Interactive 3D model in mobile application for self-acupressure practise

Lu, May Ni (2014) Interactive 3D model in mobile application for self-acupressure practise. Project Report. UTeM. (Submitted)

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Abstract

Interactive 3DModel in Mobile Application for Self-Acupressure Practise is an Android application. This application develops to show acupressure point and its interconnection point. Acupressure is an alternative way to relieve pain. This method is applied by using thumb. Besides that, relieve pain by taking painkillers will cause many side effects to our body. The objectives of this project are to develop an application to show acupressure points and its interconnection point, to develop an interactive 3D visual model for self-acupressure points in mobile application, to recommend a set of self-acupressure and to evaluate user acceptance for application. This project use Agile methodology for the development process. This method divided into iterations. Each iteration includes the task to release increment of new functionality. The iteration includes planning, requirement analysis, design, implementation, testing and evaluation. There are 2 types of testing activity carried out, and each type involve different group of test users. The testing activities for this project include alpha testing and beta testing. Alpha testing involved a group of multimedia developer to test the functionality of the application. While the beta testing involved 30 public users to test the user acceptance test. As the results of the testing, test user understand the application. Besides that, they agree that this application can help them to learn how to apply acupressure. The goal of this project is recommend an alternative way to relieve pain. Hopefully, this application will help user to learn and apply self-acupressure treatment.

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