Overview of C-NAT and Its Reinforcement for IoT Data Exchange Platform

IF 0.3 Q4 ENGINEERING, ELECTRICAL & ELECTRONIC IEICE Communications Express Pub Date : 2024-10-10 DOI:10.23919/comex.2024COL0012
Atsuko Yokotani;Horoshi Mineno;Masaki Mitsuuchi;Koichi Ishibashi;Tetsuya Yokotani
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Abstract

IoT platforms have been actively discussed for deploying various IoT services using a horizontal approach. The IoT Data Exchange Platform (IoT-DEP) is one of these platforms, standardized as ISO/IEC 30161 series in ISO/IEC JTC 1/SC 41. These standardized documents specify the requirements, architecture, and functional blocks of the communication components. However, detailed communication sequences among the communication components are considered an implementation issue. This paper proposes a content-centric network with Network initiative And Traffic control (C-NAT) applied to the IoT-DEP as a promising candidate for communication sequences. Moreover, it proposes the reinforcement of C-NAT for low-latency and reliable industrial services when applied to IoT-DEP. Specifically, although the original C-NAT is intended to provide cyclic communication, this study proposes support for non-cyclic communication in reinforced C-NAT.
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物联网数据交换平台C-NAT及其增强概述
人们一直在积极讨论物联网平台,以便使用横向方法部署各种物联网服务。物联网数据交换平台(IoT- dep)是这些平台之一,在ISO/IEC JTC 1/SC 41中被标准化为ISO/IEC 30161系列。这些标准化文档指定了通信组件的需求、体系结构和功能块。然而,通信组件之间的详细通信序列被认为是一个实现问题。本文提出了一种以内容为中心的网络,将网络主动和流量控制(C-NAT)应用于IoT-DEP,作为通信序列的有前途的候选网络。提出了在IoT-DEP应用中对C-NAT进行强化,实现低时延、可靠的工业业务。具体来说,尽管最初的C-NAT旨在提供循环通信,但本研究提出了在增强的C-NAT中支持非循环通信。
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来源期刊
IEICE Communications Express
IEICE Communications Express ENGINEERING, ELECTRICAL & ELECTRONIC-
自引率
33.30%
发文量
114
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