Technologies for achieving common functions essential to content sharing business and electronic commerce such as copyright management, electronic settlement, and information delivery. Contents H-PF-1 H-PF-2 H-PF-3 H-PF-4 H-PF-5 Information Sharing Platform Technologies What’s Hot in R&D CSC (Communication Service Concierge) Music Discernment System via Mobile Phone NTT-CERT, as the CSIRT for NTT Group The i-Visto Internet HDTV Video Studio System Container Administrative Experiment by Using Active RFID Tags
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Information Sharing Platform TechnologiesTechnologies for achieving common functions essential to content sharing business and electronic commerce such as copyright management, electronic
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Technologies for achieving common functions essential to content sharing business and electronic commercesuch as copyright management, electronic settlement, and information delivery.
Contents
H-PF-1
H-PF-2
H-PF-3
H-PF-4
H-PF-5
Information Sharing Platform Technologies
What’s Hot in R&D
CSC (Communication Service Concierge)
Music Discernment System via Mobile Phone
NTT-CERT, as the CSIRT for NTT Group
The i-Visto Internet HDTV Video Studio System
Container Administrative Experiment by Using Active RFID Tags
copyright(C)2005NTTH-PF-1
CSC at a glance
Network appliance functions are implemented as software components (plug-in modules)
Flexibility for addition of new services, customization and correct problems
・Support incident response and security management.・Provide security information and expertise・Research and development・Education and training
NTT-CERT, as the CSIRT for NTT GroupNTT Information Sharing Platform Laboratories
Information security cannot be pursued only by proactive protection measures. Moreover, since information systems mutually depend on
each other through multiple types of interactions over information network, it is difficult for an individual group, organization or person in charge
to execute effective security measures. With the aim of overcoming this difficulty, the activities of CSIRTs*1 and coordination among them have
been drawing much attention. The key factors for success of these activities are to construct and maintain capabilities for collecting incident
information and leading-edge trends commoditize know-how and delivery usable information in the right place at the right time.
The NTT Laboratories — R&D center to develop an information-security platform within the NTT Group — founded NTT-CERT*2 on October
2004 and started CSIRT activities since then. At the core of the NTT Group, NTT-CERT is a trusted contact point of NTT Group in regard to
information security and through which organizations and specialists inside and outside of the NTT Group can cooperate and receive reliable
back up regarding early incident detection, early incident resolution, limiting damages, and prevention. Put more concretely, NTT-CERT
analyzes security information collected from CSIRTs inside and outside of NTT Group, and develops advisories and technical documents in
the forms reusable at the scene of operation and delivers this information to appropriate place timely. On January 2005, NTT joined FIRST*3 or
Forum for Incident Response and Security Teams which is the worldwide CSIRTs alliance working on developing and coordinating member
CSIRTs all over the world in terms of exchanging security information and coordinated incident response worldwide, in order to tighten
relationship with other CSIRTs all over the world, since the security breaches and incidents nowadays can easily spread out worldwide.
From now onwards, NTT-CERT will develop a security management framework called “NTT CRISTs” for CSIRTs and the security
departments in NTT Group companies to share the security information and to manage incidents and their response. NTT-CERT will continue
to support establishing a CSIRT at NTT Group companies for their own, coordinating CSIRTs within NTT Group, and communicating with
other CSIRTS out of NTT Group.
*1 CSIRT: Computer Security Incident*4 Response Team*2 NTT-CERT: NTT Computer Security Incident Response and Readiness Coordination Team*3 FIRST: Forum of Incident Response and Security Teams*4 Computer Security Incident: while referring to events concerning general computer security and troubles, this term also covers all likely events
related to a wide range of security issues — including abnormal phenomena such as dubious accesses like port scans and vulnerability searches as well as the fraudulent penetration and virus infection of great concern — requiring responses and evaluations of some kind or another.
CERT is a registered trademark of Carnegie Mellon University in the USA.
Data securityData security CSIRCSIRTData security CSIRT
copyright(C)2005NTTH-PF-4
Examples of how i-Visto is used
The i-Visto Internet HDTV Video Studio SystemNTT Network Service Systems Laboratories, NTT Network Innovation Laboratories
As evidenced by the beginning of terrestrial digital broadcasting in 2003, the transition in television broadcasting from analog
to digital format is being accompanied by a rapid shift toward multiple channels and higher image resolution. This trend has
presented broadcasters with the major problems of how to efficiently produce high definition television (HDTV) programs, which
require five times as much data as conventional standard definition television (SDTV) and distribute the programs to affiliated
stations across the nation.
NTT Laboratories have developed i-Visto*1 to provide an environment for producing and distributing high-quality HDTV
material at low cost to broadcasting industries. The i-Visto system functions as an integrated network system that implements,
for the first time, realtime transport, storage, and distribution of uncompressed multi-rate HDTV video up to 1.5 Gbit/s over an IP
network whose maximum speed is 10 Gbit/s.
Some research results and activities from 2004 are listed below.
(1) April 2004: Success in live, two-way uncompressed HDTV via a commercial 2.5-Gbit/s IP network between Japan and the U.S. at NAB*2 2004.
(2) August 2004: Success in live, uncompressed HDTV over a 10-Gbit/s IPv6*3 network between Osaka and Tokyo.
(3) November 2004: Successful transmission of up to six multiplexed uncompressed live HDTV signals using a video synchronization technique between Chiba, Tokyo, and Osaka over a 10-Gbit/s IP network at InterBEE*4 2004.
(4) February 2005: Remote conferencing with uncompressed HDTV video over a 10-Gbit/s IP network between Kanagawa and Osaka.
(5) March 2005: Successful uncompressed live HDTV transmission between the World’s Exposition site (in Aichi) and Osaka.
(6) March 2005: Successful development of a server system capable of storing and distributing uncompressed HDTV at up to 15 Gbit/s.
We will continue to expand this system with respect to network computing, including storage functions.
*1 i-Visto: Internet Video Studio System for HDTV Production *3 IPv6: Internet Protocol Version 6*2 NAB: National Association of Broadcasters *4 InterBEE: International Broadcast Equipment Exhibition
Uncompressed HDTVUncompressed HDTV Internet IPUncompressed HDTV Internet IP
i-VistoHDTV
camera
Stadium, theater, etc.
Broadcasting station
Affiliated stations
i-Visto gateway XG
i-Visto gateway
Final editing
Affiliated stations
i-Visto gateway
Affiliated stations
Video archive center
i-Visto gateway
i-Visto media server
10-Gbit/s high speed IP network
Uncompressedrecording or editing
Realtimetransmission
Uncompresseddistribution
copyright(C)2005NTTH-PF-5
Container yard Radio signal range (measured)
Experimental reader vehicle Active RFID (left) and Reader (right)
Reader
Active RFID NN
150
m
300 m
150
m
300 m
Signal strength
Strong
Weak
RSSI*
*RSSI: Received Signal Strength Indicator
Container Administrative Experiment by Using Active RFID TagsNTT Network Innovation Laboratories
The NTT Laboratories are turning attention to Active RFID* as a key device for implementing distribution management and
automatic freight movement history recording. An Active RFID contains its own battery power supply for transmitting a radio
signal. Active RFID Tags that are already on the market emit weak signals periodically, but the NTT Laboratories have developed
a more powerful RFID that offers more advanced features.
We conducted verification experiments for marine shipping container management with the Active RFID. We attached our
400-MHz Active RFID to containers and measured the signal range. Even in a container yard where containers were stacked
around in the area, the signal could be read at about 30 m from the RFID. These results demonstrate the feasibility of recording
of freight movement histories in unprecedented detail by using this high-performance Active RFID on freight containers.
In future work, we will proceed with development and experimentation on highly accurate location determination technology
and various types of sensor network technology to achieve a more practical and efficient system.
* RFID: Radio Frequency Identification
Active RFID taActive RFID tag Container administrationContainer administrationActive RFID tag Container administration