Fundamental aspects of Network Controllable Artifacts

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  • Network Controllable Artifactsについての基本的考察
  • Network Controllable Artifacts ニツイテノ キホンテキ コウサツ

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Abstract

Recently, many electric devices and artifacts have intelligent functions, and most of them are connected to the network. In the near future, more artifacts and several types of sensors will be connected to the network. These artifacts are not only connected to the network but also can be controlled over the network. In this paper, we defined these controllable devices as Network Controllable Artifacts (NCAs). The conventional artifacts are controlled by own controller, but in most of the cases, calculation resources and memory capacities are limited in these controllers. Meanwhile, the conventional artifacts use the sensors which are installed in the artifacts. In the next generation system, we proposed that all artifacts would become NCAs and they would use the sensors which located on the network, not using installed sensors in NCAs. If we can design judgment modules which also existed on the network, this next generation system becomes virtual intelligent artifact system. In this case, controller for this next generation system can be released from the limitation of calculation resources and memory capacities. In this paper, how to develop virtual intelligent artifact system with NCAs is discussed. At the same time, advantages, disadvantages, and challenges of this system are discussed.

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