智能终端人机交互评测系统与续航评测系统的研究与实现

发布时间：2018-04-30 21:12

本文选题：智能终端 + 用户体验　；参考：《北京邮电大学》2016年硕士论文

【摘要】：移动互联网技术的发展,推动了智能终端的普及,开放的操作系统、高速的接入能力以及丰富的应用功能,为用户带来了全新的使用体验。随着人们对智能终端的依赖度日益增强,人们对智能终端的用户体验要求也越来越高,然而用户体验的评测标准尚未形成,如何对用户体验开展评测,已成为业界关注的重要问题。本文围绕智能终端的用户体验评测开展研究工作,主要研究内容包括用户体验的评测体系以及自动化测试系统。本文通过对用户体验概念、评测内容、影响因素的梳理,从硬件性能、系统响应性能、续航性能通信性能以及音视频性能等方面,给出了智能终端用户体验评测指标,并概括说明了相关指标的评测方法,为自动化测试系统的实现奠定了基础。本文的评测系统实现分为两部分,分别是人机交互评测系统和续航性能评测系统。人机交互评测系统主要针对智能终端系统响应性能开展时延自动化测试,通过机械臂以及高速摄像机等设备,模拟、记录用户对终端的操作过程,通过图片比对计算响应时延。续航性能评测系统针对智能终端续航性能开展功耗自动化测试,通过综测仪以及信道模拟器模拟网络环境,通过电流源统计工作电流,评估终端的耗电性能。测试系统的实现部分从硬件架构以及软件平台实现两部分阐述。软件平台的设计采用分层的思想,将软件功能抽象四层:界面交互层、业务逻辑层、控制层(仪表控制层)以及数据访问层,文中将对各个层面的详细设计思路进行阐述,并给出软件自动化测试的结果验证。最后将对论文的工作进行总结,给出下一步研究方向。
[Abstract]:The development of mobile Internet technology has promoted the popularity of intelligent terminals, open operating system, high-speed access capabilities and rich application functions, which has brought users a new use experience. With the increasing dependence on the intelligent terminal, the user experience requirement of the intelligent terminal is more and more high. However, the evaluation standard of the user experience has not yet been formed, how to evaluate the user experience, Has become an important issue of concern to the industry. This paper focuses on the user experience evaluation of intelligent terminals, including the user experience evaluation system and automated testing system. In this paper, through the concept of user experience, evaluation content, influence factors, from the hardware performance, system response performance, performance communication performance, audio and video performance and other aspects of the intelligent end-user experience evaluation index. The evaluation methods of related indexes are summarized, which lays a foundation for the realization of automated test system. The implementation of the evaluation system is divided into two parts: the man-machine interactive evaluation system and the performance evaluation system. The man-machine interactive evaluation system mainly carries on the time delay automation test for the intelligent terminal system response performance, through the mechanical arm and the high-speed camera and so on equipment, simulates, records the user to the terminal operation process, calculates the response time delay through the picture comparison. The battery life performance evaluation system carries out the power automatic test for the intelligent terminal, simulates the network environment through the comprehensive measuring instrument and the channel simulator, and evaluates the terminal's power consumption performance by the current source statistics the working current. The implementation of the test system is described from hardware architecture and software platform implementation. The design of the software platform adopts the idea of stratification, abstracting the software function into four layers: interface interaction layer, business logic layer, control layer (instrument control layer) and data access layer. The detailed design ideas of each layer are described in this paper. The test results of software automation are given. Finally, the work of the paper will be summarized, and the next research direction will be given.
【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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