This paper is about the elicitation of the requirements for an intelligent interface for a software test development environment that will accommodate the physically challenged (PC). This research explores the use of eye-tracking mechanisms and digital manipulative user interfaces that are especially enhanced for the PC. In addition these devices provide assistance for the knowledge elicitation phase for an Intelligent User Interface to such an environment. It was never a stated objective of PCTA (Physically Challenged Test Assistant) to include any intelligent augmentation of the environment. It was challenge enough to get a paraplegic to operate the software test environment. However, in the process of evaluating the data collected in the evaluation of the user interface it was discovered that empirical data existed to predict some of the impasses that occur in the software development and more uniquely in the software testing process.
本文讨论了对软件测试开发环境的智能接口的需求,该接口将适应残障人士(PC)的需求。这项研究探索了眼动追踪机制和数字操作用户界面的使用,这些功能特别适用于PC。此外,这些设备还为此类环境的智能用户界面的知识启发阶段提供了帮助。包括对环境的任何智能扩展,从来都不是PCTA(体能测试助理)的既定目标。使截瘫患者运行软件测试环境已经足够挑战。但是,在评估用户界面评估中收集的数据的过程中,发现存在经验数据可以预测软件开发中发生的某些僵局,并且在软件测试过程中更为独特。 P>
机译:从GROUP中选定的软件需求集中得出软件测试需求
机译:用户参与需求启发,比较焦点小组访谈和可用性测试以得出医疗设备的可用性需求:一个案例研究
机译:需求的诠释性启发:改进软件需求概念的技术视角
机译:使用模糊的方法引出所选软件功能的功能要求的测试要求
机译:计算残障儿童面临的挑战:罗马市学区教室环境中的多点触控技术可用性分析。
机译:准则系统的要求:实施挑战和现有软件工程工作的经验教训
机译:机载软件安全性测试要求的启发研究