Utilizing Fuzzy colored Petri-Nets to monitor cardiac pacemaker behavior

Negar Majma, S. M. Babamir, A. Monadjemi
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引用次数: 3

Abstract

Connected health devices are used to in vivo cure and prevent abnormal conditions without manual intervention. This paper presents an intelligent agent-based method for runtime verification of cardiac pacemaker runtime behavior. Construct the agent's knowledge base based on the Fuzzy Colored Petri Net (FCPN). Based on our previous experiences, the FCPN will be reduced the scale of our network in comparison to the Petri-net(PN). Compared to a simple inference engine, the FCPN can cover the concurrent states and in addition intelligent agent can ensure the accuracy of the runtime verification operation of the cardiac pacemaker in vital and unexpected situation.
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利用模糊彩色petri网监测心脏起搏器行为
联网健康设备用于体内治疗和预防异常情况,无需人工干预。提出了一种基于智能代理的心脏起搏器运行时行为验证方法。基于模糊着色Petri网(FCPN)构建智能体知识库。根据我们以前的经验,与Petri-net(PN)相比,FCPN将缩小我们网络的规模。与简单的推理引擎相比,FCPN可以覆盖并发状态,并且智能代理可以确保心脏起搏器在重大和意外情况下运行时验证操作的准确性。
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