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Enhancing Interoperability in Integrated Optical and IP Data Networks

This research addresses the critical goal of achieving interoperability among diverse networks in both IP and optical domains. Conducted by Muhammad A. Kalam and Andrea Fumagalli at the University of Texas at Dallas, the study employs advanced concepts from GMPLS and OCCS to create seamless integration strategies. The findings focus on improving network management planes and mesh configurations, laying the groundwork for advanced telecommunications research aimed at supporting gigabit and emerging technologies.

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Enhancing Interoperability in Integrated Optical and IP Data Networks

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  1. Integrated Optical Data Networks External Systems Muhammad A. Kalam, Andrea Fumagalli TARGET (Telecommunications Applied Research in Gigabit and Emerging Technologies) Lab., OpNeAR (Optical Networking Advanced Research) Lab., Erik Jonsson School of Engineering and Computer Science, University of Texas at Dallas IP Router IP Router Network Management Plane Logical IP Mesh Layer 3 IP Router IP Router GMPLS Optical Control Plane Signaling and Control Plane OCCS OCCS Optical Ring Layer 1 OCCS OCCS OCCS GOAL: Interoperability of Many Different Dissimilar Networks In IP & Optical Networks

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