Real time artificial intelligence system

P. Kogge, T. Giambra, H. Sasnowitz, J.F. Mastranadi, A. Scarpelli
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引用次数: 2

Abstract

Recent years have seen increased demands on avionics systems to provide enhanced symbolic data processing functions, particularly in the emerging areas of real-time, onboard, tactical and mission assistance. Attempting to meet the increased processing that such applications require simply by "killing the problem with MIPS" in a classical avionics architecture is inefficient, fragile and costly. The RTAIS program represents an elegant approach to solving this mismatch by coupling a deep understanding of the kinds of computation needed with both highly parallel hardware, an expanded programming paradigm, and a fully Ada-based programming environment.
实时人工智能系统
近年来,人们对航空电子系统的需求不断增加,以提供增强的符号数据处理功能,特别是在实时、机载、战术和任务辅助等新兴领域。在传统的航空电子架构中,试图通过简单地“用MIPS解决问题”来满足此类应用所需的增加的处理是低效、脆弱和昂贵的。RTAIS程序代表了一种解决这种不匹配的优雅方法,它将对所需计算类型的深刻理解与高度并行的硬件、扩展的编程范例和完全基于数据的编程环境相结合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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