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Buddy G Beck

from Fairfax Station, VA
Age ~88
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Also known as:
Buddy C Beck, Charlotte D Beck, Charlotte V Beck, Curtis M Beck
Phone and address:
10600 Shadow Ln, Fairfax, VA 22039
(703) 978-4040
Related to:
Eugene Robert Beck, 77Allyson Marie Beck, 32Christine A Belk, 56Charlotte V Beck, 88Michael S Beck, 61B G BeckCurtis M BeckCharlotte Beck
Connected to:
Abraham A Beck, 38Adi H Beck, 46Adrian R Beck, 46Alexander C Beck, 47Ali B Beck, 40Allyson A Beck, 41Amanda C Beck, 48Anja Beck, 59Annalise M Beck, 60Arlene B Beck, 63

Buddy Beck Phones & Addresses

  • 10600 Shadow Ln, Fairfax Station, VA 22039 (703) 978-4040
  • 10601 Shadow Ln, Fairfax Station, VA 22039 (703) 978-4040 (703) 978-4046
  • Fairfax, VA
  • Burke, VA
  • Wrightsville Beach, NC
  • Durham, NC
  • Washington, DC
  • Arlington, VA
  • Fairfax Sta, VA

Resumes

Resumes

Buddy Beck Photo 1

Director, Board Of Directors

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Location:
Washington, DC
Industry:
Defense & Space
Work:
George Mason University 2011 - 2015
Board of Visitors
Artis 2005 - 2011
Director, Board of Directors
Mse 1995 - 2009
Director, Board of Directors
Idemia 2001 - 2007
Vice-Chairman, Board of Directors
The Beck Foundation 2001 - 2007
Founder
Education:
University of Southern California 1974 - 1976
Master of Science, Masters, Engineering Arkansas State University 1955 - 1959
Bachelors, Chemistry
Skills:
Program Management
Strategic Planning
Business Development
Government
Start Ups
Leadership
Government Contracting
Strategy
Executive Management
Management
Public Speaking
Biometrics
Team Building
Strategic Partnerships
Business Strategy
Security
Analysis
Chemistry
Risk Management
Project Management
Dod
Product Management
Integration
Process Improvement
Team Leadership
Proposal Writing
Systems Engineering
Leadership Development
New Business Development
Identity Management
Budgets
Security Clearance
Military
Change Management
Management Consulting
Homeland Security
Smart Cards
Marketing Strategy
Requirements Analysis
Crisis Management
Product Development
Mergers and Acquisitions
Contract Negotiation
Entrepreneurship
Cross Functional Team Leadership
Software Development
Saas
Policy
Enterprise Software
Information Assurance
Buddy Beck Photo 2

Buddy Beck

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Buddy Beck Photo 3

Buddy Beck

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Buddy Beck Photo 4

Buddy Beck

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Publications

Us Patents

Earth-Penetrating Synthetic Image Radar

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US Patent:
53390806, Aug 16, 1994
Filed:
Apr 8, 1993
Appl. No.:
8/043715
Inventors:
William J. Steinway - Maitland FL
James E. Thomas - Orlando FL
Carl R. Barrett - Orlando FL
Buddy G. Beck - Fairfax VA
Assignee:
Coleman Research Corporation - Fairfax VA
International Classification:
G01S 1308
G01S 1390
US Classification:
342 22
Abstract:
An earth-penetrating synthetic image radar system includes a frequency generator, a transmitter, a microprocessor-based timing and frequency controller, a reference receiver, a parallel polarized receiver, an orthogonal polarized receiver, a digitizer, a calibration processor, a position measurement reference, and an image processor. A plurality of frequency synthesizers are utilized within a single frequency generator to transmit a fast-stepped synthetic image containing a series of discrete frequencies. A switch is used to select between the outputs of the synthezisers for control of the transmitter's frequency output. With a first synthesizer of a frequency f. sub. 1 selected, a second synthesizer is being directed digitally to change to the next step in the frequency stepping sequence, frequency f. sub. 2. The synthesizers are switched into use by the frequency generator in a ping-pong manner; the first synthesizer handling all the odd-number frequencies, the second handling all even-number frequency selections.

Data Fusion Workstation

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US Patent:
53216130, Jun 14, 1994
Filed:
Nov 12, 1992
Appl. No.:
7/974405
Inventors:
David W. Porter - Annapolis MD
James S. Vandergraft - Washington DC
Buddy G. Beck - Fairfax Station VA
Bruce P. Gibbs - New Carrollton MD
Assignee:
Coleman Research Corporation - Fairfax VA
International Classification:
G01V 500
G06F 1500
US Classification:
364420
Abstract:
A data fusion workstation provides an apparatus and method for realizing the full potential of geophysical and remote sensing by mathematically integrating sensors with each other. Sensor data from each of a plurality of sensor types are related mathematically to each other through a common site model to produce a fused picture with quantified accuracy. Using the concept of pseudo-data, information in sensor data is made equivalent to data in a statistical correlation model, allowing fusion of model information with sensor data during a data inversion step. The process of data fusion comprises several processing steps, which are executed by various microprocessors in a recursire/distributed/parallel-architecture platform. These steps comprise geophysical inversion, geostatistical Kriging, application of statistical information concepts, implementation of a square root information smoother, and application of likelihood techniques.

Integrated Apparatus For Mapping And Characterizing The Chemical Composition Of Surfaces

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US Patent:
54163218, May 16, 1995
Filed:
Apr 8, 1993
Appl. No.:
8/043722
Inventors:
Richard L. Sebastian - Mason Neck VA
Buddy G. Beck - Fairfax Station VA
Assignee:
Coleman Research Corporation - Fairfax VA
International Classification:
B01D 5944
H01J 4900
G01C 300
US Classification:
250288
Abstract:
An apparatus which accurately maps and detects contaminants within interior surfaces is provided. The apparatus finds use in supporting decontamination operations by providing on-site chemical analyses defining the condition of contaminated areas and monitoring the progress of clean-up operations. An optical vision system is used to accurately map the surface to be investigated or treated as a reference. Analytical probes are used to sample the mapped surface to detect inorganic and organic contaminants in situ. Automated controls which manipulate the analytical probes and high speed analytical equipment, such as a high speed gas chromatograph, are optionally used to take large numbers of samples quickly and remotely. The optical vision system tracks the position of the analytical probes, providing an accurate map of the location of the contaminants. The precise positioning of the contaminants and ease of sampling allows for more accurate characterization of the surfaces before, after, and during clean-up operations.
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Buddy G Beck from Fairfax Station, VA, age ~88 Get Report