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School Of Information Science And Technology The University Of Tokyo | 論文
- B-10-137 A Deflection Routing Method for Burst Optical Networks
- B-5-194 Implementation of Dynamic Channel Scanning Mechanism Using Shared Beacon Channel in IEEE 802.11 WLAN
- Design and Implementation of Real-time Channel Scanning Mechanism using Shared Beacon Channel in IEEE 802.11 Wireless LAN
- B-5-104 Cooperative Spatial Multiplexing : Decode and Transmit Scheme(B-5. 無線通信システムA(移動通信), 通信1)
- Internet Metronome : An Experimental Remote Jazz Jam Session with Uncompressed HDTV Transmission over Lightpaths(Internet Technology VI)
- SENS: A Scalable and Expressive Naming System for Resource Information Retrieval(Networking Technologies for Overlay Networks)
- Personal Mesh: A Design of Flexible and Seamless Internet Access for Personal Area Network(Internet Technology VI)
- B-7-149 Roaming Authentication System for Various Trust-level ISPs
- Design and Implementation of a Roaming Authentication System for Various Trust-level ISPs
- A Hypercube-based Routing Algorithm for Scalable Multi-Attribute Range Queries
- B-19-23 Performance Evaluation of SENS : A Scalable and Expressive Naming System Using CAN Routing Algorithm(B-19. ネットワークソフトウェア, 通信2)
- MAGIC-Surfaces: Prototyping Location-aware Smart Building Materials(Poster Session 4 (Context Awareness))
- B-15-2 Energy efficient auto-configuration in ad hoc networks
- The Design and Evaluation of an Interface-based Naming System for Supporting Service Synthesis in Ubiquitous Computing Environment (IEICE Trans., Vol. J86-B, No.5 in Japanese)
- A Minimum Bandwidth Guaranteed Service Model and Its Implementation on Wireless Packet Scheduler(Special Section on Multi dimensional Mobile Information Networks)
- B-5-282 Relative Distance Routing in High Density Network with Multiple Gateways
- B-7-20 An Implementation and Performance Evaluation of Indoor Ultrasonic Tracker
- B-6-54 A Context-Awareness Supported User Interface for Ubiquitous Computing
- Parallel Computational Reconfiguration Based on a PGAS Model
- Half-process: A Process Partially Sharing Its Address Space with Other Processes