Guidance-Fuzed Lethality Algorithms

Thus far, the weapons community has developed fuze, guidance, and control algorithms independently due to constraints in computing power and associated cost. However, modern electronics and sensor technology have now developed to where it is conceivable to autonomously detect, identify, and obtain enough data to aim and detonate weapons based upon known target vulnerabilities. In effect, we now have the opportunity to develop a more ideal weapon, capable of defeating its target set with a minimum amount of high explosive and fragments, thereby minimizing collateral damage. To do this, it is first required to develop an algorithm to define optimal endgame conditions that maximize target defeat. This can be done using current analysis codes and processes used in new and innovative ways. Once these optimal endgame conditions are defined, modern guidance systems can be set to intercept the endgame trajectory some distance from the target to achieve the selected optimal endgame scenario and defeat the target.