© 2004 Mobile VCE 22 November 2005 Interactive Mobile TV: IoN Proof of Concept Demonstrator Paul Pangalos King’s College London

© 2004 Mobile VCE Proof of Concept Demonstrator

© 2004 Mobile VCE Proof of Concept Demonstrator Objective Aim To validate the interworking concepts, protocols and functionality at the higher layers (i.e. network and application) Effort Robert Dineiro, Albert Creixell, Paul Pangalos (King’s College London) Three Demo Scenarios A: Multimedia on Demand B: Load Balancing C: Always Best Connected (Peer to Peer) Relevant Patents Several patent filings pending, which are available royalty free to industry members of Mobile VCE A portable platform that demonstrates the basic interworking concepts and functionalities

© 2004 Mobile VCE Proof of Concept Demonstrator

© 2004 Mobile VCE IoN Home Gateway IoN WLAN Gateway MMOD Server Users WLAN Router (Domain 1) WLAN Router (Domain 2) Demo Architecture

© 2004 Mobile VCE Proof of Concept Demonstrator Scenarios 1. Multimedia on Demand 2. Load Balancing 3. Always Best Connected

© 2004 Mobile VCE Multimedia on Demand Usage Scenario 1. Two real users register to IoN network 2. Users request content from two different WLAN locations 3. Fake users introduced to complete batching 4. IoN Operations (Batching,Grouping,Network Selection,etc) 5. Content Delivery ( two different QoS flows)

© 2004 Mobile VCE Demo Monitoring

© 2004 Mobile VCE IoN Real Time Web Monitor Interface A Web page that shows the IoN operations in real time

© 2004 Mobile VCE

© 2004 Mobile VCE Thank you !

© 2004 Mobile VCE Multimedia on Demand

© 2004 Mobile VCE Multimedia on Demand Usage Scenario 1. Two real users register to IoN network 2. Users request content from two different WLAN locations 3. Fake users introduced to complete batching 4. IoN Operations(Batching,Grouping,Network Selection,etc) 5. Content Delivery ( two different QoS flows) IoN Home Gateway IoN WLAN Gateway MMOD Server User WLAN Router 22

© 2004 Mobile VCE Multimedia on Demand Usage Scenario 1. Two real users register to IoN network 2. Users request content from two different WLAN locations 3. Fake users introduced to complete batching 4. IoN Operations(Batching,Grouping,Network Selection,etc) 5. Content Delivery ( two different QoS flows) IoN Home Gateway IoN WLAN Gateway MMOD Server User WLAN Router 3

© 2004 Mobile VCE Multimedia on Demand Usage Scenario 1. Two real users register to IoN network 2. Users request content from two different WLAN locations 3. Fake users introduced to complete batching 4. IoN Operations(Batching,Grouping,Network Selection,etc) 5. Content Delivery ( two different QoS flows) IoN Home Gateway IoN WLAN Gateway MMOD Server User WLAN Router 4 4

© 2004 Mobile VCE Multimedia on Demand Usage Scenario 1. Two real users register to IoN network 2. Users request content from two different WLAN locations 3. Fake users introduced to complete batching 4. IoN Operations(Batching,Grouping,Network Selection,etc) 5. Content Delivery ( two different QoS flows) IoN Home Gateway IoN WLAN Gateway MMOD Server User WLAN Router 5 5

© 2004 Mobile VCE Load Balancing

© 2004 Mobile VCE Load Balancing Usage Scenario 1. A real user registers to the IoN network 2. User request content 3. Content is delivered using unicast 4. Fake users start requesting same content 5. IoN home gateway performs load balancing 6. Stream is upgraded and delivered through WLAN IoN Home Gateway IoN WLAN Gateway MMOD Server User WLAN Router 2

© 2004 Mobile VCE Load Balancing Usage Scenario 1. A real user registers to the IoN network 2. User request content 3. Content is delivered using unicast 4. Fake users start requesting same content 5. IoN home gateway performs load balancing 6. Stream is upgraded and delivered through WLAN IoN Home Gateway IoN WLAN Gateway MMOD Server User WLAN Router 3

© 2004 Mobile VCE Load Balancing Usage Scenario 1. A real user registers to the IoN network 2. User request content 3. Content is delivered using unicast 4. Fake users request same content 5. IoN home gateway performs load balancing 6. Stream is upgraded and delivered through WLAN IoN Home Gateway IoN WLAN Gateway MMOD Server User WLAN Router 4

© 2004 Mobile VCE Load Balancing Usage Scenario 1. A real user registers to the IoN network 2. User request content 3. Content is delivered using unicast 4. Fake users start requesting same content 5. IoN home gateway performs load balancing 6. Stream is upgraded and delivered through WLAN IoN Home Gateway IoN WLAN Gateway MMOD Server User WLAN Router 5 5

© 2004 Mobile VCE Load Balancing Usage Scenario 1. A real user registers to the IoN network 2. User request content 3. Content is delivered using unicast 4. Fake users start requesting same content 5. IoN home gateway performs load balancing 6. Stream is upgraded and delivered through WLAN IoN Home Gateway IoN WLAN Gateway MMOD Server User WLAN Router 6

© 2004 Mobile VCE Always Best Connected

© 2004 Mobile VCE Always Best Connected Usage Scenario 1. A real user registers to the IoN network 2. User request a file for download 3. User is placed in the coverage area of first WLAN router 4. IoN auto configures user to access WLAN router and starts downloading file 5. User moves outside coverage area – download stops 6. User places in coverage area of second WLAN router 7. IoN auto configures user to access second WLAN router and resumes the file download. IoN Home Gateway IoN WLAN Gateway MMOD Server User WLAN Router 2

© 2004 Mobile VCE Always Best Connected Usage Scenario 1. A real user registers to the IoN network 2. User request a file for download 3. User is placed in the coverage area of first WLAN router 4. IoN auto configures user to access WLAN router and starts downloading file 5. User moves outside coverage area – download stops 6. User places in coverage area of second WLAN router 7. IoN auto configures user to access second WLAN router and resumes the file download. IoN Home Gateway IoN WLAN Gateway MMOD Server User WLAN Router 3

© 2004 Mobile VCE Always Best Connected Usage Scenario 1. A real user registers to the IoN network 2. User request a file for download 3. User is placed in the coverage area of first WLAN router 4. IoN auto configures user to access WLAN router and starts downloading file 5. User moves outside coverage area – download stops 6. User places in coverage area of second WLAN router 7. IoN auto configures user to access second WLAN router and resumes the file download. IoN Home Gateway IoN WLAN Gateway MMOD Server User WLAN Router 4 4

© 2004 Mobile VCE Always Best Connected Usage Scenario 1. A real user registers to the IoN network 2. User request a file for download 3. User is placed in the coverage area of first WLAN router 4. IoN auto configures user to access WLAN router and starts downloading file 5. User moves outside coverage area – download stops 6. User places in coverage area of second WLAN router 7. IoN auto configures user to access second WLAN router and resumes the file download. IoN Home Gateway IoN WLAN Gateway MMOD Server User WLAN Router

© 2004 Mobile VCE Always Best Connected Usage Scenario 1. A real user registers to the IoN network 2. User request a file for download 3. User is placed in the coverage area of first WLAN router 4. IoN auto configures user to access WLAN router and starts downloading file 5. User moves outside coverage area – download stops 6. User places in coverage area of second WLAN router 7. IoN auto configures user to access second WLAN router and resumes the file download. IoN Home Gateway IoN WLAN Gateway MMOD Server User WLAN Router 6

© 2004 Mobile VCE Always Best Connected Usage Scenario 1. A real user registers to the IoN network 2. User request a file for download 3. User is placed in the coverage area of first WLAN router 4. IoN auto configures user to access WLAN router and starts downloading file 5. User moves outside coverage area – download stops 6. User places in coverage area of second WLAN router 7. IoN auto configures user to access second WLAN router and resumes the file download. IoN Home Gateway IoN WLAN Gateway MMOD Server User WLAN Router 7 7 7