Corporate Connection/FoCS event - Stephen Whitley/Schlumberger, "Data in Context - Using Dimensions of Relevance to Locate Valuable Information", NHB (Hackerman Building) 1.720
Type of Talk: Corporate Connection/FoCS
Speaker/Affi
liation: Stephen Whitley/Schlumberger
Talk Audience: Undergradua
te Students and Graduate Students
Date/Time: Thursday, Septembe
r 15, 2011, 5:00 pm - 6:30 pm
Location: NHB 1.720
H
ost: UTCS FoCS
Talk Title: "Data in Context - Using Dimens
ions of Relevance to Locate Valuable Information"
Talk Abs
tract: The use of computers in the Oil and Gas industry isn''t all spreadsh
eets and control panels; geoscientists and engineers access and use some o
f the most sophisticated and graphic intensive desktop applications everyda
y in the exploration and development of hydrocarbons.
At Schlumberger
Information Solutions (SIS), innovation and science are key to this. Produ
ct development teams across the world work closely with industry leaders to
pioneer the use of new technology and new ways of working to the oil and g
as desktop. With strong relationships with all the key technology players i
n the software and hardware arena, SIS is working to create common functio
nality and usability for software suites across disciplines. SIS also works
to extend how individuals, teams and companies interact, use and store t
he vast quantities of data collected in the Oil and Gas domain to make bett
er decisions for optimum results.
Speaker Bio: Stephen Whitley i
s the Houston Technology Center Manager at Schlumberger, the leading oilfi
eld services provider with over 100,000 employees of 140 nationalities ope
rating in 80 countries. He has worked as a computer scientist in the oil in
dustry for over 20 years and is currently responsible for overseeing produc
t development at the Houston Technology Center. His system developme
nt experience covers the breadth of Schlumberger technology footprint and i
ncludes real-time systems for data acquisition, collaborating with NASA on
the transmission of high volume data, algorithms for supercomputers and m
assively parallel systems, and 3D subsurface modeling.
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