远程互操作性测试平台客户端设计与实现

发布时间：2018-06-23 08:14

本文选题：远程测试 + 协议测试　；参考：《北京邮电大学》2016年硕士论文

【摘要】：日常生活的丰富拓宽了人们对网络以及网络应用多样化的需求。为了满足这些应用中信息传播的正确进行,通信协议以及通信协议实现设备的种类也在不断增多,如何保证纷杂的通信协议实现设备可以在同一网络环境中正确的工作就成为了信息技术领域所面临的巨大挑战。所以不同厂商的协议实现设备同时使用在一个网络环境之中进行生产工作之前,用协议互操作性测试技术对其相互之间是否可以正常进行数据通信进行验证具有必要性。传统的协议互操作性测试受到设备之间物理距离的限制,通常需要在几米到几十米的距离范围之内完成组网,这会为协议测试工作引入大量的人员以及财力成本,远程互操作性测试技术也随之被提出。本文中针对远程互操作性测试的场景提出了一种新型的远程互操作性测试架构,这种架构通过对互联网资源的利用,以客户端服务器协同工作的方式分离了同一互操作性测试场景之中两个被测实体的物理位置,使得被测设备之间的互操作性测试可以远程进行。本文的研究工作主要集中在如下几个方面:(1)研究互操作性测试方法以及远程一致性测试方法。在此基础之上根据远程互操作性测试的场景,设计并实现具有协议无关性,即可在协议之间通用的远程互操作性测试平台客户端系统。(2)研究6LoWPAN协议标准的内容以及工作方式,IEEE802.15.4标准的内容以及工作方式。针对6LoWPAN协议标准,设计并实现可在平台上进行该协议远程互操作性测试的插件完成测试工作。(3)针对所实现的远程互操作性测试平台客户端,结合远程互操作性测试平台的服务器,设计测试例,搭建测试环境,完成远程互操作性测试平台的功能测试工作。
[Abstract]:The richness of daily life broadens people's demand for network and its application diversification. In order to satisfy the correct information dissemination in these applications, the types of communication protocols and communication protocol implementation devices are also increasing. How to ensure that the various communication protocol devices can work correctly in the same network environment has become a great challenge in the field of information technology. So it is necessary to use the protocol interoperability test technology to verify the data communication between different manufacturers before they are used in a network environment at the same time. Traditional protocol interoperability testing is limited by the physical distance between devices. It usually needs to complete networking within the range of several meters to tens of meters, which will introduce a large number of personnel and financial costs for protocol testing. The technology of remote interoperability testing has also been put forward. In this paper, a new architecture of remote interoperability testing is proposed for the scenario of remote interoperability testing, which is based on the use of Internet resources. The physical location of the two tested entities in the same interoperability test scenario is separated in the way of client and server cooperation, so that the interoperability testing between the tested devices can be carried out remotely. This paper focuses on the following aspects: (1) the interoperability testing methods and remote conformance testing methods are studied. On this basis, according to the scenario of remote interoperability testing, protocol independence is designed and implemented. The client system of remote interoperability testing platform can be used between protocols. (2) the content and working mode of 6LoWPAN protocol standard and IEEE 802.15.4 standard are studied. Aiming at the standard of 6LoWPAN protocol, the plug-in that can test the remote interoperability of the protocol on the platform is designed and implemented. (3) aiming at the client side of the remote interoperability test platform, Combining with the server of the remote interoperability test platform, the test cases are designed, the test environment is built, and the function test work of the remote interoperability test platform is completed.
【学位授予单位】：北京邮电大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TP311.52

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