher-students-employees agitation. He retired from BUET in January 2000.

Shahjahan died on 20 September 2000 at Shaheed Suhrawardy Hospital in Dhaka.

References

1939 births
2000 deaths
People from Keraniganj Upazila
Dhaka College alumni
Bangladesh University of Engineering and Technology alumni
Colorado State University alumni
Alumni of the University of Strathclyde
Academic staff of Bangladesh University of Engineering and Technology
Vice-chancellors of Bangladesh University of Engineering and Technology
Dhaka Collegiate School alumni
Listed buildings in Upper Denton. Upper Denton is a civil parish in the Cumberland district of Cumbria, England.  It contains ten buildings that are recorded in the National Heritage List for England.  Of these, one is listed at Grade I, the highest of the three grades, two are at Grade II*, the middle grade, and the others are at Grade II, the lowest grade.  Hadrian's Wall (the Roman Wall) passes through the parish, and a stretch of the wall is listed.  Many of the buildings are constructed from stone taken from the wall, and one listed building, Willowford and its attached farm buildings, is built between the wall and its vallum.  Two of the listed buildings originated as bastle houses, and the other listed buildings comprise farmhouses, farm buildings, houses, a redundant church, and a railway bridge.


Key

Buildings

Notes and references

Notes

Citations

Sources

Lists of listed buildings in Cumbria
ULMA Handling Systems. ULMA Handling Systems is a material handling and logistics automation company, supplier of automated storage and retrieval systems, based in Oñati, Spain. The company engineers design, produce, and install material handling systems in installations, from small warehouses to complex systems.

Corporate information 
The firm has operational subsidiaries in several countries 
 ULMA Handling Systems Coslada (Madrid), Spain
 ULMA Handling Systems Vic (Barcelona), Spain
 ULMA Handling Systems Alfafar (Valencia), Spain
 ULMA Handling Systems Paris, France
 ULMA Handling Systems Arnhem, Netherlands
 ULMA Handling Systems São Paulo, Brazil

History 
ULMA Handling Systems is one of the 9 companies which make up ULMA Group, which dates back to 1957 when six young mechanics set up a small workshop in Oñati (Guipúzcoa). In 1988 was founded ULMA Handling Systems, after a technology transfer agreement was signed with the Japanese company Daifuku for the sale and introduction of automatic material handling.

In 1997, the company broke into overseas markets installing warehouses in Brazil, France and Italy and nowadays has subsidiaries in Spain, France, the Netherlands, Brazil, Chile and Peru.

Products and services 
The company designs material handling systems involving automatic movements of the products, improving the productivity rates and the efficiency of the warehouses.

The company develops order picking solutions, automated storage and retrieval systems (AS/RS), conveyor and automated guided vehicles, automated sorting solutions and end of line solutions. ULMA Handling Systems offers from logistics consulting, planning, design to after sales service.

In addition, the company provides warehouse management software which guarantees the optimization and optimum control of all the movements of the goods that are located into the warehouse. 
It also offers baggage handling solutions, designing and developing integral solutions and health logistics solutions, such as storage of medication and its dispensing.

References 

Logistics companies of Spain
Spray-on clothing. Spray-on clothing is a form of clothing, that is applied by spraying polymer over the body in such a manner that it appears as clothing. It is a polymer mix that dries relatively quickly.

On September 15, 2010, Ian Sample, The Guardians Science correspondent reported on a press conference where Dr Manuel Torres showed a spray-on clothing product named Fabrican.  Covering the same announcement Prita Ganapati, writing for Wired magazine referred to the result as "spray-on fabric".  The Guardian referred to both "spray-on bandages" and "spray-on fabric".  Scientific American referred to both "spray-on clothing" and "spray-on clothes". Torres described the fabric as similar to felt.

References

Clothing by material
Wahiduddin Ahmed. Wahiduddin Ahmed (1 January 1923 – 3 November 2018) was a Bangladeshi academic. He served as the 3rd vice-chancellor of Bangladesh University of Engineering and Technology. He had been a Fellow of Bangladesh Academy of Sciences since 1975. He was born on January 1, 1923, in Pachani Village of Mohanpur Union of Matlab Uttar Upazila in Chandpur.

Education
Ahmed passed matriculation examination from Nunshiganj High School in Comilla in 1939 and intermediate examination from Jagannath Intermediate College in Dhaka in 1941. He earned his two bachelor's degrees from the University of Dhaka in 1943 and from M. V. Aligarh University in 1947. He obtained his master's from the University of California Berkeley in 1950 and Ph.D. from University of Wales in 1962.

Career
Ahmed joined as an assistant professor in Ahsanullah Engineering College (later became Bangladesh University of Engineering and Technology (BUET)) in 1951. He joined as the first principal of Chittagong Engineering College in 1967 and the director of Technical Education in 1972.

Ahmed served as the vice-chancellor of BUET from April 1975 to April 1983. From 1986 to 1992, he was the vice chairman of Council of BITs. In December 1990, he was appointed an adviser to the interim government led by the then president Justice Shahabuddin Ahmed.

References

1923 births
2018 deaths
People from Matlab Uttar Upazila
University of Dhaka alumni
Aligarh Muslim University alumni
University of California, Berkeley alumni
Alumni of the University of Wales
Academic staff of Bangladesh University of Engineering and Technology
Vice-chancellors of Bangladesh University of Engineering and Technology
Fellows of Bangladesh Academy of Sciences
Advisers of Shahabuddin Ahmed ministry
Abdul Matin Patwari. Abdul Matin Patwari (; born 1 January 1935) is a Bangladeshi academic. He served as the 4th vice-chancellor of Bangladesh University of Engineering and Technology.

Education

Patwari passed matriculation examination from Matlabganj J. B. Pilot High School in Comilla in 1950 (stood 1st place) and intermediate examination from Rajshahi College in 1952 (Stood 2nd place). He earned his bachelor's in electrical engineering from Ahsanullah Engineering College (now BUET) in 1956, M.S. in electrical engineering in 1961 from the Texas A & M University; M.A. in mathematics in 1963 from University of California, Berkeley and Ph.D. in electrical engineering in 1967 from Sheffield University, U.K.

Career
Patwari joined as a lecturer in Ahsanullah Engineering College in December 1956. He served as the vice-chancellor of Bangladesh University of Engineering and Technology (BUET) from April 1983 until April 1987. He retired from BUET in April 1991.
Patwari joined Islamic Centre for Technical and Vocational Training and Research (ICTVTR), now known as Islamic University of Technology (IUT) which is subsidiary organ of Organization of Islamic Cooperation (OIC), as director general (DG) on 1 May 1987. He retired from the university in 1998.

Patwari served as vice-chancellor of University of Asia Pacific in Dhaka from 2004 until 2012.

References

1935 births
Living people
People from Laksam Upazila
Bangladesh University of Engineering and Technology alumni
Academic staff of Bangladesh University of Engineering and Technology
Texas A&M University alumni
Vice-chancellors of Bangladesh University of Engineering and Technology
Fellows of Bangladesh Academy of Sciences
Rajshahi College alumni
Bastar iron craft. Bastar iron craft (also known as "wrought iron craft of Baster") is a traditional Indian iron crafts that are manufactured in the Bastar district of Chhattisgarh state, India. The iron-crafting work has been protected under the geographical indication (GI) of the Agreement on Trade-Related Aspects of Intellectual Property Rights (TRIPS) agreement. It is listed at item 82 as "Bastar Iron Craft" of the GI Act 1999 of the Government of India with registration confirmed by the Controller General of Patents Designs and Trademarks.

The iron craft skill is passed through generation to generation in Bastar region. Some tribal communities are experts in iron craft work and many of them became as iron-smiths. Among many communities Gondi and Maria are notable for the traditional iron-crafting.

See also 
Bidriware
Kinnal Craft
 List of Geographical Indications in India

References 

Bibliography

External links 
 Design Gallery: Wrought Iron craft of Bastar

Indian metalwork
Artistic techniques
Bastar district
Geographical indications in Chhattisgarh
MW Motors Luka EV. The MW Motors Luka EV is an electric car designed and produced by MW Motors in the Czech Republic since the 2010s.

The Luka EV is unusual in having four wheel hub motors instead of a central electric motor. The body is inspired by the Tatra JK 2500 prototype and is made from fibreglass on an aluminium chassis.

Charging the battery takes 9 hours from a domestic single phase 220 VAC socket or 2 hours with a 3-phase rapid charger.

The MRK I and II prototypes were hand built as open source projects on Hackaday. The final production MRK III follows the previous cars closely but the details are closed source. The price is expected to start at .

The MRK I prototype was nominated, together with five other vehicles, for the eCarTec Award 2015 in the Electric Vehicle category.

References

External links

 https://github.com/MWMotors/Car

Coupés
Electric sports cars
Electric concept cars
All-wheel-drive vehicles
Production electric cars
Retro-style automobiles
Large workspace robot. A large workspace robot (LWR) is a robot that is defined by especially large workspaces compared to certain characteristics like weight (or mass), or bulk size of the robot itself.

Definition 
The size of the workspace of a robot is, in general, proportional to the mass of the robot, or to its size. This means that the notion of LWR can be defined only relative to some other feature of the system.

Weight-based 
For example, considering a robot of mass m and a workspace volume W the adimensional quantity β (from the Greek word for "weight", βάρος) can be defined as:

Upon preliminary examination of the panorama of industrial robots, it was shown that a good threshold for this parameter is . Indeed, in the case where , the robot can be considered as a LWR. The vast majority of industrial serial and parallel manipulators fall into the category where .

Bulk-based 
A different approach in defining LWRs is through the bulk size of the robot. The adimensional quantity δ can be defined as:

The bulk-based definition is less general, and depends strongly on how it is implemented. Specifically, the definition of Dmax is non-obvious; for example, if a deployable robot is taken into consideration, Dmax can be thought of either the maximum dimension of the stored configuration of the robot, or as the maximum dimension of the deployed configuration.

Examples 
The most widely known example of Large Workspace Robot is called Cable Driven Parallel Manipulator (CDPR), or Cable Direct Driven Manipulator (CDDR). This kind of robots take advantage of cables, winded on computer-controlled winches, to maneuver the end-effector.

By keeping the cables taut either simply by exploiting the force of gravity, or using complex over-actuated systems, the robot can reach very large workspaces while keeping its mass to modest values. Indeed, while it is true that in order to double the size of the workspace, the cables' length should double as well, the large part of the mass of the robot lies in the winches, pulleys and the end-effector; the influence of the cable length is only mildly influential to these components.

Another example of LWR is an uncrewed vehicle, a rover or the more general mobile robot. The workspace of this kind of robots can be considered unlimited, albeit only bi-dimensional and constrained by the ground shape. This means that, from , ; the same is true for the bulk-based parameter .

References 

Industrial robotics
RCA 501. The RCA 501 was a transistor computer manufactured by RCA beginning in 1958.

History
RCA's pioneering work in transistors in other products provided its engineers with the basis needed to design effective use of transistors in early solid-state electronic computer systems as well.  After three years of development, RCA introduced by 1959 the all-transistor RCA 501, a medium- to large-scale computer which  according to the sales brochures   was "the world's most advanced electronic data processing system". It was designed by industrial designer John Vassos, who employed a modular design strategy, framing the computer and its components as a system and not as individual units. He also used color coding to assist the operator to run the machine in an "orderly and fully controlled manner" according to the advertisement.

The United States Air Force purchased a 501 system in 1959 for $121,698.  Other customers included the US Navy and Army, State Farm Life Insurance, and General Tire and Rubber Company.

A compatible version of the RCA 501 was sold by English Electric as their model KDP10/KDF8.

Features

The RCA 501 utilized advanced manufacturing techniques such as pluggable card units or printed circuit boards.  It also included a centralized operating console, from which the operator could control all aspects of the computer from one location, including starting and stopping of programs. It also used high-speed magnetic-core memory, expandable from 16k to 260k characters.  An optional drum memory unit could provide up to 1.5 million characters of storage, and up to 63 magnetic tape units could be installed.  The tape drives utilized variable length records, whereby the "data on [the] tape [is] in proportion to the length of the data in each entry."

It weighed about .

See also
 List of transistorized computers
 History of computing hardware

References

1950s computers
RCA brands
Pragati Aerospace Museum. Pragati Aerospace Museum (also known as "Hindustan Aeronautics Limited Pragati Museum") is situated outside the town of Nashik in India. In August 2001, HAL opened this museum to showcase their technical achievements and commendable journey. The models of air-crafts manufactured by HAL are kept here for display. The models are mounted on pylons.

Museum highlights
The aerospace museum is divided into two rooms. One room is showcasing pictorial history of HAL, including flight history, fighter plane technology, etc. And the other room contains some polished components of aircraft, mainly Sukhoi Su-30, Mig-21, and Mig-27. Also a Mig-21's pilot helmet and flight suit dating from 1963 are displayed here.

Gallery

References

2001 establishments in Maharashtra
Museums established in 2001
Museums in Maharashtra
Aerospace museums in India
Buildings and structures in Nashik
Tourist attractions in Nashik
Industry museums in India