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Carson E Agnew

from Vienna, VA
Deceased
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Also known as:
Agnew Edwards Carson, Edwards Agnew Carson
Phone and address:
2058 Crossing Gate Way, Vienna, VA 22181
(703) 716-0841
Related to:
Tamara Marie Oliver, 54Derrick JacksonJames HutchingsJanee Hutchings, 32Samuel S Vaughn, 66Jordan Hutchings, 32
Connected to:
Alexa H Agnew, 67Andrae T Agnew, 41Anne M Agnew, 60Ben F Agnew, 102Bethany A Agnew, 42Bradley W Agnew, 34Carly L Agnew, 32Carol Agnew, 73Charisse D Agnew, 48Chere Agnew, 69

Carson Agnew Phones & Addresses

  • 2058 Crossing Gate Way, Vienna, VA 22181 (703) 716-0841
  • Reston, VA
  • Playa del Rey, CA
  • Palo Alto, CA
  • El Segundo, CA
  • 2058 Crossing Gate Way, Vienna, VA 22181 (703) 623-6884

Work

Position: Professional/Technical

Education

Degree: Graduate or professional degree

Business Records

Name / Title
Company / Classification
Phones & Addresses
Carson Agnew
VP
American Mobile Satellite Sales Corporation
Telecommunications
10802 Parkridge Blvd, Reston, VA 20191

Publications

Us Patents

Space-Based Network Architectures For Satellite Radiotelephone Systems

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US Patent:
7437123, Oct 14, 2008
Filed:
Sep 30, 2005
Appl. No.:
11/241519
Inventors:
Peter D. Karabinis - Cary NC, US
Carson E. Agnew - Vienna VA, US
Assignee:
ATC Technologies, LLC - Reston VA
International Classification:
H04B 7/185
US Classification:
455 121, 455427, 370316
Abstract:
A space-based network for a satellite radiotelephone system includes at least one receive-only satellite and at least one transmit satellite. The transmit satellite can be a transmit-only satellite or a transmit and receive satellite. The receive-only satellite(s) are configured to receive wireless communications from a radiotelephone at a location over a satellite frequency band. The transmit satellite(s) are configured to transmit wireless communications to the radiotelephone at the location over the satellite frequency band. By providing at least one receive-only satellite and at least one transmit satellite, space-based networks can offer a significant link margin, without the need to undesirably burden the radiotelephones themselves to achieve this link margin.

System And Method For Dynamic Frequency Assignment

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US Patent:
8213874, Jul 3, 2012
Filed:
Apr 6, 2009
Appl. No.:
12/419170
Inventors:
Carson E. Agnew - Vienna VA, US
Assignee:
Progeny LMS, LLC - Alexandria VA
International Classification:
H04B 1/00
H04J 1/16
US Classification:
455 6713, 370252, 370310
Abstract:
White space devices are unlicensed radiofrequency devices that must have certain capabilities in order to avoid harmful interference to licensed operations. In general, they must be location-aware, must be able to contact a geolocation database and may not operate without receiving a positive control signal. A number of white space devices can use a control channel to communicate with a control station. In addition to meeting the geolocation and positive control requirements given above, the control station coordinates the channels used by the white space devices so as to minimize their aggregate interference. In one embodiment, a control channel uses a separate frequency band with high availability and reliability but low throughput. Embodiments optimize channel assignments where the potential interference depends on the mutual distances between the white space devices. Potential interference reductions of 20-30 dB have been found in simulations.

Space-Based Network Architectures For Satellite Radiotelephone Systems

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US Patent:
20030068978, Apr 10, 2003
Filed:
Aug 22, 2002
Appl. No.:
10/225623
Inventors:
Peter Karabinis - Cary NC, US
Carson Agnew - Vienna VA, US
International Classification:
H04Q007/20
US Classification:
455/012100, 455/427000
Abstract:
A space-based network for a satellite radiotelephone system includes at least one receive-only satellite and at least one transmit satellite. The transmit satellite can be a transmit-only satellite or a transmit and receive satellite. The receive-only satellite(s) are configured to receive wireless communications from a radiotelephone at a location over a satellite frequency band. The transmit satellite(s) are configured to transmit wireless communications to the radiotelephone at the location over the satellite frequency band. By providing at least one receive-only satellite and at least one transmit satellite, space-based networks can offer a significant link margin, without the need to undesirably burden the radiotelephones themselves to achieve this link margin.

Space-Based Network Architectures For Satellite Radiotelephone Systems

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US Patent:
20070072545, Mar 29, 2007
Filed:
Nov 15, 2006
Appl. No.:
11/560226
Inventors:
Peter Karabinis - Cary NC, US
Carson Agnew - Vienna VA, US
International Classification:
H04B 7/185
US Classification:
455012100
Abstract:
A space-based network for a satellite radiotelephone system includes at least one receive-only satellite and at least one transmit satellite. The transmit satellite can be a transmit-only satellite or a transmit and receive satellite. The receive-only satellite(s) are configured to receive wireless communications from a radiotelephone at a location over a satellite frequency band. The transmit satellite(s) are configured to transmit wireless communications to the radiotelephone at the location over the satellite frequency band. By providing at least one receive-only satellite and at least one transmit satellite, space-based networks can offer a significant link margin, without the need to undesirably burden the radiotelephones themselves to achieve this link margin.

Space-Based Network Architectures For Satellite Radiotelephone Systems

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US Patent:
20080268836, Oct 30, 2008
Filed:
Feb 26, 2008
Appl. No.:
12/037355
Inventors:
Peter D. Karabinis - Cary NC, US
Carson E. Agnew - Vienna VA, US
International Classification:
H04Q 7/20
US Classification:
455427
Abstract:
A space-based network for a satellite radiotelephone system includes at least one receive-only satellite and at least one transmit satellite. The transmit satellite can be a transmit-only satellite or a transmit and receive satellite. The receive-only satellite(s) are configured to receive wireless communications from a radiotelephone at a location over a satellite frequency band. The transmit satellite(s) are configured to transmit wireless communications to the radiotelephone at the location over the satellite frequency band. By providing at least one receive-only satellite and at least one transmit satellite, space-based networks can offer a significant link margin, without the need to undesirably burden the radiotelephones themselves to achieve this link margin.
Control profile
Carson E Agnew from Vienna, VADeceased Get Report