State diagram based IoT Ecosystem's IoT device conflict problem migration method

Seungmin Lee, Soojin Park, Y. B. Park
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Abstract

State diagram based IoT Ecosystem's IoT device Conflict problem migration method. IoT provided an environment for controlling the embedded system in the network environment. As the embedded system is connected to the network, adaptation to various environmental changes was required. Self-adaptive systems have been researched to adapt to environmental changes. Also, due to the expansion of the system, concepts for operating the multiple system have emerged. However, studies to verify self-adaptive systems are lacking. In this paper, to verify the self-adaptation of the multiple system, a heterogeneous IoT device constituting the IoT ecosystem is represented by a State Diagram-based System Model. We confirmed the conflict problem between heterogeneous IoT devices through System Model of IoT Device. The conflict problem was migrated through the prioritization of the identified problems according to the environment.
基于状态图的物联网生态系统物联网设备冲突问题迁移方法
基于状态图的物联网生态系统物联网设备冲突问题迁移方法物联网为在网络环境下控制嵌入式系统提供了一个环境。随着嵌入式系统与网络的连接,需要适应各种环境的变化。人们研究了自适应系统来适应环境变化。此外,由于系统的扩展,出现了操作多系统的概念。然而,验证自适应系统的研究是缺乏的。为了验证多系统的自适应能力,本文采用基于状态图的系统模型来表示构成物联网生态系统的异构物联网设备。通过物联网设备系统模型确定了异构物联网设备之间的冲突问题。根据环境确定问题的优先级,对冲突问题进行迁移。
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