复杂广域战场下灵巧引信精准起爆控制问题

针对传统引信动态开环控制设计理论无法满足新一代引信-灵巧引信发展的控制需要问题，在分析时空识别与过程控制作为引信起爆控制的基础上，提出灵巧引信精确起爆控制面临的三个科学问题并深入研究。分别针对灵巧引信的设计构建了三类控制器，即：环境自适应探测控制器、自触发时延补偿状态控制器以及虚拟闭环起爆控制器，建立了灵巧引信“三元”级联控制设计方法架构。所得成果可提升灵巧引信在复杂广域战场下精准起爆控制精度，为进一步发展智能引信奠定理论基础。

Precision Detonation Control Problem of Smart Fuze in Complex Wide-Area Battlefield

To deal with the problem that the dynamic open-loop control design theory for traditional fuzes cannot meet the control needs of the development of the new generation of smart fuze, based on the analysis of space-time identification and process control as fuze detonation control, three scientific problems faced by the precise detonation control of smart fuze are proposed and deeply studied. At the same time, three types of controllers are constructed for smart fuze design, namely, environmentally adaptive detection controller, self-triggered time delay compensation state controller and virtual closed-loop detonation controller, and the design architecture of “three-element” cascade control of smart fuze is established. It can improve the precise detonation control accuracy of smart fuze in the complex wide-area battlefield, which lays a theoretical foundation for the further development of intelligent fuze.