HELBASE: A Tool for the Analysis of High Energy Laser Weapon Development, Deployment, and Operation

Authors: Jeffrey L. Dutton; AIR FORCE INST OF TECH WRIGHT-PATTERSONAFB OH SCHOOL OF ENGINEERING

Abstract:

A computerized simulation model was developed as a flexible tool to aid in the design, deployment, and employment decisions regarding high energy laser weapons. Only the 'space defensive' and 'antisatellite' missions are considered. The simulation models the physical processes of laser propagation and laser effects, and it includes a 'first-order' optimization process for selection of weapons and weapon paths of maximum efficiency. It also includes a 'many-on-many' engagement model to test the effectiveness of the weapons selected. Target satellites include a set of f ur hypothetical systems representing 'real world' possibilities. Weapon choices may be base on the surface of the earth, in aircraft, or in circular orbits. The user specifies weapon design characteristics as well as associated basing modes for each type of weapon to be deployed by the optimization model. In addition to selecting the targets and defining the types of weapons to be used, the user defines the time allowed to accomplish a defined mission, and the percentage of each system of target satellites which must be negated. Rudimentary tactics for weapon employment are also allowed. Validation, verification, and experimental designs for model use are discussed. Recommendations for model expansion are given. (Author)

Limitations:

APPROVED FOR PUBLIC RELEASE