实现智能EMC分析与设计技术

V. Choo, A. Drozd, D. Dixon, N. Schade
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引用次数: 2

摘要

作者先前进行的研究表明,嵌入人工智能(AI)约束的专家系统(ES)为为EMC应用程序建立“知识增强”问题解决工具提供了良好的环境。本文更新了原来的研究结果,探讨了采用专家系统进行广义电磁兼容分析和预测的可行性。具体而言,在海军电磁(EM)工程(EMENG)基线II CAD推力的背景下,使用成熟的专家系统技术开发和应用智能EMC分析和设计系统(IEMCADS)。EMENG被定义为电磁学原理在船舶设计中的实际应用。IEMCADS是一个计算机辅助甲板下房间布置模块,将集成到EMENG系统中。EMENG将在船舶设计过程的早期提供增强的电磁干扰(EMI)预防能力。具体来说,IEMCADS是一个用于模拟海军舰艇甲板下电磁环境效应(E/sup 3/)的工具,用于优化甲板下区域的布局,包括机架/设备、电缆和局部磁能源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementation of intelligent EMC analysis and design techniques
Prior research performed by the authors indicates that expert systems (ES) embedded with artificial intelligence (AI) constraints provide an excellent environment for establishing "knowledge-enhanced" problem-solving tools for EMC applications. This paper updates the findings of this original investigation into the feasibility of adapting expert systems for generalized EMC analysis and prediction. Specifically, the development and application of the Intelligent EMC Analysis and Design System (IEMCADS) using a proven expert system technology is presented in the context of the Navy's electromagnetic (EM) engineering (EMENG) Baseline II CAD thrust. EMENG is defined as the practical application of the principles of electromagnetics in ship design. IEMCADS is a computer-aided below decks room arrangement module that will be integrated into the EMENG system. EMENG will deliver enhanced capabilities for preventing electromagnetic interference (EMI) early in the ship design process. Specifically IEMCADS is a tool for simulating Navy vessel below-deck electromagnetic environment effects (E/sup 3/) for the purpose of optimizing layout of bounded below-deck regions that encompass racks/equipments, cables, and local magnetic energy sources.<>
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