innovating communications - CTTC
innovating communications - CTTC
innovating communications - CTTC
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Vision and Mission_Statement of the Director_Organization and Management_Research and Demostration_Business Development_Intellectual Property Rights_<br />
Highlights 2007_Research Projects_Technology transfer_Training activities_Partnerships, Cooperation and Communication_Publications_Financial Report<br />
46<br />
FIT-330220-2007-43 and CIDEM RDITSCON07-1-0017 DREAMS<br />
Started: March 2007<br />
Duration: 24 Months<br />
Volume: 66 person-month<br />
Budget: 568,761 euros<br />
Funding: 23,8 % from The Spanish Ministry, Tourism and Trade (MITYC)<br />
Project manager: i2Cat / w-One sys<br />
Ramon_Casellas, PhD_Research Associate_Optical Networking<br />
Raül Muñoz, PhD_Senior Research Associate_Optical Networking<br />
Ricardo Martínez, PhD_Research Associate_Optical Networking<br />
Iván Martínez_Research Engineer_Engineering Unit<br />
Technological Devolopment Optical Communication Network DWDN based in ROADMs devices in<br />
GMPLS-UCLP software<br />
DREAMS is a research project on Network Architectures and Technologies, developing an experimental DWDM (Dense Wavelength<br />
Division Multiplexing) network based on ROADM (Reconfigurable Optical Add-Drop Multiplexer) devices and both GMPLS<br />
(Generalized Multiprotocol Label Switching) control plane and UCLP-based (User Controlled Lightpath Provisioning) provisioning.<br />
The project fits in the National sub-program on Communication Technologies, focused on the following priority topics:<br />
- DWDM optical networks.<br />
- Core networks.<br />
- Optical circuit switching.<br />
- Intelligent reconfigurable optical networks.<br />
- Automatically Switched Optical Networks (ASONs).<br />
In this context and scope, the future all-optical transport network will be deployed in ring and mesh topologies, interconnecting<br />
reconfigurable OADMs and including amplifiers and dispersion compensator devices. In this way, end-to-end transmission of<br />
client signals in the optical domain without intermediate electrical conversion is enabled. In the project, partners will develop<br />
the different elements, mechanisms and architectures of future ASON networks:<br />
- Optical nodes based on ROADMs.<br />
- GMPLS-based control plane.<br />
- Integration of UCLP approaches.<br />
The developed technologies will be assessed in field trials and testbeds.<br />
Partners:<br />
W-ONE SYS, S.L.,<br />
i2CAT, Internet i Innovació Digital a Catalunya<br />
Centre Tecnològic de Telecomunicacions de Catalunya (<strong>CTTC</strong>)<br />
TECSIDEL, S.A.<br />
Al-pi<br />
TRADIA TELECOM S. A<br />
<strong>CTTC</strong> is mainly involved in the development of a GMPLS control plane, given the existing know-how of<br />
the ADRENALINE (All-optical Dynamic Reliable Network hAndLINg IP/Ethernet Gigabit traffic with QoS)<br />
testbed, which has been developed since 2002.