News & Information
NEWS & INFORMATION
NEWS & INFORMATION
- Full Papers Submission: June 30, 2020
- Special Session Proposal: August 1, 2020
- Acceptance Notification: August 16, 2020
- Final Manuscript Deadline: September 1, 2020
Successful international joint experiment between Japan and Germany in the field of space optical communication using a small satellite
NICT has conducted an international joint experiment with the German Aerospace Center (DLR) between the optical terminal (OSIRISv1) onboard the University of Stuttgart’s Flying Laptop satellite and NICT's optical ground station equipped with newly developed optical bench with fine-pointing system. In February 2021, a success in receiving the downlink light from OSIRISv1 at NICT's optical ground station was achieved.
At the same time, an initial experiment of the newly developed atmospheric turbulence measuring device was performed successfully. Furthermore, a successful demonstration experiment using a simple optical ground station composed of low-cost commercial parts was conducted by receiving laser light from the satellite.
The OSIRISv1 optical terminal uses body pointing for tracking and this is the first time a successful experiment with such implementation is performed in Japan. As a result, valuable experimental data that will contribute to the research and development of future space optical communication technology has been acquired.
Read more (Press release)
Successful Laser Acquisition and Tracking between Optical Data Relay Satellite and Optical Ground Station
NICT and the Japan Aerospace Exploration Agency (JAXA) confirmed that a bidirectional optical link was established between the laser-communication terminal for inter-satellite optical communications (Laser Utilizing Communication System: LUCAS) aboard the Optical Data Relay Satellite, which was launched by the H-IIA F-43 rocket from the Tanegashima Space Center on November 29th, 2020, and the optical ground station at the Okinawa Electromagnetic Technology Center of NICT.
Read more (Press release)
Successful Experiment with Stabilization Technology for Wireless Communications for Manufacturing Systems
NICT and Toyota Motor Corporation (TOYOTA) have succeeded in experimenting with radio stabilization technology for manufacturing systems, and to have realized a "non-stop line". The "non-stop line" enables to detect unregistered terminals brought into manufacturing sites by visualizing radio waves, and also to suppress unplanned radio congestion for avoiding sudden interference by coordinated control of different systems. This time, we have demonstrated these technologies at two TOYOTA plants in operation.
In the future, TOYOTA plans to introduce this visualization technology to other factories sequentially in order to manage wireless systems at manufacturing sites properly. While, NICT will continue to demonstrate experiments of the technology at other TOYOTA plants, and to promote the research and development of the Smart Resource Flow (SRF) wireless platform, with the aim to put it to practical use at the plant.
NICT released "Report Issued by the Study Group on the Integration of Satellite Communications and 5G/Beyond 5G"
NICT released a report summarizing what was discussed in the "Study Group on the Integration of Satellite Communications and 5G/Beyond 5G" (August 2019 - February 2020) to study the effective use of integration of satellite communications and 5G/Beyond 5G, with the participation of domestic terrestrial communications providers, satellite communications providers, satellite-related manufacturers, potential users, universities, research institutes, and standardization bodies.
Webpage for downloading this report
Research Center Planning Office
New webpage featuring our original videos is now available
NICT Wireless Networks Research Center has published a new webpage that features the original videos introducing our R&D activities and technologies on the latest wireless communications.
We hope the contents will help you to deepen your understanding and interests in ICT.
Fight COVID-19 with ICT!
Webpage featuring our videos
Research Center Planning Office
Call for papers - The 23rd International Symposium on Wireless Personal Multimedia Communications (WPMC 2020)
NICT and YRP R&D Promotion Committee will co-organize the 23rd International Symposium on Wireless Personal Multimedia Communications (WPMC 2020) as a virtual conference "WPMC 2020 Virtual Edition" on October 18-21, 2020.
Continuing the series, the 23rd WPMC will bring together academia, government, business sectors and standardization bodies to explore activities, trends and future challenges towards innovative societies by bridging wireless and business worlds.
The paper submission deadline has been extended to June 30, 2020.
We are looking forward to your participation.
Revised CALL FOR PAPERS
WPMC 2020 website
Small Optical Link for International Space Station (SOLISS) Succeeds in Bidirectional Laser Communication Between Space and Ground Station
The Japan Aerospace Exploration Agency (JAXA), the National Institute of Information and Communications Technology (NICT) and Sony Computer Science Laboratories, Inc. (Sony CSL) has succeeded in establishing a bidirectional laser communication link between SOLISS (Small Optical Link for International Space Station), installed in the Exposed Facility of the Japanese Experiment Module "Kibo" of the International Space Station (ISS) and the optical ground station for satellite communications of NICT, and in transmitting high-definition image data via Ethernet. This marks the first time in the world that bidirectional symmetric Ethernet links have been established by using laser communication devices designed for small satellites.
FFPA Completes Technical Specifications to Stabilize Various Wireless Communication Systems Co-located in Factory Sites
Flexible Factory Partner Alliance (FFPA. Chairperson Andreas Dengel) has created the technical specifications that is aiming for various wireless systems co-located in factory sites to operate stably. The National Institute of Information and Communications Technology (NICT) has proposed Smart Resource Flow (SRF) wireless platform*1 which has been adopted as architecture for the specifications. By adopting this platform, stable wireless communication is realized, making it easy to visualize and interactively manage various information on the manufacturing sites.
The technical specifications define functions and interfaces to provide framework for coordination and coexistence of wireless systems with different standards, of different generations, and by different vendors coexisting in a same factory site.
An overview of the specifications will be presented at the FFPA seminar, “A vision of future factory sites created with the SRF wireless platform ~ Introduction of FFPA technical specifications Version1 ~ ” held on October 31 in Tokyo.* Development of SRF wireless platform by NICT has been supported by the Ministry of Internal Affairs and Communications Japan for the project entitled “R&D on Technologies to Densely and Efficiently Utilize Radio Resources of Unlicensed Bands in Dedicated Areas” since 2017.
Flexible Factory Partner Alliance
Flexible Factory Project
Feature acticles in the latest issue of NICT NEWS
The latest issue of NICT NEWS (2019 No.5 Vol.477) features the R&D activity in Wireless Networks Research Center and Wireless Systems Laboratory. A variety of hot research projects and researchers are introduced.
Please enjoy it in digital format (PDF) on the website.
NICT NEWS (2019 No.5 Vol.477)
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