摘要: This document presents the results of conversion of a Honeywell internally-funded operator-interactive minefield penetration model to a DARPA-sponsored automated, high fidelity mine search system model (MSSM) capable of supporting... 展开 This document presents the results of conversion of a Honeywell internally-funded operator-interactive minefield penetration model to a DARPA-sponsored automated, high fidelity mine search system model (MSSM) capable of supporting Monte Carlo analysis. Major strengths of the converted model are: modularized construction, introduction of a current set and drift application, validation using at-sea derived data from SUBASWEX 3-89, heavy emphasis on replication of the sonar equation and environment, and resultant accurate simulations of SSN 688 and unmanned underwater vehicle (UUV) performance in minefield penetration runs. 3-D graphics were introduced parametric studies of UUV performance in a survey mission role were also completed, as were implications of multiplexing using an acoustic command link (ACL) between the UUV and SSN. Promising results of the first phase covered by this document have led to more advanced application of the MSSM under a NUSC-guided, DARPA-sponsored program during a two year period starting in December 1991. 收起