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Network Laboratories Ntt Docomo Inc. | 論文
- B-7-72 SIP-based Message Protocol for Service Transfer across Terminals
- B-7-71 System architecture of the seamless service environment platform
- M-43 Service state description for seamless service environment
- Self-Similarity in Cell Dwell Time Caused by Terminal Motion and Its Effects on Teletraffic of Cellular Communication Networks(Special Section on Multi-dimensional Mobile Information Networks)
- Vehicle Motion in Large and Small Cities and Teletraffic Characterization in Cellular Communication Systems(Special Issue on Mobile Multimedia Communications)
- Teletraffic Characteristics of Cellular Communication for Different Types of Vehicle Motion(Special lssue on lnnovative Mobile Communication Technologies at the Dawn of the 21^ Century)
- Diffusion Model for Multimedia and Mobile Traffic Based on Population Process for Active Users in a Micro-Cell (Special Issue on Personal, Indoor and Mobile Radio Communications)
- Vehicle Mobility Characterization Based on Measurements and Its Application to Cellular Communication Systems (Special Issue on Multimedia Mobile Communication Systems)
- B-6-48 Aggregate Router Selection Algorithm for Moving Networks
- B-6-224 Routing Management for Moving Networks
- B-6-223 Location Management for Moving Networks
- Information Theoretic Approach to Privacy for Multi-party protocols (Special Section on Cryptography and Information Security)
- SB-14-4 Architectural Principles of the Mobile Internet
- B-6-227 Routing Information Construction of NCPF for IP^2 Architecture
- B-6-82 Dynamic Path Relocation Method Optimized for Mobile Communication Traffic
- B-6-30 Distributed Network Resource Management System for Photonic & Adaptive Mobile Networks
- B-6-226 Study on Processing Load of AR for IPha/IPra Address Conversion in IP^2
- B-6-225 Cache Management Methods for Address Conversion at AR in IP^2
- Evaluation of Shared Bandwidth for Mobile Multimedia Networks Using a Diffusion Model (Special Section on Multi-dimensional Mobile Information Networks)
- Towards Secure and Fast Hash Functions (Special Section on Cryptography and Information Security)