Accession Number : ADA303412

Title :   Simulation of an Army Deep Operations Combat Decisionmaking Process.

Descriptive Note : Master's thesis,

Corporate Author : NAVAL POSTGRADUATE SCHOOL MONTEREY CA

Personal Author(s) : McKinzie, Kaye

PDF Url : ADA303412

Report Date : JUN 1995

Pagination or Media Count : 85

Abstract : A model of an Army Deep Operations Coordination Cell (DOCC) Combat Decisionmaking process (CDP) is presented. The model was developed from U.S. Army doctrine and current U.S. Army Corps Command Centers. Each of the functions of the DOCC CDP were identified and linked together in a functional flow chart. The distribution for each of these individual functions durations were identified, and personnel requirements for each of the functions were assigned. This model was then tested through a simulation built by the author. The simulation was designed for use in analysis of the DOCC and other Command and Control organizations. The DOCC CDP then was tested using the performance characteristics of mission completion times. Once our baseline analysis was completed, we experimented with selective manpower reductions. We show that the overall manning of the DOCC CDP would be reduced from 100 percent of authorized levels to less than one third of the authorized levels without degrading baseline completion rates.

Descriptors :   *COMPUTER PROGRAMS, *COMMAND AND CONTROL SYSTEMS, INPUT, SIMULATION, ELECTRONIC WARFARE, QUEUEING THEORY, DECISION MAKING, MILITARY DOCTRINE, COMBAT SUPPORT, THESES, REDUCTION, MANPOWER, BASE LINES, MISSIONS, FUNCTIONAL ANALYSIS, ROUTING, FLOW CHARTING, ARMY OPERATIONS, COMPUTER PERSONNEL, ELECTRONIC INTELLIGENCE, FIRE CONTROL COMPUTERS, OBJECT ORIENTED PROGRAMMING.

Subject Categories : Computer Programming and Software
      Command, Control and Communications Systems

Distribution Statement : APPROVED FOR PUBLIC RELEASE