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Dept. of Information and Communication Engineering, The University of Electro-Communications | 論文
- Performance of Optimal Routing by Pipe, Hose, and Intermediate Models
- Optimal Routing by the Intermediate Model — Joining the Pipe and Hose Models —
- BS-4-8 Design and Architecture of Server Platform for Network Virtualization and Adaptive Network Control(BS-4. System, control and design technologies for emerging network)
- BS-12-34 Enhancing Bandwidth on Demand Service based on Virutual Network Topology Control(BS-12. Network Planning, Control, and Management)
- QoS Control Mechanism Based on Real-Time Measurement of Elephant Flows(Network)
- Latest Trends in Traffic Matrix Modeling and Its Application to Multilayer TE(Traffic Engineering and Multi-Layer Networking,Feature Topics on Latest Trends in Optical Networks)
- Optimal Routing by the Intermediate Model : Joining the Pipe and Hose Models
- Performance of Optimal Routing by Pipe, Hose, and Intermediate Models
- Estimation of Current Traffic Matrices from Long-Term Traffic Variations
- BS-12-35 Novel traffic engineering control systems considering impairment in all-optical networks(BS-12. Network Planning, Control, and Management)
- Inter-Domain Redundancy Path Computation Methods Based on PCE
- Extended Algorithm for Calculating Routes with Include Route Constraint in IP Networks(Network)
- Performance Evaluation of Dynamic Multi-Layer Routing Schemes in Optical IP Networks(Network)
- Scalable Network Emulator Architecture for IP Optical Network Management
- Scalable Multi-Layer GMPLS Networks Based on Hierarchical Cloud-Routers(Network)
- Generalized Traffic Engineering Protocol for Multi-Layer GMPLS Networks(Next Generation Photonic Network Technologies)
- ConSet : Hierarchical Concurrent Path Setup Scheme in Multi-Layer GMPLS Networks(Network)
- Bidirectional Path Setup Scheme Using on Upstream Label Set in Optical GMPLS Networks(Network)
- A Disjoint Path Selection Scheme with Shared Risk Link Group Constraints in GMPLS Networks(Network)
- Experimental 5-Tb/s Packet-by-Packet Wavelength Switching System Using 2.5-Gb/s × 8-λ WDM Links
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