Accession Number : ADA188975

Title :   A Multiple-Attack Effectiveness Prediction Algorithm.

Descriptive Note : Final rept.,

Corporate Author : SYNETICS CO DALLAS TEX

Personal Author(s) : Perruzzi, J J ; Aidala, V J

PDF Url : ADA188975

Report Date : 02 Nov 1987

Pagination or Media Count : 26

Abstract : A model for predicting the effectiveness of multiple attackers against a single evader is analytically developed. Mathematical relationships are established that allowed the probability of evader disablement or capture to be expressed in terms of attacker trajectory error statistics and destruction characteristics, as well as evader localization error statistics and evasion characteristics. These formulae are transformed into a compact computational algorithm, which allows attack effectiveness predictions to be made and updated on-line as a function of changing scenarios. Keywords: Antisubmarine warfare; Computational algorithms.

Descriptors :   *ANTISUBMARINE WARFARE, ALGORITHMS, ATTACK, COMPUTATIONS, DESTRUCTION, ERRORS, EVASION, MATHEMATICS, MATHEMATICAL PREDICTION, STATISTICS, TRAJECTORIES, REAL TIME, TACTICAL ANALYSIS, MATHEMATICAL MODELS, COMBAT EFFECTIVENESS, SCENARIOS, ESTIMATES, NORMAL DENSITY FUNCTIONS, DAMAGE, MULTIPLE OPERATION

Subject Categories : Undersea and Antisubmarine Warfare
      Numerical Mathematics

Distribution Statement : APPROVED FOR PUBLIC RELEASE