A simulation model to evaluate air defence systems of fast patrol boat squadrons in realistic tactical situations

Abstract

An outline of the general nature of the problem and the aim and structuringof the simulation model is given. The main modes of operation of the Fast Patrol Boats are derived from their primary role as a major component of the R No Navy's anti-invasion capacity. This, coupled with assumptions regarding enemy anti-FPB operations in the air, based on given scenarios, define the tactical situations subject to simulation by the model. Main emphasis, however, is given to discribing the main features of the model itself, starting with the types and the number of units involved, their configuration and performance and how their various modes of operation are represented in the model. A detailed digital terrain description incorporated in the model warrants a realistic consideration of terrain masking in a stochastic dynamic simulation process both for the mutual detection phase and the ensuing combat. A few specific model elements, portraying the detection mechanisms and one of the air defence systems are described somewhat more thoroughly in order to demonstrate the level of detail in the actual model. Finally an example is given to illustrate the type of results that can be generated by this model-system, followed by a general discussion of how such results can be utilized to evaluate alternative air defence concepts on the basis of effectiveness and cost figures.