WILLIAM CHRISTOPHER BARKER
Pilots at Amcreek Rd, Houston, TX

License number
Texas A5230744
Issued Date
Feb 2015
Expiration Date
Feb 2016
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
16219 Amcreek Rd, Houston, TX 77068

Professional information

William Barker Photo 1

William Barker - Houston, TX

Work:
NOV Elmar
Production Engineer
Wood Group LIT Houston - Houston, TX
Government Contracts Liaison
NCA1-Northern Star Generations - Las Vegas, NV
Plant Power Operator
Education:
Central Texas College - San Diego, CA
AA in General Studies
USN Great Lakes Service School Command - Great Lakes, IL
Advanced Gas Turbine Technical School in Advanced Gas Turbine Theory


William Edward Barker Photo 2

William Edward Barker, Houston TX - Lawyer

Address:
Fulbright & Jaworski L.L.P.
1301 Mckinney St STE 5100, Houston 77010
(713) 651-5270
Licenses:
Texas - Eligible To Practice In Texas 2008
Education:
University of Houston Law CenterDegree Doctor of Jurisprudence/Juris Doctor (J.D.)Graduated 2008
Specialties:
Business - 50%
Securities Offerings - 50%
Languages:
Arabic, French, German, Greek, Hebrew, Italian, Japanese, Korean, Mandarin, Polish, Portuguese, Russian, Spanish, Swedish, Vietnamese


William Barker Photo 3

William Barker - Houston, TX

Work:
Smash Burger - Houston, TX
Lead Cook
Leeann Chin - Brooklyn Center, MN
Shift Supervisor
Education:
Wayzata High School - Plymouth, MN
High School Diploma in All


William Barker Photo 4

Noise Suppression For Detection And Location Of Microseismic Events Using A Matched Filter

US Patent:
2009029, Dec 3, 2009
Filed:
May 27, 2008
Appl. No.:
12/127205
Inventors:
Leo Eisner - Prague, CZ
David Abbott - Highlands Ranch CO, US
William B. Barker - Houston TX, US
James Lakings - Houston TX, US
Michael P. Thornton - Houston TX, US
International Classification:
G01V 1/36
US Classification:
367 41
Abstract:
A method for determining presence of seismic events in seismic signals includes determining presence of at least one seismic event in seismic signals corresponding to each of a plurality of seismic sensors. A correlation window is selected for each of the plurality of seismic signals. Each correlation window has a selected time interval including an arrival time of the at least one seismic event in each seismic signal. Each window is correlated to the respective seismic signal between a first selected time and a second selected time. Presence of at least one other seismic event in the seismic signals from a result of the correlating.