Title page for ETD etd-06102012-040341

Type of Document Master's Thesis
Author Venkateshwaran, Anjali
URN etd-06102012-040341
Title An experimental investigation of dynamically reconfigurable computer network architectures through simulation
Degree Master of Science
Department Computer Science
Advisory Committee
Advisor Name Title
Nance, Richard E. Committee Chair
Balci, Osman Committee Member
Kafura, Dennis G. Committee Member
  • Computer architecture
Date of Defense 1988-01-04
Availability restricted
The research described in this thesis is divided conveniently into three components: (1)

the credibility assessment of a simulation model for the investigation of dynamically

reconfigurable computer network architectures, (2) a comparative study of the standardized

time series method of simulation output analysis, and (3) an experimental comparison of the

effects of dynamic reconfigurability on message transmission delays and network throughput.

The credibility assessment relies almost completely on verification procedures applied

to both communicative and program representations of the model. In the absence of an extant

system, validation consists of extensive, program traces to assure that model behavior

matches expectations and reflects no inconsistencies.

Application of a standardized time series technique produces the advantages reported

by other researchers with regard to sampling efficiency (information derived per sample unit)

when dynamic reconfigurability is precluded. The inherent non-stationarity induced by reconfiguration

reveals the sensitivity of standardized time series and the consequent adjustment

to preserve coverage. A compromise between coverage and sampling efficiency prompts the

choice of the batch means method for experimental comparison.

Experimental comparison shows that under high traffic variability reconfigurability

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