Title :
Candidate survivable transmission systems
Author :
Perelstein, Erwin S.
Author_Institution :
Ford Aerosp. Corp., Colorado Springs, CO, USA
Abstract :
A report is presented of a panel investigation into the operational survivability issues which confront military agencies concerned with air and space missions. Topics covered included: the survivability and reliability of critical communications systems with an assessment of whether these systems could support the ITWA (Integrated Threat Warning and Assessment) architecture through all phases of conflict and the survivability of bit-oriented cyclic redundancy-checked standard message sets. It is concluded that without a concerted effort towards developing survivable communications networks and a well-thought-out and -executed plan for attaining each support, the problem of error-filled, low-data-rate traffic overwhelming a stressed, piecemeal transmission architecture which enjoys questionable survivability and connectivity cannot be solved. It is argued that these weaknesses can be minimized by aggressively pursuing the alternatives presented
Keywords :
electronic warfare; military systems; telecommunication systems; air missions; bit-oriented cyclic redundancy-checked standard message sets; candidate survivable transmission systems; conflict; critical communications; integrated threat warning and assessment architecture; military agencies; operational survivability; reliability; space missions; Cyclic redundancy check; Displays; Force control; Force sensors; Mobile communication; Procurement; Satellite ground stations; Space missions; Standards development; Strips;
Conference_Titel :
Electronics and Aerospace Conference, 1988. How will Space and Terrestrial Systems Share the Future? Conference Proceedings, IEEE EASCON '88, 21st Annual
Conference_Location :
Arlington, VA
DOI :
10.1109/EASCON.1988.11221