| Energy Efficient Microcontroller 8x8-App: Mobile-App/WebApp | Winter Semester 2020 / 2021 Danial Haris Limi Hawari (67252) Ong Kai Li (67254)
Homepage 1.0 Team 2.0 Definition Phase 2.1 Introduction 2.2 Problem Statement 2.3 State of Technology 2.4 Task Description 2.5 Mindmap 2.6 Project Plan 2.7 Requirement List 3.0 Concept Phase 3.1 Black-Box 3.2 Functional Structure 3.3 Morphology 3.4 Advantages/Disadvantages 3.5 Alternative Solutions 3.6 Ranking 3.7 Benefit Analysis of Procedure 3.8 Analysis Result 3.9 Concept Development 3.10 Order List 4.0 Development Phase 4.1 Selected Solution 4.2 Block Diagram 4.3 Software Documentation 4.4 Pins Allocation Plan 4.5 Schematic Diagram 4.6 Layout 4.7 Source Code 4.8 Mechanical 4.9 3-D-Print 4.10 Operating Manual 4.11 Enhancements 4.12 Link List 4.13 Conclusion 4.14 Appendix 4.15 Log

| 2.1 Project Introduction |
In the era of digital transformation, Internet of Things (IoT) and Internet of Services (IoS) have emerged as the major components in Industrie 4.0. Thus, in the IoT projects, web application is the mot common-used application for user to monitor or control their systems. For the 8x8 RGB LED project, a special web application has been developed in order to fulfil the project requirement with additional features. One of the features is to control the 8x8 RGB LED by user with the use of this WebApp. For example, Text Generation, Tap-to-Light function and etc.

| With Support of Prof. J. Walter | Winter Semester 2020 |