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A Collaborative Cloud-Based Multimedia Sharing Platform for Social Networking Environments

Speaker : Chang,Kun-Hsiang

978-1-4577-0638-7 /11/$26.00 ©2011 IEEECristian Gadea, Bogdan Solomon, Bogdan Ionescu, Dan IonUniversity of Ottawa

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Outline

•Abstract•INTRODUCTION

▫system presented•REQUIREMENTS AND

ARCHITECTURE•IMPLEMENTATION•RESULTS•CONCLUSION

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Abstract

•Existing products have not been able to provide a scalable cloud-based system that synchronizes disparate web content among many users in real-time.

•Allows users to collaborate over webcam chat while viewing videos, photos, maps, documents, and listening to music, all in real-time.

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INTRODUCTION

•Web 2.0•real-time•multiple users•Browser

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system presented

•achieve real-time collaboration between users who share a collaborative session as a group▫changing the image, fast forwarding in the

video, changing the page

•The system must easily integrate with existing social networking environments. As such, it must make use of the latest web-based technologies and APIs

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REQUIREMENTS AND ARCHITECTURE

• 1) Clients in the same session must see the exact same thing in the collaborative part of the application.

• 2) Clients must be able to communicate with each other through text, audio and video.

• 3) Clients must be able to search through numerous data sources for multimedia content.

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REQUIREMENTS AND ARCHITECTURE

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IMPLEMENTATION

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RESULTS

•Facebook Deployment

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RESULTS

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RESULTS

•E-Learning Deployment

E-Learning Deployment

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CONCLUSION

•design and implementation a cloud-based collaboration platform

•Viewing videos, photos, maps, documents and more in real-time

•integrated into social networking environments such as Facebook and Moodle was demonstrated

•Future papers will also focus on more experimental results for the scalability of the cloud-based backend

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Thank you for listening…Speaker : Chang,Kun-Hsiang