多网格软件- wifi多模型管理

P. Gardner-Stephen, Swapna Palaniswamy
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引用次数: 41

摘要

本文介绍了几个网格软件的WiFi多模式管理组件。该软件是一种移动电话平台,可以独立于固定基础设施运行,通过使用设备的WiFi功能自动形成无线网状网络,支持语音通话、短消息和其他通信模式。包括上下文和用例为几个网格软件提供一些背景读者。在描述了Android移动电话缺乏固有的ad-hoc WiFi支持以及由此产生的问题之后,本文描述了将WiFi多模式管理组件纳入到几个网格软件中,该组件用于最大化任何给定型号的电话手持设备上可用的网格连接选项。采用的方法是模块化检测和控制每个型号的手机上的WiFi硬件,以便可以添加对新手机的支持,而无需重新编译软件或管理单个拜占庭式的单片控制脚本,该脚本包含所有支持的手机型号的命令。然后利用这种模块化方法来促进迄今为止不支持的Android手机型号上的WiFi ad-hoc模式的自动获取,消除了对这些脚本的劳动密集型手工制作的需要,以及之前所带来的瓶颈和基础设施依赖。本文最后给出了初步结果,表明本文中描述的几个网格软件项目的改进取得了成功,包括来自该软件第三方用户的轶事报告。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Serval mesh software-WiFi multi model management
This paper describes the WiFi Multi-Modal Management component of the Serval Mesh Software. The Serval Mesh Software is a mobile telephony platform that can operate independent of fixed infrastructure, by using the WiFi capability of the device to automatically form a wireless mesh network that supports the carriage of voice calls, short messages and other modes of communication. Context and use cases for the Serval Mesh Software are included to provide the reader with some context. After describing the lack of inherent ad-hoc WiFi support on Android mobile telephones and the problems that result, this paper describes the WiFi Multi-Modal Management component incorporated into the Serval Mesh Software, that is used to maximize the mesh connectivity options available on any given model of telephone handset. The approach taken is to modularize the detection and control of the WiFi hardware on each model of handset so that support for new handsets can be added without recompiling the software or managing a single byzantine monolithic control script that contains the commands for all supported handset models. This modular approach is then leveraged to facilitate automated acquisition of WiFi ad-hoc mode on hitherto unsupported models of Android telephone handsets, removing the need for labor-intensive manual crafting of these scripts, and the bottleneck and infrastructure-dependence that this previously entailed. The paper concludes with preliminary results indicating the success of the improvements to the Serval Mesh Software project described in this paper, including anecdotal reports from third-party users of the software.
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