论文部分内容阅读
战术导弹制导与控制算法的运算量已非常大，但随着武器系统处理需求的不断增加，当前通用处理器已不能满足运算需求。因此，使用美国防部指定的Ａｄａ语言使处理器执行各项功能达到最优是必要的。然而，必须考虑定做的硬件与使用方便性之间的平衡。由美国空军武器试验室主研的ＧＩＳＡ（制导系统结构〕项目正以研究这一平衡为目的。在ＧＩＳＡ项目中，正在研制一种可在最大范围内使用现今实用产品的指令系统结构，它能使Ａｄａ语言编写的战术导弹制导与控制算法处理达到最优。本文将描述此项目的目标，任务，进度以及在这个领域内未来可能的计划。
Tactical missile guidance and control algorithms have been very computationally intensive, but as the demand for weapon system processing continues to increase, the current general purpose processors can no longer meet the computing needs. Therefore, it is necessary to use the Ada language designated by the U.S. Department of Defense to optimize the performance of the processor. However, the trade-off between custom hardware and ease of use must be considered. The GISA (Guidance System Architecture) project, led by the United States Air Force’s Weapons Laboratory, is now looking at this balance, and in the GISA project an instruction structure is being developed that can be used to the fullest extent of today’s practical products, Optimizing Tactical Missile Guidance and Control Algorithms written in the Ada language This article describes the goals, tasks, progress, and possible future plans for this project.