基于逻辑推理规则的颗粒钻井应急决策系统研究

Lei Li, Weicheng Li, Xiaolin Zhang
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引用次数: 0

摘要

应急决策是智能监控系统的核心模块,它关系到系统运行的可靠性和稳定性。但是,断层类型太多,无法提前完全识别。因此,应急决策模块需要具备自动生成处置能力的功能。本文以颗粒冲击钻孔系统为例,将其整个工艺过程划分为16个独立的子过程,并通过状态确定规则对子过程状态进行参数化。不同的故障状态可以用不同子过程参数值的融合推理来表示。结合子流程的组合调用,可以实现所有必要条件,以满足不同故障状态的应急需求。通过对钻石1井的测试,该监测系统可以实现复杂条件下的自动应急处置,为类似系统的开发提供了有益的参考。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research of particle drilling emergency decision system based on logical reasoning rule
Emergency decision is the core module of intelligent monitoring system, which is related to the reliability and stability of system operation. But, the fault types are too numerous to be fully identified in advance. So, the emergency decision-making module needs to have the function of automatically generating disposal capacity. Taking the particle impact drilling system as an example, its whole technological process was divided into 16 independent sub-processes in the article, and parameterized the sub-process state by the state determination rules. Different fault states could be represented by the fusion inference of different sub-process parameter values. Combined with the combined-invocation of sub-processes, the all required conditions can be realized to meet the emergency demand of different fault states. Through the test of zuan-shi 1 well, the monitoring system can realize automatic emergency disposal under complex conditions, that providing useful reference for the similar systems development.
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