You are in: Workplan
| WP1: Management and project execution assessment (UPVLC) | |||
| WP2: Integrated FTTH, in-building optical and radio network architecture (UPVLC) | |||
| WP3: Coexistence and centralised impairment compensation (HTW) | WP4: Central Office-to-user network management (PTIN) | WP5: Digital signal processing, optical and electro-optical transmission subsystems (DAS) | |
| WP6: Technology demonstration and functionalities assessment (UPVLC) | WP7: Technology tracking, regulation, standardization, dissemination and market introduction (UPVLC) | ||
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Business plan 1:
Integrated FTTH+radio |
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Business plan 2:
UB-SMF/MMF in-home |
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Business plan 3:
60GHz radio for HDTV |
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FIVER-enabled
5PLAY SHOWROOM |
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WP1 is aimed at performing coordination of the project according to FIVER Workplan. Proper project development is evaluated in terms of timely accomplishment of the project goals.
The technical coordination will be done within each technical work package.
Leader: UPVLC
WP2 addresses the FIVER network architecture and the overall project specification. FIVER architecture integrates the fibre-to-the-home optical access part, the in-house fibre distribution and the short/medium range radio link to establish the user communication. The different service requirements are translated to the network architecture in this workpackage. The functional requirements are translated to network architecture and specifications taking into account the novel techniques herein proposed and the technology state-of-the-art at the time of starting the project.
Leader: UPVLC
Participants: UPVLC, PTIN, CORNING, UESSEX, TCF, HTW, EIT+, IT
This workpackage addresses the development of the required techniques and processing algorithms for the centralised implementation of transmission impairment compensation techniques.
Leader: HTW
Participants: UPVLC, PTIN, CORNING, UESSEX, TCF, HTW, EIT+, IT
WP4 addresses the management of the integrated FIVER network. FIVER develops a streamlined network architecture in which quintuple play services are provided from a central location. The streamlined FIVER architecture transmits the signals from the Central Office to the customer premises and back without format conversion, re-modulation and/or up/down-frequency conversion stages.
Leader: PTIN
Participants: UPVLC, PTIN, UESSEX, TCF, HTW, DAS
WP5 addresses the hardware developments of the project. The integrated FIVER network architecture requires the development of several optical, electro-optical and digital signal processing sub-systems located within FIVER architecture.
Leader: DAS
Participants: UPVLC, PTIN, CORNING, UESSEX, TCF, HTW, IT, DAS
A laboratory platform for demonstration and feasibility assessment of the architectures developed in FIVER will be done in WP6. This laboratory platform will be available during the second and third years of the project for test trial the FIVER functionalities.
Leader: UPVLC
Participants: UPVLC, PTIN, CORNING, UESSEX, TCF, HTW, EIT+, IT, DAS
This workpackage fosters the technology visibility and market introduction of the different architectures and technologies developed in the project. Due to the rapid advances of technologies in this project, a continuous tracking of different exploitation opportunities is required during the complete project.
Dissemination of the project results and regulation activities are another key objectives of the project.
Leader: UPVLC
Participants: UPVLC, PTIN, CORNING, UESSEX, TCF, HTW, EIT+, IT, DAS
Questionnaire for ESPG students about potential market acceptance of the FIVER solution. Start survey