Accession Number : ADA304087
Title : An Objective Methodology for Assessing Current and Future TT and C Architectures.
Descriptive Note : Master's thesis,
Corporate Author : NAVAL POSTGRADUATE SCHOOL MONTEREY CA
Personal Author(s) : Kruder, Todd G. ; Walker, Benjamin H., IV
PDF Url : ADA304087
Report Date : SEP 1995
Pagination or Media Count : 132
Abstract : As DOD increases their reliance on space assets, a call for doing more for less has been initiated. Requests for more capability will present opportunities in technological advancements including methods for controlling those assets. Constrained by a reduced budget, the decision maker must be able to properly evaluate systems and select the best candidate. For Telemetry, Tracking, and Commanding (TT&C), the decision maker needs an objective methodology capable of aiding in the evaluation of TT&C systems. The thesis provides such an essential tool that will aid in the assessment of proposed TT&C architectures. The first section describes the process of TT&C by using activity modeling to describe the key functions and the present interrelationships among these key functions. To provide an initial basis of understanding, three current TT&C architectures were discussed: Air Force Satellite Control Network, Mission Control Center Johnson Space Center, and Naval Satellite Operations Center. This enabled the authors to highlight favorable trends utilized for enhancing performance. The thesis concludes with a demonstration of an objective methodology based on the Analytic Hierarchy Process. This approach resulted in the ability to provide a weighted ranking of proposed TT&C architectures and was illustrated using current architectures. (MM)
Descriptors : *COMMAND CONTROL COMMUNICATIONS, *SATELLITE COMMUNICATIONS, *MILITARY SATELLITES, *TELEMETER SYSTEMS, MILITARY INTELLIGENCE, DECISION MAKING, COST EFFECTIVENESS, THESES, CONTROL CENTERS, WEIGHTING FUNCTIONS, NAVAL OPERATIONS, BUDGETS, DATA LINKS, SATELLITE TRACKING SYSTEMS.
Subject Categories : Unmanned Spacecraft
Command, Control and Communications Systems
Distribution Statement : APPROVED FOR PUBLIC RELEASE