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AI Planning through Mixed-Integer Programming

机译:AI规划通过混合整数编程

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We introduce a new ontology, a modeling approach to planning in STRIPS-like domains, and an extended numeric framework based on converting planning problems into Mixed-Integer Programming problems (MIPs). We describe a new planner, OptiPlan, which is based on that ontology. Frugal by design, OptiPlan always finds the provable "cheapest" plan or proves that the problem is infeasible. Extensions of STRIPS-like domains are applicable to a wide variety of Supply Chain Problems and thus build a bridge between Artificial Intelligence Planning and Manufacturing Planning. Furthermore, the new ontology offers an efficient, constructive alternative to a fifty-year old Bill-of-Materials (BOM) and Routing modeling philosophy with the controversial issue of BOM/Routing separation.
机译:我们介绍了一种新的本体论,一个模拟方法,以规划在条带状域中,以及基于将规划问题转换为混合整数编程问题(MIPS)的扩展数字框架。我们描述了一个新的策划者,Optiplan,基于该本体。节俭的设计,Optiplan总是找到可提供的“最便宜”计划或证明问题是不可行的。条带状域的扩展适用于各种供应链问题,从而构建人工智能规划和制造规划之间的桥梁。此外,新的本体论提供了一个有效的,建设性的替代品,以5岁的材料清单(BOM)和与BOM /路由分离的有争议的问题进行争议的哲学。

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