Project Abstract

The research aims to explore use cases and several design considerations for a phone case that could change its texture or shape to provide significant feedback to its user. The rear part of the phone’s case can alter its appearance and texture to provide the user with helpful feedback. There could be several benefits associated with this unique interface, including improved performance, new use cases, and a better experience for users. Determining the most suitable textures and shapes for the mobile device case to be transformed and understanding the sort of feedback it ought to provide are the difficult parts (Muender et al., 2022). To more thoroughly comprehend user habits and choices, it also becomes important to examine the potential benefits of that kind of interface and develop a prototype. The way users take part with their phones could potentially be completely transformed by a responsive phone cover that provides sensation feedback for a wide range of circumstances, like updates, application usage, and the surroundings (Haque, and Rubya, 2022). Improved involvement by users, availability, and personalization can come from this. The objective of the project is to develop and manufacture prototype phone cases that can change shape and texture. Following that, via testing with users, the cases are to be examined to figure out their possible application cases, advantages, and individual preferences. To determine the effective and appropriate feedback approaches, this undertaking requires investigation into users, development of numerous changeable phone case shapes and textures, and user study evaluation.

Keywords: MACHINE LEARNING ALGORITHMS, SHAPE MEMORY ALLOYS, WIRELESS CHARGING TECHNOLOGY

 Conference Details

Session: Presentation Stream 31 at Presentation Slot 5

Location: GH018 at Wednesday 8th 13:30 – 17:00

Markers: Gregory Cheng, Ehinafa Akinola (GTA)

Course: MSc Advanced Computer Science, Masters PG

Future Plans: I’m looking for work