JOURNAL |
Vol. 62 No. 2 |
Special Issue on New-Generation Network |
●contents |
1 |
Introduction―Special Issue on New-Generation Network
Makoto IMASE |
2 |
Goals of R&D on New-Generation Network Project
Masayuki MURATA |
3 |
Progress and Results of New-Generation Network Research and Development
NozomuNISHINAGA andHiroaki HARAI |
4 |
Core Technologies for the New-Generation Network |
|
4-1 |
Optical Packet and Circuit Integrated Networks
Hiroaki HARAI andNaoya WADA |
|
4-2 |
|
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4-3 |
Integrated Management for Network Virtualization Infrastructure
Kazuhisa YAMADA, Akihiro NAKAO, Yasusi KANADA, Yoshinori SAIDA, andKoichiro AMEMIYA |
|
4-4 |
Network Platform Enabling Flexible Services Composition
Yoshinori KITATSUJI |
|
4-5 |
WiFi Network Virtualization to Control the Connectivity of a Target Service
Kiyohide NAKAUCHI andYozoSHOJI |
|
4-6 |
Service-specific Mobile Network Virtualization Technologies
Manabu ITO |
|
4-7 |
A High-Availability Network for Reducing Network Operation Burden and Supporting Human Mobility
Hiroaki HARAI |
5 |
Service Platform for the New-Generation Network |
|
5-1 |
In-Network Guidance for New-Generation Content Distribution
Miki YAMAMOTO, Hideki TODE, Chikara OHTA, andTomohiko YAGYU |
|
5-2 |
Energy Efficient Data-centric Networking System on JGN-X Network Virtualization Platform
Satoru OKAMOTO, Daisuke MATSUBARA, andNaoaki YAMANAKA |
|
5-3 |
A Real-time Large-volume Content Delivery System using Globally Distributed Storage
Tsuyoshi OGURA, Kunitake KANEKO, Masahiko KITAMURA,Hiroyuki KIMIYAMA, Tatsuya FUJII, andAtsushi TAKAHARA |
|
5-4 |
Relational-Metric Based New-Generation Network Application
Ryoichi SHINKUMA, Hiroyuki KASAI, andKazuhiro YAMAGUCHI |
6 |
Information-Centric Networking
|
|
6-1 |
Potential and Challenges of Information-Centric Networking
Hitoshi ASAEDA |
|
6-2 |
Self-organizing Name Resolution System for ICN
Suyong Eum, Masahiro JIBIKI, Masayuki MURATA, Hitoshi ASAEDA, andNozomu NISHINAGA |
|
6-3 |
Community-Oriented Networking Technology
Ruidong LI and Hitoshi ASAEDA |
|
6-4 |
Local Tree Hunting Scheme to Find the Closest Content in In-Network Cache
Hiroshi SHIMIZU and Masahiro JIBIKI |
7 |
Very Large-scale Information Sharing Network Technologies
|
|
7-1 |
Research and Development of Very Large-scale Information Sharing Network Technologies
Yuuichi TERANISHI |
|
7-2 |
JOSE: An Open Testbed for Field Trials of Large-scale IoT Services
Yuuichi TERANISHI, Yuki SAITO, Sakae MURONO, andNozomuNISHINAGA |
|
7-3 |
Research on Building Large-scale Sensor Overlay Networks with Range Queriable P2P
Xun Shao, Masahiro JIBIKI, Yuuichi TERANISHI, andNozomuNISHINAGA |
|
7-4 |
A Distributed Delivery System for Sensor Data Streams with Different Delivery Cycles
Tomoki YOSHIHISA andYuuichi TERANISHI |
|
7-5 |
Service-Controlled Networking
Koji ZETTSU |
|
7-6 |
ID-based Communications for Future IoT/M2M
Yusuke FUKUSHIMA and Ved P. KAFLE |
8 |
International Cooperation, International Standardization, and Domestic Cooperation between Industry, Academia, and Government
|
|
8-1 |
Cooperation between Japan and U.S., and Japan and EU on New Generation Network Research and Development
NozomuNISHINAGA |
|
8-2 |
International Standardization Activities
|
|
8-2-1 |
Standardization Activities in ITU-T
Nozomu NISHINAGA andSuyong Eum |
|
8-2-2 |
Activities in the IETF and IRTF
Hitoshi ASAEDA andSuyong Eum |
|
8-3 |
The New Generation Network Promotion Forum and its Activities
Hiroaki YANO |