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Research and development of infrastructure technology and products to support the next-generation of network services
The Information Sharing Laboratory Group is engaged in research and development as well as the creation of business concepts in connection with next-generation networking technologies for the establishment of the broadband and ubiquitous society and platform technologies to support a vast range of service technologies that utilize the next-generation networks. The Group is also promoting R&D focused on environmental information communication technology (environmental ICT) that will help foster an information sharing society friendly to the earth's environment. Its main activities are as follows.
[ Architecture/Quality and Traffic ]
We are pursuing R&D on network architecture and basic technologies for telecommunications quality and traffic design management. These technologies will be applied to the design and operation of next-generation networks that will provide a variety of high-quality and economical services.
[ Information Sharing Platforms ]
We are promoting R&D on technologies that will apply the latest security know-how so that customers can use various services that utilize next-generation networks safely, securely, and conveniently. We are also developing technologies that service providers will be able to use economically through platforming of infrastructure and functions that providers will need in a crosscutting manner.
[ Core Networks ]
The aim of the Information Sharing Laboratory Group is to keep pace with rapid growth in data volumes by developing network infrastructures based on high-speed, large-volume optical IP technology. The Group is also developing service control systems that will realize high-performance networks capable of flexibly supplying a wide range of services.
[ Access Networks ]
With an eye to the diversification of broadband services, we are developing not only fiber-optic access technologies concerning optical fiber and optical fiber transmission system, but also wireless access that will be supplement fiber-optics, and form the basis for ubiquitous services technologies. We are also pursuing communications infrastructure technologies to ensure the stability of communications as a social lifeline.
[ Environment and Energy ]
In the interest of making a safe and secure society that is both people- and Earth-friendly reality, we are pursuing R&D on environmental ICT that will apply sensing data from the atmospheric environment in our daily lives, energy-related technologies such as fuel cells that are environmentally friendly, and technologies for environmental impact assessment that are founded on life-cycle assessment (LCA).
[ 1.6 Tbit/s (40 Gbit/s x 40 waves) Large-capacity WDM System ]
(Using Return-to-Zero Differential Quadrature Phase Shift Keying [RZ-DQPSK]- a technology that is the first of its kind to achieve practical application- to realize the world's first 40 Gbit/s-service in existing dispersion-shifted fiber.)
[ PM Risk Assessment System for Supporting Protection of the Atmospheric Environment and Feedback to the Factory Process Control ]
(By achieving online PM sensing and simulation forecasts.)
[ Architecture/Quality and Traffic ]
•Network architectures
•Quality design and management technologies
•Traffic design and management technologies
•Network quality control technologies
[ Core Networks ]
•High-speed, large-volume optical IP technologies
•Coexisting IP networks and telephone services
•High-performance service control technologies
•Network operation technologies
[ Environment and Energy ]
•Environmental sensing and forecast technologies
•Disaster prevention and welderly information communication technologies
•Fuel-cell and photovoltaic generation technologies
•Energy network technologies
•Power-supply and EMC technologies for communications facilities
•Environmental impact assessment technologies
[ Information Sharing Platforms ]
•Encryption technologies
•Security technologies
•Authentication technologies
•Service platform technologies
•IPv6 Internet technologies
[ Access Networks ]
•Optical access systems
•Wireless access systems
•Optical maintenance, operation, and management technologies
•Rapidly adaptable optical installation technologies
•Triple play services
•Communications infrastructure technologies