Design of IoT compatible haptic feedback enabled human interface device

This thesis presents a comprehensive study on the design and implementation of Internet of Things (IoT) compatible, haptic feedback-supported human interface devices. It examines the contribution of technological advancements to human-machine interaction and how haptic feedback enriches the user experience, highlighting its potential in various application areas. Additionally, the process of designing and sharing an open-source, microcontroller-based electronic control system/experiment kit is detailed; this system can be used as an experimental platform for the development and improvement of haptic applications, as well as for the command and control of functional devices integrated with IoT. Various haptic feedback methods are tested on the presented design, and a user experience evaluation survey is conducted with a specific group to compare the functionality and experience quality of different methods in different scenarios. In conclusion, this thesis offers a broad perspective on the design and implementation of IoT-compatible haptic feedback-supported human interface devices, especially promoting knowledge sharing and collaboration in this field through an open-source approach. The developed design guides and strategies aim to expand the use of this technology and make IoT devices more interactive and user-friendly.