An Efficient Approach to Quantify Process Feasibility based on Convex Hull

机译：基于凸壳化的过程可行性的有效方法

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This paper addresses the problem of quantifying process feasibility (i.e. the capability of feasible operation under changing operating conditions). The basic idea is to evaluate the convex hull that is inscribed within the feasible region and determine its volume based on Delaunay Triangulation. The proposed approach not only provides another feasibility measure but also an accurate description of the feasible space of the process. The approach has been applied to convex and one dimensional convex problems and work is in progress to extend the ideas to non-convex systems.

机译：本文解决了量化过程可行性的问题（即在改变操作条件下可行的操作能力）。基本思想是评估刻在可行区域内的凸壳，并根据Delaunay三角测量确定其体积。所提出的方法不仅提供了另一种可行性措施，还提供了对过程的可行空间的准确描述。该方法已应用于凸面，一维凸面问题和工作正在进行中，以将思想扩展到非凸系统。

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《European symposium of the working party on computer aided process engineering》|2001年||共6页
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Marianthi G. Ierapetritou;
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中图分类机器辅助技术;
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An Efficient Approach to Quantify Process Feasibility based on Convex Hull

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