基于安卓平台的移动互联网质量指标采集机制研究

发布时间：2018-04-13 19:04

本文选题：自动调度 + 移动通信网络　；参考：《北京邮电大学》2016年硕士论文

【摘要】：随着移动通信网络技术的不断发展,通信技术不断更替,网络建设规模不断扩张,使得通信网络环境日益复杂。移动通信网络测试是检测移动通信网络,保证网络稳定工作的重要部分,而在当前复杂的网络环境下,通信网络质量的测量工作面临着较大的挑战。移动通信网络测试如何适应通信网络技术的发展,找到兼具自动化、灵活性的解决方案,将对整个产业的发展具有重要意义。论文通过分析现有通信测试技术,结合新技术所能提供的方法,研究移动通信网质量指标采集机制,提出中心服务器控制多测试终端,完成包括通话、短信、数据等通信质量指标的测试任务自动调度的解决方案,形成基于APP拨测的通信网络质量指标自动化测试系统。论文基于研究的指标采集机制设计了通信网络质量测试系统的总体架构,并完成测试任务建模算法以及测试指标采集机制算法的分析研究。测试任务分发的核心设计是测试任务建模算法,算法通过分层结构模型来封装测试任务,实现了该机制的可扩展性以及灵活性。通信网络质量指标自动化测试系统的总体架构为C/S架构,通过中央服务器控制处理,统一分发任务到各个指定的测试终端,测试终端完成指定任务,上报数据,从而完成自动化的指标采集。论文通过对总体框架的设计以及关键算法的分析,进一步细化移动通信网络质量测试系统的设计,形成了 APP拨测软件的功能架构以及服务端软件的功能架构,并对其中核心业务逻辑的设计进行详细叙述。论文为了验证研究方案的可行性,通过技术选型,完成测试终端关键指标的测试和任务管理的实现。在中央服务器端,通过消息中间件完成了服务端的测试任务控制和指标采集方案。最终移动通信网络质量测试系统通过协同工作和质量指标采集机制,初步验证了论文的研究方案,取得了一定的成果。
[Abstract]:With the continuous development of mobile communication network technology, communication technology is constantly changing, and the scale of network construction is expanding, which makes the communication network environment increasingly complex.Mobile communication network testing is an important part of detecting mobile communication network and ensuring network stability. However, in the current complex network environment, the measurement of communication network quality is facing a great challenge.The test of mobile communication network how to adapt to the development of communication network technology and find a solution with both automation and flexibility will be of great significance to the development of the whole industry.By analyzing the existing communication testing technology and combining the method provided by the new technology, this paper studies the mechanism of collecting the quality index of the mobile communication network, and puts forward that the central server controls the multi-test terminal, which includes calling, short message, etc.An automatic test system for communication network quality indicators based on APP dialing is formed by solving the problem of automatic scheduling of test tasks for communication quality indicators such as data.In this paper, the overall architecture of the communication network quality testing system is designed based on the research index collection mechanism, and the analysis and research of the test task modeling algorithm and the test index acquisition mechanism algorithm are completed.The core design of test task distribution is the test task modeling algorithm, which encapsulates the test task through a hierarchical structure model, and realizes the extensibility and flexibility of the mechanism.The overall architecture of the automated testing system for communication network quality indicators is the C / S architecture. Through the central server control and processing, the task is distributed uniformly to each designated test terminal. The test terminal completes the assigned task and reports the data.In order to complete the automatic collection of indicators.Through the design of the overall framework and the analysis of the key algorithms, the design of the mobile communication network quality testing system is further refined, and the functional architecture of the APP dial testing software and the server-side software is formed.The design of the core business logic is described in detail.In order to verify the feasibility of the research project, the key indicators of the test terminal are tested and the task management is implemented through the selection of technology.In the central server, the test task control and index collection scheme of the server are completed by message middleware.Finally, the mobile communication network quality testing system through the cooperative work and quality index collection mechanism, the preliminary verification of the research project of the paper, and achieved certain results.
【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】：TN929.5;TP311.52

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