Home Wi-Fi Optimization Application Front-end Design
Abstract: In this information society, wireless network is an indispensable technology supporting the daily information communication and various interaction services. With the motivation to improve the user experience of Wi-Fi service, this thesis presents the front-end development process of a visualization application for home Wi-Fi testing and optimization. To provide the desired service to the users, it is important to understand what they need. With prompt feedback, the development process can have much more customized schedule and specific aim. In this thesis, different methods are adopted to get the valuable feedbacks from potential users. Brainstorming and originality interview support the basic designing of application, which is presented by the wireframe prototype. The prototype were used for a test-run and get feedbacks in order to develop a web application front-end assimilating the ideas and suggestions from real users. As more detailed functionality are designed, the feasibility and practicability should be investigated. Questionnaires are used to do larger scale ranges of user investigation. The front-end is designed using HTML, CSS and JavaScript with Bootstrap framework. The elements within all the pages could be able to interact with each other to give the customers a visualized experienced of service. The web application provides the users with the functions to test the real-time Wi-Fi performance, check the performance trend of data history from a specific time period and get useful optimization solutions. The designing is aiming to synthesize enough accessible information and provide the users with self-helpful testing and optimization of home Wi-Fi, which can increase the efficiency of technical support and reduce the workload of customer service.
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