虚拟网络系统

M-MPAC '10 Pub Date : 2010-11-29 DOI:10.1145/1890791.1890794
J. Määttä, R. Järvinen, Riku Luostarinen, J. Manner
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引用次数: 1

摘要

一个流行的技术领域很快就会获得解决相同目标的竞争解决方案。例子包括文件系统和存储,以及通信技术。所有竞争的解决方案通常都会引入自己特定的功能、编程模型和api;这通常迫使应用程序程序员选择特定的解决方案并为此构建应用程序。这种不幸的情况也存在例外,例如,Linux包含虚拟文件系统(VFS)来将应用程序与特定的本地存储设备分离。网络文件系统(NFS)提供了类似的功能,即,它将客户端与存储服务器解耦。通信技术没有类似的解决方案:每种技术都是不同的,并且有自己的编程模型和API。本文介绍了虚拟网络系统(VNS),它结合了VFS和NFS通信技术的概念。我们的解决方案是一个中间件,它为应用程序提供了一个统一的API,可以使用任何本地或远程通信技术。我们描述了我们的架构,并讨论了我们目前的实现,使我们能够通过IP和甚高频无线电进行通信。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The virtual network system
A popular technology area quickly gains competing solutions to solve the same goal. Examples include file systems and storage, and communication technologies. All competing solutions typically introduce their own specific functionality, programming models and APIs; this generally forces application programmers to choose a specific solution and build the application for it. There exists exceptions to this unfortunate state of affairs, e.g., Linux includes the Virtual File System (VFS) to decouple applications from specific local storage devices. A similar functionality is provided by the Network File System (NFS), i.e., it decouples the client from the storage server. The communication technologies do not have a similar solution: each technology is different and has its own programming model and API. In this paper we introduce the Virtual Network System (VNS) that combines the concepts of VFS and NFS for communication technologies. Our solution is a middleware that enables a unified API for applications to use any communication technology, local or remote. We describe our architecture and discuss our current implementation that enables communication over IP and VHF radio.
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