DEVELOPMENT AND PERFORMANCE ANALYSIS OF INTERFACE APPLICATION AND COMMUNICATION FOR MICROSOFT HOLOLENS AS A PART OF WIRELESS SENSOR NETWORK IMPLEMENTATION FOR CLASSROOM MONITORING SYSTEM

• Main Author: ARLIANTO (NIM : 13214127), MUHAMMAD
• Format: Final Project
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/29137
• Institution: Institut Teknologi Bandung

<p align="justify"> Classroom as a place to learn has an impact on the performance of students who live in it. Therefore, monitoring of classroom conditions is necessary. In this final project, the classroom condition that will be monitored is temperature, humidity, light intensity, and noise parameters. These conditions are addressed through the wireless sensor network devices that are implemented in the classroom. The data that has been acquired by the sensor subsystem is sent through the server system to a database system and Microsoft HoloLens device as an interface with the user. This Microsoft HoloLens device becomes the interface of data visualization for teachers in the classroom through displays that are implemented in 3D and 2D forms using UrhoSharp references. As a user interface, applications in Microsoft HoloLens will also provide recommendation displays and interfaces to perform class mode selections. In addition, the interface application can also be used to give commands on the actuator device as a feedback subsystem. The communication capability is realized with AMQP. Preference settings of 3D object are also implemented on this interface application by reading and writing of variables stored on the local memory. Several processes latency test and analysis gives results that the application has met the specified specifications, as well as the algorithms used in the implementation, is feasible to apply on this application development. <p align="justify">