Methodology and tools for the design and verification of a smart management system for home comfort

S. Bonhomme, E. Campo, D. Estève, J. Guennec
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引用次数: 15

Abstract

Measurement, control and monitoring systems are increasingly complex and may require various disciplinary skills. Producing such systems requires rigorous design methodology and the right tools. It is with this in mind that the design and formal verification HiLes tool was developed. This methodological design and verification process was used in this work to design a complex system dedicated to the intelligent home comfort management. It is built into the system engineering process defined by EIA-632, which uses UML and SYSML standards to identify the requirements, model the control logics of the system and formally validate its dynamic properties, all in a semi-automated way. In this paper, we present the various design phases according to this method as well as the results of formal verification of the complete system dynamic behavior.
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设计和验证家庭舒适智能管理系统的方法和工具
测量、控制和监测系统日益复杂,可能需要各种学科技能。生产这样的系统需要严格的设计方法和正确的工具。正是考虑到这一点,开发了设计和正式验证HiLes工具。本工作采用这种方法设计和验证过程,设计了一个专门用于智能家居舒适管理的复杂系统。它被内置于EIA-632定义的系统工程过程中,它使用UML和SYSML标准来识别需求,为系统的控制逻辑建模,并以半自动化的方式正式验证其动态属性。在本文中,我们给出了根据该方法设计的各个阶段,以及系统完整动态行为的形式化验证结果。
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