Accession Number : ADA310556
Title : Air Attacks vs. Fixed Defended Ground Targets: Combat Models with Imperfect, Non-Instantaneous ISR/BDA.
Descriptive Note : Final rept.,
Corporate Author : AEROSPACE CORP LOS ANGELES CA
Personal Author(s) : Reed, C. C.
PDF Url : ADA310556
Report Date : 20 JUN 1996
Pagination or Media Count : 36
Abstract : These models explore interactions among (a) Weapon systems, (b) Intelligence, Surveillance, and Reconnaissance (ISR) capacity, accuracy, and timeliness, (c) Concepts of Operation, and (d) Scenarios. These interactions allow us to estimate the sensitivity of top level Measures of Effectiveness (MOEs such as BLUE losses and time taken to achieve BLUE's operational objective) to factors such as Improved weapons Pk at longer range; Improved ISR/Battle Damage Assessment (BDA) capability; RED ISR/BDA deception tactics; Improved ISR/BDA counterdeception capabilities; Alternative concepts of operation (as defined by parameters such as number of targets attacked per wave, attacker weapon mix, etc.); Changes in scenario parameters (e.g., total numbers of targets and non-targets). The effects of imperfect, non-instantaneous ISR/BDA on combat attrition are captured by a set of target states which combine BLUE perception, ground truth, and recent target history. Target state populations after the (n+1)st wave are computed from target state populations after the nth wave via functional dependencies involving the attrition, ISR/BDA, OPS concept, and scenario models used. By tracking these target state ulations with time, one can unravel the chains of cause-and-effect that lead to the (sometimes counterintuitive) sensitivities of MOEs to the various parameters mentioned earlier.
Descriptors : *SCENARIOS, *COMBAT EFFECTIVENESS, *DEFENSE SYSTEMS, *INTERACTIONS, *ATTACK, *AIR TO SURFACE, *SURFACE TARGETS, WEAPONS, MODELS, WEAPON SYSTEMS, PARAMETERS, ATTRITION, TRACKING, ACCURACY, ESTIMATES, STATIONARY, WAR GAMES, TIMELINESS, MILITARY TACTICS, RECONNAISSANCE, PERCEPTION, DECEPTION, SURFACE TRUTH.
Subject Categories : Operations Research
Distribution Statement : APPROVED FOR PUBLIC RELEASE