DESIGN AND IMPLEMENTATION OF SOFTWARE AND HARDWARE OBJECT TRACKING SYSTEM FOR IMPLEMENTATION IN VIRTUAL LEARNING SYSTEM
<p align="justify">In this final project, a face-based object tracking system was developed and to be implemented in multimedia conferencing system for teaching and learning activities remotely. The algorithm used is based on the Viola-Jones algorithm published in 2004 by Paul Viola...
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id-itb.:260262018-06-25T14:48:28ZDESIGN AND IMPLEMENTATION OF SOFTWARE AND HARDWARE OBJECT TRACKING SYSTEM FOR IMPLEMENTATION IN VIRTUAL LEARNING SYSTEM EDWIRANDA - NIM : 13214002 , BANGSA Indonesia Final Project INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/26026 <p align="justify">In this final project, a face-based object tracking system was developed and to be implemented in multimedia conferencing system for teaching and learning activities remotely. The algorithm used is based on the Viola-Jones algorithm published in 2004 by Paul Viola and Michael J. Jones. This algorithm is used primarily associated with relative simplicity, fast execution, and minimum memory requirements. The development of the algorithm is done by adding a template matching feature when Viola-Jones fails to detect the face area. This will increase the speed of system computing. With a fairly simple function, then this algorithm can be used on system processor with minimum specification, one of them Odroid C2. The device used is a pan and tilt bracket camera drive system with two stepper motors and integrated electronics circuit. Communication between devices is done serially. The remote controller component is added to the system to add control over the system remotely.<p align="justify"> text |
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<p align="justify">In this final project, a face-based object tracking system was developed and to be implemented in multimedia conferencing system for teaching and learning activities remotely. The algorithm used is based on the Viola-Jones algorithm published in 2004 by Paul Viola and Michael J. Jones. This algorithm is used primarily associated with relative simplicity, fast execution, and minimum memory requirements. The development of the algorithm is done by adding a template matching feature when Viola-Jones fails to detect the face area. This will increase the speed of system computing. With a fairly simple function, then this algorithm can be used on system processor with minimum specification, one of them Odroid C2. The device used is a pan and tilt bracket camera drive system with two stepper motors and integrated electronics circuit. Communication between devices is done serially. The remote controller component is added to the system to add control over the system remotely.<p align="justify"> |
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Final Project |
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EDWIRANDA - NIM : 13214002 , BANGSA |
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EDWIRANDA - NIM : 13214002 , BANGSA DESIGN AND IMPLEMENTATION OF SOFTWARE AND HARDWARE OBJECT TRACKING SYSTEM FOR IMPLEMENTATION IN VIRTUAL LEARNING SYSTEM |
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EDWIRANDA - NIM : 13214002 , BANGSA |
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EDWIRANDA - NIM : 13214002 , BANGSA |
title |
DESIGN AND IMPLEMENTATION OF SOFTWARE AND HARDWARE OBJECT TRACKING SYSTEM FOR IMPLEMENTATION IN VIRTUAL LEARNING SYSTEM |
title_short |
DESIGN AND IMPLEMENTATION OF SOFTWARE AND HARDWARE OBJECT TRACKING SYSTEM FOR IMPLEMENTATION IN VIRTUAL LEARNING SYSTEM |
title_full |
DESIGN AND IMPLEMENTATION OF SOFTWARE AND HARDWARE OBJECT TRACKING SYSTEM FOR IMPLEMENTATION IN VIRTUAL LEARNING SYSTEM |
title_fullStr |
DESIGN AND IMPLEMENTATION OF SOFTWARE AND HARDWARE OBJECT TRACKING SYSTEM FOR IMPLEMENTATION IN VIRTUAL LEARNING SYSTEM |
title_full_unstemmed |
DESIGN AND IMPLEMENTATION OF SOFTWARE AND HARDWARE OBJECT TRACKING SYSTEM FOR IMPLEMENTATION IN VIRTUAL LEARNING SYSTEM |
title_sort |
design and implementation of software and hardware object tracking system for implementation in virtual learning system |
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https://digilib.itb.ac.id/gdl/view/26026 |
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1822921758985945088 |