1. 1 “Next Generation Optical Network” José Manoel Duarte Mendes Tania Regina Tronco Fundação CPqD

2. 2 “Next Generation Optical Network” Main objectives –To define requirements, scenarios and architecture for core and metro optical networks; –To study advanced traffic engineering and resilience techniques; –To specify and to implement a traffic engineering algorithm; –To realize traffic engineering algorithm performance and scalability tests.

3. 3 -Architectures reducing OPEX/CAPEX and providing revenues opportunities through new network services; -Fast automatic provisioning; -Automatic Network Discovery; -Separation of service management/control from the underlying multi-service network; -Efficient and standard management and control solutions for end- to-end network services; -Multi-vendor interoperability; -Multi-layer Traffic Engineering; -Multi-layer Survivability. Network requirements source: http://www.ist-nobel.org

4. 4 Network Scenario Network architectures –ASON/GMPLS

5. 5 IP MPLS LOVC HOVC ODUk (k=1, 2, 3) OCh OTN SDH ATM VC Ethernet MAC ATM VP VC3 VC2VC12VC11 VC3 VC4 -4c VC4 -16c VC4 -64c VC4 -256c Domains Interoperability Layers Interworking GMPLS Network Layers IP/Optics source: http://www.ist-nobel.org

6. 6 Control Plane Topology Discovery Routing/ Traffic Engineering Signalling Topology Discovery Routing/ Traffic Engineering Signalling Management Plane FCAPS Functionalities Research objective