Guidance, Control and Positioning of Future Precision Guided Stand-off Weapons Systems

摘要

Partial contents: Tactical Operational Requirements--the unmanned aircraft as a force multiplier, Navy technology requirements for unmanned airborne vehicles; and Design/development tradeoffs to achieve a mission effective SOW(Standoff Weapon) Guidance System; Weapon Systems Concepts, Design Criteria and Integration Issues--Lethal air defense suppression technology base definition; and Midcourse guidance for the US Army's low cost fiber optic guided missile; Tactical Mission Planning and Management; Probabilities de collision de missiles de croisiere volante formation; Strapdown Inertial Systems Applications for Tactical Missiles (Stand-Off Missiles); Computational Techniques and Data Processing; Precision delivery of unguided submunitions from a tactical standoff missile; and High Altitude, long endurance RPV design technology study.