
Accession Number : ADA297450
Title : Submarine Approach and Attack Tactics  Simulation and Analysis.
Descriptive Note : Master's thesis,
Corporate Author : NAVAL POSTGRADUATE SCHOOL MONTEREY CA
Personal Author(s) : Bakos, George K.
PDF Url : ADA297450
Report Date : MAR 1995
Pagination or Media Count : 68
Abstract : The purpose of this thesis is to assess the probability of a diesel submarine's successful attack when using bearingsonly Target Motion Analysis (TMA) while approaching a surface target. Four different approach tactics are examined: POINT LEAD  POINT, POINT  LEAD  LAG, POINT  LAG  LEAD and POINT  LAG  POINT. The submarine approach problem addressed in this thesis was solved using Monte Carlo simulation. Each simulation run includes 1,000 replications for each combination of submarine speed, target speed and tactic. Each replication starts by specifying initial conditions for the target and submarine. Then the submarine's approach phase is simulated, consisting of three legs (TMA maneuvers) during which the submarine computes the target speed, course and range. The simulation continues with the attack phase, where the submarine decides if a torpedo can reach the target. Finally the success or failure of the attack is determined. The number of successful attacks in each simulation is a measure of effectiveness of the particular tactic. The simulation shows that the tactic which maximizes the probability of successful attack is PointLeadPoint, but possibly other considerations not captured in the simulation model would recommend a different tactic choice. Due to the variety' of arbitrar' tactical assumptions, the principal contribution of this thesis is a representative simulation analysis. Specific tactical conclusions are likely to be misleading and are not recommended for actual use. (KAR) P. 2
Descriptors : *TACTICAL ANALYSIS, *SUBMARINES, *ANTISHIP WARFARE, *TORPEDO ATTACK, *COMBAT EFFECTIVENESS, VELOCITY, SIMULATION, MEASUREMENT, MODELS, FAILURE, THESES, TARGETS, MONTE CARLO METHOD, MILITARY TACTICS.
Subject Categories : Submarine Engineering
Naval Surface Warfare
Distribution Statement : APPROVED FOR PUBLIC RELEASE