omniomni/omni-engineering huggingface dataset:
Stylumia. Stylumia is an Indian software as a service company based in Bangalore, Karnataka. Stylumia is better known for providing artificial intelligence-driven fashion analytics tools to apparel industries.

Formation and services
In 2015, the Stylumia was founded by an entrepreneur, Ganesh Subramanian. Since its inception, the company has developed several market Intelligence tools for fashion industry. In 2016, Stylumia has introduced artificial intelligence based tools for fashion trend forecasting, demand prediction, predictive distribution and design generation. In 2017, Stylumia expanded their business to Europe. In 2020, Stylumia expanded their business to North America.

Stylumia has helped "reduce fashion industry's carbon footprints by 60 million garments per annum."
The company has been recognised for its sustainability efforts and was chosen as one of the six circular change makers in 2019.

In 2019, Stylumia was selected for the Target Accelerator Program to support Target's global business strategy.

Recognition
Nasscom Emerge50 Product, 2019
Amazon AI Conclave Award – Retail, 2019
Circular Changemaker by Fashion for Good, 2019
 Aegis Graham Bell Award

References

External links 

2015 establishments in Karnataka
Companies based in Bengaluru
Software companies established in 2015
Software companies of India
Indian companies established in 2015
Emil Mohammed. Emil Mohammed  also known as Farhan Roshan is an Indian music composer, mixing engineer and  sound designer. He is a graduate from SAE School of audio engineering, Chennai. He works predominantly in Malayalam cinema and Kannada cinema Industry. He is known for films such as Mera Naam Shaji directed by Nadirshah Dhairyam, Circus,Nanda Loves Nanditha, Ragini IPS, Kidi and Namo Bhootatma.

Early life and education
Emil Mohammed  born in Thiruvananthapuram, Kerala to SA Khareem, Nazeera Beevi. Emil studied in Christ Nagar School, Thiruvananthapuram, Muslim Association College of Engineering and  graduated in sound engineering from SAE School of audio engineering, Chennai. During school days he was actively performing music  with  his keyboard.

Music career
He started as Audio engineer and turned  to start  work  for South Indian movies as keyboard programmer and music producer. He become independent music director in Kannada films like Nanda Loves Nanditha. The song Jinkemarina from Nada loves Nandhitha marked his career as music director and is one of the noted songs in Kannada. Later he composed songs for films as Mera Naam Shaji directed by Nadirshah, Dhairyam Circus,   Nanda Loves Nanditha and Ragini IPS.

Filmography

References

എമിൽ മുഹമ്മദ്
Profile of Malayalam Musician Emil Muhammed
Emil Muhammed Archives 
Emil names his band as Jinkemarina - chitraloka.com | Kannada Movie News, Reviews | Image
Magic Star Yogi Hits | Loose Maada Yogi Super Hit Kannada Song Jukebox - video dailymotion
'Gaja' rocks Kannada music market
Emil new catch! - Telugu News

External links
 IMDb -Emil Muhammed 4823167/

Living people
People from Thiruvananthapuram district
Malayalam film score composers
Kannada film score composers
Indian male film score composers
1984 births
Robert Wellesley Mann. Robert Wellesley Mann (1924, Brooklyn, New York – 2006) was a pioneer in the field of medical prosthetics.

Mann was a professor at the Massachusetts Institute of Technology, where professor of mechanical engineering for almost 40 years and a member of the Institute of Medicine of the National Academy of Sciences.

Biography
Mann graduated from Brooklyn Technical High School before serving in the Pacific theater in the Army during WWII.  He came to MIT in 1947 on the GI Bill and received the S.B. degree in 1950, the S.M. in 1951 and the Sc.D. in 1957.

Boston Arm
In September 1968, a team of physicians and designers, led by Mann, introduced the "Boston Digital Arm", the first prosthetic limb controlled by a brain–computer interface, wherein the wearer could control the movement of the arm by the electric signals sent by the brain to electronic instruments designed to interpret the signals.

References

Sources
Professor Robert W. Mann, leader in prosthetics, dies at 81

External links

1924 births
2006 deaths
American biomedical engineers
MIT School of Engineering faculty
Massachusetts Institute of Technology alumni
United States Army personnel of World War II
Thomas Whitwell. Thomas Whitwell (24 October 1837 – 5 August 1878) was a British engineer, inventor and metallurgist.
Known as Tom, he was the third son of William and Sarah Whitwell of Kendal.  Tom was initially educated at home via private tutors he was sent to the Quaker run York School at 10 years old.  In 1858,  at 16, he travelled with his elder brother William to Darlington.  As apprentice to Alfred Kitching in his locomotive building shop he learned engineering and metallurgy.  From there he continued to build his skills, working with Robert Stephenson & Co in Newcastle.

In 1859 he and William started iron-smelting at Thornaby. Iron ore had been discovered in the area four years previously.  The brothers designed and built large scale hot blast fire brick stoves that were much larger and more efficient that anything built in the area until that point.  By 1873 the three re-built blast furnaces were 80 feet high and 22 feet in diameter and the works had over 750 employees.

In 1878 Tom died due to an accident at his works.  A steam explosion caught him and his foreman John Thompson whilst they were investigating a problem with the rolling mill furnace.

The works continued to run under family ownership, under the chairmanship of Tom's nephew William Fry Whitwell until 1922 when they were eventually closed due to a global glut of pig iron.

Key inventions
Tom filed at least five patents in the UK and two in the US.  He invented and patented the technology used at Thornaby as the Whitwell Heating Stove.  Over two hundred stoves were installed in over 70 furnaces around the globe.  He also patented a continuous brick-burning kiln and a more efficient fire grate.

US Influence
The City of Whitwell in Tennessee is named in his honour. Tom was a founder and Chairman of the Southern States Coal, Iron and Land Company which developed coal mining in Whitwell and Iron smelting in nearby South Pittsburg.  Tom visited the area at least twice hosting a banquet for five hundred workers and guests of ‘all classes’.  After his death, the company was acquired by the Tennessee Coal and Iron Company.

Influence at home
Throughout his life, Tom was a committed Christian and contributed to wider society, helping to form over thirty Young Men's Christian Associations across the North of England.  He was also Captain of his local Fire Brigade.  One of his lasting legacies is the Cleveland Institution of Engineers.  The Institution is one of the oldest such engineering bodies in the world.  Tom hosted the inaugural meeting at his home on Church Road in Stockton and was the first secretary of the organisation. There were 12 members at that first meeting, but by the time of his death (when he was president) the ranks had grown to over 460.

Death and Funeral
Thousands of residents assembled to pay respects to Tom at his funeral filling the south end of Stockton High Street and the entire length of Bridge Road.  His funeral procession, was four deep and numbered about two thousand people – an unusual turnout for a 40 year old industrialist and engineer.

References

British inventors
British metallurgists
Metallurgists
1837 births
1878 deaths
Ozone Enzo. The Ozone Enzo is a French single-place two-line competition paraglider that was designed by Luc Armant and produced by Ozone Gliders. Two-line gliders have only A and B lines and lack the C or D lines traditionally used on paragliders, in an attempt to reduce aerodynamic drag. In 2020 the Enzo remained in production as the Enzo 3 variant.

Design and development
The Enzo was designed as a competition glider. Until 2011, top level competition paragliders used to compete in an "open class", a class of paragliders that did not require certification except for a mandatory load test of the lines. This resulted in very fast, but unsafe paragliders. After a series of fatal accidents, multiple national paragliding organizations made EN 926 certifications mandatory for wings used in competitions, essentially banning the open class. Manufacturers were now tasked with creating competition wings that would get an EN certification while still performing well. Ozone's take on this was the Enzo, with the name not only being a nod to Enzo Ferrari, but also a partial anagram of the company's name, and the 'EN' certification it achieved.

The Enzo and its variants dominated the paragliding competition scene that followed the end of the open class, with the only major competitors being the Gin Boomerang and the Niviuk Icepeak. This trend continued throughout the 2010 yearsthe 2019 paragliding world championship saw 83 of 150 pilots flying an Enzo 3, with only two of the top 20 pilots flying something else.

The design has progressed through three generations of models as of 2020, the original Enzo and then Enzo 2 and 3, each improving on the last. The models are each named for their relative size.

The Enzo 3 is made from Dominico DOKDO 30D MF / Porcher 7000 E71 cloth on the upper surface, with Dominico DOKDO 30D MF / Porcher 7000 E71 on the lower wing surface. The ribs are Porcher 9017 E29 / Porcher 7000 E91. The upper lines are Edelrid 8000U 130/090/070/050/025kg, with the middle and lower lines all Edelrid 8000U.

Variants

Specifications (Enzo 3 L)

References

External links

Enzo
Paragliders
Visvalingam–Whyatt algorithm. The Visvalingam–Whyatt algorithm, or simply the Visvalingam algorithm, is an algorithm that decimates a curve composed of line segments to a similar curve with fewer points, primarily for usage in cartographic generalisation.

Idea 
Given a polygonal chain (often called a polyline), the algorithm attempts to find a similar chain composed of fewer points.

Points are assigned an importance based on local conditions, and points are removed from the least important to most important.

In Visvalingam's algorithm, the importance is related to the triangular area added by each point.

Algorithm 

Given a chain of 2d points , the importance of each interior point is computed by finding the area of the triangle formed by it and its immediate neighbors. This can be done quickly using a matrix determinant. Alternatively, the equivalent formula below can be used

 

The minimum importance point  is located and marked for removal (note that  and  will need to be recomputed). This process is repeated until either the desired number of points is reached, or the contribution of the least important point is large enough to not neglect.

Advantages 

 The algorithm is easy to understand and explain, but is often competitive with much more complex approaches.
 With the use of a priority queue, the algorithm is performant on large inputs, since the importance of each point can be computed using only its neighbors, and removing a point only requires recomputing the importance of two other points.
 It is simple to generalize to higher dimensions, since the area of the triangle between points has a consistent meaning.

Disadvantages 

 The algorithm does not differentiate between sharp spikes and shallow features, meaning that it will clean up sharp spikes that may be important.
 The algorithm simplifies the entire length of the curve evenly, meaning that curves with high and low detail areas will likely have their fine details eroded.

See also 

 Curve fitting

Alternative algorithms for line simplification include:

 Ramer–Douglas–Peucker
 Reumann–Witkam
 Opheim simplification
 Lang simplification
 Zhao–Saalfeld algorithm

References 
Notes

Bibliography

External links 
 Interactive example of the algorithm

Geometric algorithms
Digital signal processing

Computer graphics algorithms
Articles with example pseudocode
Laxmi Parida. Laxmi Parida is an IBM Master Inventor and group leader in computational genomics at the Thomas J. Watson Research Center and Courant Institute of Mathematical Sciences in New York.

Education
Parida was educated at New York University (NYU) where she was awarded a PhD in 1998 for research on algorithms for computational genomics supervised by Bud Mishra.

Research and career
Parida's research interests are in computational genomics, population genomics, bioinformatics, cancer genomics, topological data analysis and their applications to coronavirus disease 2019.

Awards and honors
Parida was awarded Fellowship of the ISCB in 2020 for outstanding contributions to computational biology and bioinformatics. She was also awarded an IBM Fellowship and IBM Master Inventor status in 2019. She is a member of the Association for Computing Machinery (ACM) and the Society for Industrial and Applied Mathematics (SIAM).

References

Living people
American bioinformaticians
Fellows of the International Society for Computational Biology
Year of birth missing (living people)
John Willet. John Willet, M.Inst.C.E. (6 February 1815 – 15 August 1891) was a Scottish engineer who was mainly involved in bridge design. His office was in Union Terrace, Aberdeen, as of 1882.

At the age of 22, he became an apprentice to James Thomson.

Personal life
Willet married Mary Ann Rennie (1832–1915) in 1854. They had at least two children: Archibald William Willet (1858–1942) and Mary Annabelle Willet (1859–1928).

He died in 1891, aged 76. He was interred in Allenvale Cemetery, Aberdeen. His wife and daughter are also buried there.

References 
Specific

General
 The Architect, Volumes 13-14 (Gilbert Wood, 1875)
 The Builder (1907)
 Oliver & Boyd's new Edinburgh almanac and national repository (1884)

External links
 John Willet - ScottishArchitects.org.uk
 John Willet at FindAGrave.com

1815 births
1891 deaths
Scottish engineers
People from Kirkmichael, South Ayrshire
Alumni of Heriot-Watt University
Jing-Pha Tsai. Jing-Pha Tsai (also Jeffrey J. P. Tsai) is a computer scientist and the current president of Asia University (Taiwan) in Taiwan.

Career
He received his PhD degree in computer science from Northwestern University, and taught in the Department of Electrical Engineering and Computer Science at University of Illinois at Chicago from 1985 to 2010. He is an elected Fellow of the American Association for the Advancement of Science, the Institute for Electrical and Electronic Engineers, the Society for Design and Process Science(SDPS), and a Distinguished Fellow of the  International Engineering and Technology Institute.

He is currently the Co-Editor-in-Chief of the International Journal on Artificial Intelligence Tools

Awards and honors
University Scholar Award from the University of Illinois Foundation
IEEE Technical Achievement Award
IEEE Meritorious Service Award

References

External links

Living people
Taiwanese computer scientists
Fellows of the IEEE
Year of birth missing (living people)
Karin Dahmen. Karin Andrea Sabine Dahmen (born 1969) is a German condensed matter physicist whose research interests include non-equilibrium thermodynamics, critical phenomena, crackling noise, pattern formation, and quenched disorder, with wide applications of these topics to phenomena such as earthquakes, avalanches, variable stars, and population dynamics. She is a professor of physics at the University of Illinois at Urbana–Champaign.

Education and career
After earning a degree in physics at the University of Bonn, Dahmen completed a Ph.D. in physics at Cornell University in 1995. She was a Harvard Junior Fellow from 1995 until 1999, when she took a faculty position at the University of Illinois.

Recognition
In 2013, Dahmen was named a Fellow of the American Physical Society (APS), after a nomination by the APS Topical Group on Statistical & Nonlinear Physics, "for establishment and exploring the deep connections between non-equilibrium phase transitions and avalanche phenomena in diverse fields encompassing materials, geophysics and neuroscience".

References

External links
Home page

1969 births
Living people
21st-century German physicists
German women physicists
University of Bonn alumni
University of Illinois Urbana-Champaign faculty
Cornell University alumni
Fellows of the American Physical Society
T. G. Sitharam. T. G. Sitharam is a civil engineer, professor at IISc Bangalore (on lien), former director at IIT Guwahati. Currently, he is serving as Chairman of the All India Council for Technical Education,(AICTE) from 1 December 2022 onwards. He is known for his works in the fields of rock mechanics, rock engineering and geotechnical earthquake engineering. He is an elected fellow of Indian Geotechnical Society, Institution of Engineers (India) and American Society of Civil Engineers.

He is currently serving as the editor-in-chief of Springer Transactions in Civil and Environmental Engineering and several other journals.

Awards and honors
S.P. Research Award (SAARC) (1998)
Sir C.V. Raman State Award for Young Scientists, Government of Karnataka (2002)
Prof. Gopal Ranjan Research Award (2014)
The Amulya and Vimala Reddy Lecture Award (2014)
IGS Kueckelmann Award (2015)

Selected patents
System and method for fracking of shale rock formation

Selected articles

Books

References

Living people
Indian Institute of Science alumni
University of Waterloo alumni
Academic staff of the Indian Institute of Science
Indian Institute of Technology directors
Indian civil engineers
20th-century Indian engineers
American Society of Civil Engineers
1960 births
National Space Science Agency. The National Space Science Agency (NSSA) (Arabic: الهيئة الوطنية لعلوم الفضاء) is the Bahraini government entity responsible for space science program. It was established by Royal Decree No. 11 for the Year 2014 and works under the supervision of the Supreme Defense Council.

Activities 
NSSA's current focus is on promoting space science, technology and applications in the Kingdom of Bahrain through many community events; building capacity in the fields of satellite manufacturing, satellite tracking, control and monitoring, earth observation data and image processing and analysis to fulfil stakeholders' national needs; and creating a new “space” sector in the Kingdom.

The NSSA offers 3 services: providing high resolution images for the Kingdom of Bahrain in different sizes and formats; processing and analyzing satellite imagery and data to generate useful information to fulfil stakeholders needs; and providing Satellite Images and Data for the Kingdom of Bahrain in different resolutions, bands and selected time.

The NSSA have signed many memorandum of understanding with regional and international space agencies such as between NSSA and the Russian state space corporation Roscosmos,the United Arab Emirates Space Agency (UAESA), Italian Space Agency (ASI), Indian Space Research Organisation (ISRO), Mohammed bin Rashid Space Centre (MBRSC) and UK Space Agency (UKSA).

References

External links
 NSSA home page
 Official NSSA Twitter page
 Official NSSA Instagram page
 Official NSSA Youtube page

Space agencies
Space programs by country
Government agencies of Bahrain
Ajit Kumar Chaturvedi. Ajit Kumar Chaturvedi is an Indian Professor, education administrator and former Director of IIT Roorkee. Previously, he has been the Dean (R&D), and former Deputy Director at IIT Kanpur. He has largely contributed to waveform shaping and sequence design, MIMO systems. Recently, he has been bestowed with additional charge of director (acting) of newly established IIT Mandi and served the office till January 2022.Thereafter, he was succeeded by Professor Laxmidhar Behera.

Awards, honors and fellowships
Tan Chin Tuan Fellowship of Nanyang Technical University, Singapore (2008).
INSA Teacher award (2017)
Distinguished Teacher award of IIT Kanpur (2007)
Thrice (2002, 2006 and 2012) supervisor of the B.Tech. Project (BTP) group that won the Best BTP award
Plenary speaker at the 15th National Conference on Communications (2009)
Mentor of the team that won the Microsoft Award for Innovation at the World Finals of theIEEE Computer Society International Design Contest in 2002

Education
PhD, Electrical Engineering, IIT Kanpur, 1995
M. Tech., Electrical Engineering, IIT Kanpur, 1988
B. Tech., Electrical Engineering, IIT Kanpur, 1986

Selected bibliography

Articles

S Chandan, P Sandeep, and AK Chaturvedi, "A family of ISI-free polynomial pulses," Communications Letters, IEEE 9 (6), 496-498 (2005)
P Sandeep, S Chandan, and AK Chaturvedi, "ISI-free pulses with reduced sensitivity to timing errors," Communications Letters, IEEE 9 (4), 292-294 (2005)
R Appuswamy and AK Chaturvedi, "A new framework for constructing mutually orthogonal complementary sets and ZCZ sequences," Information Theory, IEEE Transactions on 52 (8), 3817-3826 (2006)
G Manglani and AK Chaturvedi, "Application of computational geometry to multiuser detection in CDMA," Communications, IEEE Transactions on 54 (2), 204-207 (2006)
RU Mahesh and AK Chaturvedi, "Closed form BER expressions for BPSK OFDM systems with frequency offset," Communications Letters, IEEE 14 (8), 731-733 (2010)

Conference proceedings

References

Living people
IIT Kanpur alumni
Academic staff of IIT Kanpur
Indian Institute of Technology directors
Year of birth missing (living people)
J/92. The J/92 is a fixed keel one-design sportsboat.

Design
The J/92 was designed by Rod Johnstone. It was introduced in 1992 by J/Boats who built 150 boats until 2003.

The displacement–length ratio is 132 making it a light displacement boat. Beam is moderate at  and the draft is . The asymmetrical spinnaker is flown from a extendable carbon bowsprit.

Sailing World selected the J/92 as overall "Boat of the Year" in 1993.

Construction
The J/92 was built by Tillotson-Pearson Inc (TPI) in Warren, Rhode Island using a fiberglass sandwich construction of end-grain balsa core. Frames and bulkheads are glassed both to the hull and deck. The keel is seated in epoxy and thru-bolted to the keel stub.

See also 
 J/92s

References

External links

Keelboats
1990s sailboat type designs
Sailboat type designs by Rod Johnstone
Sailboat types built by J/Boats
Sarit Kumar Das. Sarit Kumar Das is an Institute professor of the department of mechanical engineering at IIT Madras. He also held the position of Dean (Academic Research) at Indian Institute of Technology Madras. He was the Director at IIT Ropar. His research varies from a wide range of Heat transfer applications like nanofluids, biological heat transfer microfluidics and nanoparticle mediated drug delivery in cancer cells. He is an elected fellow of National Academy of Sciences, India (NASI) and Indian National Academy of Engineering (FNAE).

Education
He received his bachelor's degree and master's degrees from the Department of Mechanical Engineering at Jadavpur University, Kolkata, India in 1984 and 1987 respectively. He defended his PhD in 1994, from the Sambalpur University, Odisha, India. He joined as post-doc fellow at Helmut Schmidt University, Hamburg from 1994 to 1995.

Work
Prof. Das joined as an assistant professor at the Department of Mechanical Engineering, Indian Institute of Technology Madras in 1995. He was the group leader at Heat Transfer and Thermal Power Lab. He is associated with Department of Mechanical Engineering, Indian Institute of Technology Ropar as a professor. He also serves as the editor-in-chief of the International Journal of Micro/Nanoscale Transport

Awards and honors
Alexander von Humboldt Professorship (2000)
Prof. K. N. Seetharamu Award & Medal for Excellence in Research (2006)
Peabody Visiting Professor, MIT, Cambridge, Massachusetts (2011)
India Citation Award conferred by Thomson Reuters (2012)

Selected bibliography

Books

Patents
Thermodynamic balancing of combined heat and mass exchange devices

Articles

References

Living people
Jadavpur University alumni
Sambalpur University alumni
Academic staff of IIT Madras
Indian Institute of Technology directors
Year of birth missing (living people)
West Bengal academics
Engineers from West Bengal