Resource scheduling method and system based on multiple process models

Abstract

The invention discloses a resource scheduling method and a system based on multiple process models. The method comprises the following steps: 1) establishing a mining production resource model for describing resource basic characteristics, functional characteristics and constraint characteristics of each production resource; wherein the production resources comprise process resources, discrete resources and batch resources; 2) establishing production business models including a process type business model, a discrete type business model and a batch type business model; 3) calculating constraint conditions on different position distribution by the intelligent scheduling module on the basis of the discrete service model; 4) planning a path and calculating the energy demand and the maximum throughput on the path by the intelligent scheduling module according to the constraint condition of each position and the upstream and downstream node information of the position node; and 5) calculating batch-type service output in the time sequence segmentation period by the intelligent scheduling module according to the batch-type service model, and selecting the minimum energy demand as the optimal scheduling planning route by taking the maximum throughput as the constraint condition, so that underground scheduling optimization can be realized.

Description

technical field [0001] The invention relates to a resource scheduling method and system based on various process models, in particular to a method for scheduling the use of underground production resources for safe production in mines, and belongs to the field of software technology. Background technique [0002] The mine underground production process refers to the process of mining coal mines using underground technological processes for deep coal seams, which is the main method in the mining of the coal industry. Underground coal production is a discrete continuous compound production process in a high-risk environment. The introduction of an intelligent production scheduling system in the production process will help realize the modernization of underground coal mines, improve the reliability of coal mine safety production, and provide its core competitiveness. [0003] The production of underground coal mines has its own characteristics, and there are usually three type...

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Problems solved by technology

[0008] At present, a large number of production scheduling methods are mainly used in the traditional manufacturing field and process processing field, and lack of application and exploration in the coal underground production process; in addition, the current production scheduling of the coal industry is the production scheduling of the management level (such as Production plan management, production ledger management, etc.), lack of scheduling and optimization of downhole production resources and processes

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