用于物联网的通用堆栈框架

Rakesh Kumar Ambhati, ChaudhariShilpa Shashikant, Valluri Sarimela
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引用次数: 0

摘要

物联网(IOT)确实严重影响着人类生活的方方面面,因为它被设想为连接物理世界和虚拟世界。通过物联网现象,自动化和便利性是人类生活的重要附加值。物联网技术的增长主要由四个因素促成。1)传感器成本下降,2)宽带普及率提高,3)廉价的数据存储,4)先进的软件分析,可以将原始传感器数据转化为重要知识。智能家居个人区域网络(pan)、工业电网、医疗机构区域网络(ban)甚至军用车辆网络都将受益于物联网概念。然而,上述所有领域都有不同的物联网堆栈要求。不同的物联网网络确实会遇到频谱紧张、干扰增加、绿色能源、异质性和不同程度的覆盖问题等问题。本文从物联网网络的堆栈需求角度对物联网网络进行了广泛的分类。本文还介绍了新兴行业的标准化工作,以开发框架,API和平台来实现物联网愿景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Generic stack frame work for Internet Of Things
Internet of things (IOT) does affect every aspect of human life severely, as it is envisioned to bridge physical world and virtual world. Automation and convenience are vital value addition to human life, by IOT phenomena. The growth of IoT technologies is primarily contributed by four factors. 1) Declining cost of sensors, 2) Increasing broadband penetration, 3) Cheap data storage and 4) Advanced software analytics, that can transform raw sensor data into vital knowledge. Smart Home personal area networks(PANs), Industrial grids, Health care body area networks(BANs) and even Military vehicular networks will benefit from IOT concepts. However all the above mentioned areas have different IOT stack requirements. As different IOT networks do encounter issues like spectrum crunch, increased interference, Green energy, heterogeneity and coverage issues at varying degree of intensity. In this paper a broad classification of IOT networks is illustrated, form their stack requirements perspective. This paper also covers emerging Industry standardization efforts, to develop frameworks, API and platforms to realize IOT vision.
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