Fourth Dimension Engineering since 2011
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Envieta LLC 2011 - 2013
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ITT 1996 - Mar 2011
Program Director
Education:
The Johns Hopkins University 1987 - 1990
Master of Science, Electrical Engineering
Duke University 1981 - 1985
Bachelor of Science, Electrical Engineering and Biomedical Engineering
Skills:
Program Management System Design Systems Engineering Engineering Management Embedded Systems System Architecture Integration Software Engineering Software Development Requirements Analysis DoD Testing Earned Value Management Wireless Simulations Embedded Software Programming Electronics C Aerospace Defense Engineering Electrical Engineering Security Clearance Configuration Management MS Project PMP Requirements Management Proposal Writing Military Government Contracting Sensors Python Security Software Design
Us Patents
Methods For Reliable Communication Of Link Monitoring Information In Optical Communications Networks
John Mellert - Baltimore MD, US Ronald Johnson - Pasadena MD, US Jeffrey Lynch - College Park MD, US
International Classification:
H04B010/08 H04J014/02
US Classification:
359/110000, 359/124000
Abstract:
Link monitoring architectures and methods that provide high reliability supervisory signaling in optical communication systems are described. Supervisory signals are transmitted via a communications channel, e.g., using overmodulation of an optical data signal envelope, between terminal units and line units in optical communication systems. The line units can be organized in groups of fiber pairs which share pump lasers and control units for handling the supervisory signaling. According to one exemplary embodiment, a line unit assembly includes two fiber pairs which have four control units which redundantly perform operations based upon commands received from the terminal units.
John Mellert - Baltimore MD, US Ronald Johnson - Pasaden MD, US Jeffrey Lynch - College Park MD, US
International Classification:
H04B010/08 H04B010/00
US Classification:
359/110000, 359/160000
Abstract:
Link monitoring architectures and methods that provide high reliability supervisory signaling in optical communication systems are described. Supervisory signals are transmitted via a communications channel, e.g., using overmodulation of an optical data signal envelope, between terminal units and line units in optical communication systems. The line units can be organized in groups of fiber pairs which share pump lasers and control units for handling the supervisory signaling. According to one exemplary embodiment, a line unit assembly includes two fiber pairs which have four control units which redundantly perform operations based upon commands received from the terminal units.
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