防御系统发展的新趋势是建立战场环境的一种新的处理模式:今后使用能探测和处理一系列所得信号的高集成系统,可对敌人的威胁作出更快、更准确的反应。 新材料和材料处理技术是这类设想的系统的基础。到目前为止仍被看作是相互竞争的技术将被组合在同一设备子系统里。例如,在一衬底上集成硅和砷化镓（GaAs）,将光学和电子信号处理综合在一片组件里。有一种设想是组成一种小型的、高性能多处理机来执行重要 The new trend in defense system development is to create a new processing paradigm for battlefield environments: future use of highly integrated systems that detect and process a wide range of resulting signals will provide faster and more accurate responses to enemy threats. New materials and material handling technologies are the basis for such a conceived system. So far still seen as competing technologies will be combined in the same device subsystem. For example, silicon and gallium arsenide (GaAs) are integrated on a substrate, combining optical and electronic signal processing in a single package. One idea is to compose a small, high-performance multiprocessor to perform important