基于智能规划的任务资源规划与验证方法

Haiqing Wang, Peng Sun
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引用次数: 1

摘要

为了满足快速变化环境下资源快速调度和能力重组的需求,在较短的时间内、较宽的空间内进行实时、动态的资源规划和灵活调度。提出了一种基于智能规划、分配机制和验证方法的任务系统资源保障计划快速生成方法。本文采用基于本体的语义表示模型和分层任务网络(HTN)来获取资源类型的相应序列,突破分层任务网络规划与业务流程驱动技术相结合,实现任务分解和资源保障方案生成技术。然后利用多维动态表调度(MDLS)资源分配算法完成资源的筛选和具体分配的操作。在资源分配过程中,采用冲突解决算法避免资源冲突,保证资源组合优化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Task Resource Planning and Verification Method Based on Intelligent Planning
In order to meet the demands of rapid resource scheduling and capability recombination in a rapidly changing environment, real-time and dynamic resource planning and flexible scheduling are carried out in a relatively short time within a wide space. The paper proposes a fast generation method of task system resource guarantee plan based on intelligent planning, allocation mechanism and verification method. In this paper, we use an ontology-based semantic representation model and Hierarchical Task Network (HTN) to get the corresponding sequences of the resource type, breaking through the hierarchical task network planning combined with business process driven technology, to implement the task decomposition and resource guarantee scheme generation technique. Then we use Multidimensional Dynamic List Scheduling (MDLS) resource allocation algorithm to complete screening and the operation of the specific distribution of resources. During the resource allocation, we use conflict resolution algorithm to avoid resource conflict, to ensure resource combination optimization.
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