NOMOHiOS: Fundamental Aspects of Artificial Intelligence and Software Engineering in the Design of Management Systems

Juan Martinez, K. Rodriguez, Johnny V. Martinez
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Abstract

NOMOHi (Node Mobile Hibrid Intelligent) networks are the result of trying to create a platform to the " collaboration"and "communication" between different types of devices (mobile phones, fixed wireless, nomadic, pervasive) that have the" ability" to communicate in two or more radio technologies (e.g., a cell phone linked to a GSM cell to transmit and receive a phone call, at the same time are surfing the Internet via wireless 802.11and simultaneously, another phone is downloading pictures and photos via Bluetooth. But what if we imagine is also a network of wireless sensors (WSN), or industrial Machine to Machine(M2M) communications network, which at some point, to use our phone as a Gateway, or in a more timely case in a tourist area where coexist different wireless devices (phones, PDA `s, Tablets, laptops, temperature sensors, wifi Access point, etc) peacefully(ignoring interference problems) but without help or communicate with each other, due to its different communication channels (some used Zigbee, other Bluetooth, other wireless, other ANT +), well, imagine a situation of emergency or Human disaster, these devices could work like a "team" and take the sign of "a fire sensor", to a simple tablet, forgotten, and this tablet might send, in the extreme, a wireless signal to a GSM phone, which would transmit the emergency signal to the focus of civil protection. Imagine also that this "tablet" used like a "HybridGateway" was controlled by a Java software, running artificial intelligence routines of Fuzzy logic, which allowed this communication occurs. In this theoretical work, briefly explains the usefulness of this system from the aspect software engineering, as well as the tools to design and what would be their main functions. Currently this project is developed by researchers at Acantelys group to display in the National park"Gran sabana" a network of emergency communications in natural disasters and to transmit educational content of Satellite Simon Bolivar, Venezuela.
管理系统设计中人工智能和软件工程的基本方面
NOMOHi(节点移动混合智能)网络是试图在不同类型的设备(移动电话,固定无线,游牧,普及)之间创建一个“协作”和“通信”平台的结果,这些设备具有“能力”以两种或多种无线电技术进行通信(例如,与GSM蜂窝连接的移动电话发送和接收电话,同时通过无线802.11浏览互联网)。另一部手机通过蓝牙下载图片和照片。但是,如果我们也想象一个无线传感器网络(WSN),或者工业机器对机器(M2M)通信网络,在某种程度上,使用我们的手机作为网关,或者在更及时的情况下,在旅游区共存不同的无线设备(电话,PDA,平板电脑,笔记本电脑,温度传感器,wifi接入点等)和平(忽略干扰问题),但没有帮助或相互通信,会怎么样?由于其不同的通信渠道(有的使用Zigbee,有的使用蓝牙,有的使用无线,还有的使用ANT +),那么,想象一下紧急情况或人类灾难,这些设备可以像一个“团队”一样工作,带着“火灾传感器”的标志,到一个简单的平板电脑上,忘记了,这个平板电脑可能会发送一个无线信号到GSM手机上,GSM手机将紧急信号传输到民防的重点。再想象一下,这个像“HybridGateway”一样使用的“平板电脑”由Java软件控制,运行模糊逻辑的人工智能程序,从而实现这种通信。在本理论工作中,从软件工程的角度简要说明了该系统的实用性,以及所设计的工具和它们的主要功能。目前,这个项目是由Acantelys集团的研究人员开发的,目的是在“大萨巴纳”国家公园展示自然灾害应急通信网络,并传输委内瑞拉西蒙·玻利瓦尔卫星的教育内容。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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