Apr 2014 to 2000 Staff Project EngineerHoneywell Aerospace Phoenix, AZ Apr 2008 to Apr 2014 Sr. Customer Support Program ManagerHoneywell Aerospace
Jun 2013 to Jun 2013 Lead C&PS proposal effortsHoneywell Aerospace Phoenix, AZ Jan 2007 to Apr 2008 Manager, Demand ForecastingHoneywell Engines Systems & Services (ESA) Tempe, AZ Apr 2004 to Jan 2007 Engineering Program Manager (Expat)Honeywell Aerospace Phoenix, AZ Jan 2002 to Apr 2004Honeywell Engines & Systems (ESA) Tempe, AZ Jun 2000 to Jan 2002 Product Support Program ManagerHoneywell Engines & Systems Phoenix, AZ Apr 1997 to Jun 2000 Customer Support Program ManagerQuiznos Owner
Jul 1996 to Sep 1999 OperatorAlliedSignal - Pneumatic Controls Product Line Tempe, AZ Apr 1995 to Aug 1997 Project EngineerSANTA FE INDUSTRIAL PLASTICS, INC Phoenix, AZ Dec 1992 to Apr 1995 Operations Manager/SalesALLIED-SIGNAL/GARRETT Phoenix, AZ Aug 1984 to Dec 1992 Program Manager/Customer Support Engineer/Project EngineerOKLAHOMA CITY AIR LOGISTICS CENTER Tinker AFB, OK Jan 1980 to Aug 1984 Aerospace Engineer
Education:
University of Phoenix 1996 Master of Business AdministrationArizona State University 1980 Bachelor of Science in Mechanical Engineering
Us Patents
Comfort Noise Generation For Digital Communication Systems
Kumar Swaminathan - Gaithersburg MD Brian M. McCarthy - Lafayette Hill PA
Assignee:
Hughes Electronics - Los Angeles CA
International Classification:
G10L 900
US Classification:
395 237
Abstract:
A digital discontinuous cellular communication system has a transmitter that transmits two frames of data following detection of voice inactivity. A receiver includes a comfort noise generator that uses the two frames of data to output noise to the speaker during period of voice inactivity. The comfort noise generator includes synthesis codebook with samples scaled by actual background noise and excitation codebook with samples filtered and scaled by the background noise that are combined to produce comfort noise having attributes and loudness level of the received background noise prior to interruption of transmission. The scaled signals are weighted to vary the loudness level and spectral attributes.
Comfort Noise Generation For Digital Communication Systems
Kumar Swaminathan - Gaithersburg MD Brian M. McCarthy - Lafayette Hill PA
Assignee:
Hughes Electronics - Los Angeles CA
International Classification:
G10L 900
US Classification:
395 237
Abstract:
A digital discontinuous cellular communication system has a transmitter that transmits two frames of data following detection of voice inactivity. A receiver includes a comfort noise generator that uses the two frames of data to output noise to the speaker during period of voice inactivity. The comfort noise generator includes synthesis codebook with samples scaled by actual background noise and excitation codebook with samples filtered and scaled by the background noise that are combined to produce comfort noise having attributes and loudness level of the received background noise prior to interruption of transmission. The scaled signals are weighted to vary the loudness level and spectral attributes.
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Googleplus
Brian Mccarthy
Lived:
Tempe, Arizona Tempe, AZ Hartland, MI Kalamazoo, MI
Education:
Arizona State University - Computer Information Systems