학술논문

Optimization and Conceptual Design of Demonstration Military and Civilian Mobile Satellites using Existing Buses
Document Type
Conference
Source
MILCOM 1983 - IEEE Military Communications Conference Military Communications Conference, 1983. MILCOM 1983. IEEE. 3:615-619 Oct, 1983
Subject
Components, Circuits, Devices and Systems
Engineered Materials, Dielectrics and Plasmas
Fields, Waves and Electromagnetics
Aerospace
Communication, Networking and Broadcast Technologies
Photonics and Electrooptics
Design optimization
Military satellites
Satellite broadcasting
Military communication
Mobile communication
Artificial satellites
Space vehicles
Payloads
Military aircraft
Space technology
Language
Abstract
The Canadian Mobile Satellite (MSAT) program, as it was initially conceived, was intended to demonstrate the feasibility of providing reliable communications, via a geosynchronous satellite, to a variety of users operating in different bands. The spacecraft was intended to carry both military and civilian payloads. Each of these payloads was to have been comprised of multiple transponders. The spacecraft bus was to have been selected from amongst existing designs to meet the needs of the mission. Careful evaluation of possible host spacecraft, and the detailed optimization of the civilian users payload for a complex number of parameters, led to the conclusion that the use of an existing bus for the proposed shared mission was cost effective and technically feasible. Additionally, it was concluded that the information to be gained through participation in such programs can provide useful experience on which future operational military mobile satellite systems can be optimized. Finally, alternative conceptual designs were developed for a purely military mission. Examples of such designs for the RCA Satcom and Ford Aerospace Intelsat V buses are presented.

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