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Article
Simulation-based Performance Evaluation of Resource Allocation Algorithms for Implementation in the SHF-DAMA Satellite Network
1997 IEEE Military Communications Conference
  • E. Hobson
  • R. Raines
  • T. Bailey
  • David M. Gallagher, Cedarville University
Document Type
Conference Proceeding
Publication Date
11-1-1997
DOI
10.1109/MILCOM.1997.648687
Keywords
  • Resource management,
  • power system management,
  • partitioning algorithms,
  • circuit simulation,
  • communication standards,
  • power system reliability,
  • satellite communication,
  • energy management,
  • bandwidth,
  • system performance
Abstract
Sponsored by DISA, the SHF-DAMA standard addresses the warfighter's requirements for flexible, reliable, and efficient (technically and fiscally) satellite communications. The standard proposes a system supporting both packet data transfer and single-channel-per-carrier voice and data circuits assigned on a demand basis. The standard does not address management of the DSCS III transponder's bandwidth and power resources among priority classes of users. This paper summarizes an effort to characterize the SHF-DAMA system's performance over each combination of the following resource management algorithm features: preemption enabled and disabled; using the standard-specified collision resolution technique and a binary exponential backoff; and using complete partitioning, complete sharing, and sharing with minimum allocation strategies. The authors introduce a novel algorithm for avoiding unnecessary preemption. A simulation written in MODSIM II collects the following measures of performance over a broad load range: call establishment delay, number of calls simultaneously supported, power used, and number of calls preempted. The primary conclusion drawn using graphical and hypothesis testing methods is that the SHF-DAMA system should implement the complete sharing management algorithm. This algorithm reduces the call setup time and most efficiently manages the satellite's resources. As a secondary conclusion, the binary exponential backoff retransmission strategy does not provide significantly better performance than the standard-specified backoff.
Citation Information
E. Hobson, R. Raines, T. Bailey and David M. Gallagher. "Simulation-based Performance Evaluation of Resource Allocation Algorithms for Implementation in the SHF-DAMA Satellite Network" 1997 IEEE Military Communications Conference Vol. 1 (1997) p. 137 - 142
Available at: http://works.bepress.com/david-gallagher/12/