英語 での Fujitsu laboratories の使用例とその 日本語 への翻訳
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Fujitsu Laboratories applied the two technologies described above to the deep learning framework Caffe and measured training time and GPU memory usage.
Fujitsu Laboratories plans to commercialize the technology in the first half of 2018, with a view to applying it in a variety of fields, including chemistry, finance, energy and distribution.
Fujitsu Laboratories Singapore will work closely with customers, partners and academia to generate advancements that will drive research in the area of diagnostics.
The establishment of this facility was based on the MOU signed by the University of Toronto and Fujitsu Laboratories Ltd. with the aim of collaborating on research on the most innovative computer technology and accelerating research and development.
After graduating from the master's course on the subject of high-speed optical properties of organic semiconductors, I joined Fujitsu Laboratories and worked for about 10 years in research and development of semiconductor lasers and optical amplifiers for optical communication.
Fujitsu Laboratories early on developed palm vein authentication to meet the need for an authentication system that could identify a person with just biometric information, without using information such as a password or a card. In 2018, Fujitsu Laboratories announced a biometric authentication technology that combined facial recognition with palm vein authentication.
Outline of Accuracy Verification Test MOL provided actual voyage data collected from MOL fleet in operation to Fujitsu Laboratories, which, along with Tokyo University of Marine Science and Technology, verified the data by using their jointly developed machine learning method.
Fujitsu Laboratories and Fujitsu Laboratories of America will continue to test the accuracy of this newly developed technology, with the goal of commercializing this technology in fiscal 2018, applying it to the"Fujitsu Network 1FINITY" series of Fujitsu Limited's optical transmission system, and to the"Fujitsu Network Virtuora" series of wide area network virtualization solutions.
Fujitsu Laboratories, Fujitsu Ireland, and Fujitsu are aiming for a practical implementation of this technology in fiscal 2017, and are proceeding with a trial project in Ireland to test other disorders and to apply the technology and test it outside of smart houses.
Fujitsu Laboratories, the Insight Centre, and Fujitsu Ireland will continue to further improve the accuracy of this technology to process biomedical data with knowledge graphs, extending the technology to biomedical projects at Fujitsu Limited in fiscal 2018.
Future PlansGoing forward, Fujitsu Laboratories and Fujitsu Laboratories of America plan to continue development of other functions for lifecycle management in logical networks using this technology, with the goal of Fujitsu Limited conducting its sales as a network management function for enterprise users of cloud services after fiscal 2017.
Because the concentrator photovoltaic cells and electrolysis equipment used in this trial are already on the market, by using Fujitsu Laboratories' newly deployed electrical conversion equipment, it is possible to achieve hydrogen production from sunlight with a high efficiency rate of 18.8% with current technology.
Fujitsu Laboratories plans to continue refining the capabilities for measuring vector magnetic hysteresis and will move forward on work on gathering different kinds of measurements, with the goal of incorporating the benefits of this technology into the next version of EXAMAG LLG Simulator being developed at Fujitsu and due out in 2018.
Operational Trial SummaryIn conducting this joint trial, Mizuho Bank was responsible for providing its expertise with the securities settlement process, Fujitsu Limited conducted the development, evaluation, and testing of the trial system, and Fujitsu Laboratories undertook the trial application of blockchain technology.
Through this opportunity, the FIG and Fujitsu will continue to create value for Gymnastics, further accelerating our co-creation activities to develop the discipline and promote the global sports business."Developed by Fujitsu and Fujitsu Laboratories, the judging support system utilises artificial intelligence and 3D sensors to capture each gymnast's movement and analyse it as numerical data.
Based on the technology Fujitsu Laboratories has cultivated over its HPC development, the company has now developed a technology to expand computation volume per GPU without compromising training accuracy. Highly-efficient distributed parallel processing can be provided by appropriately adjusting the learning rate in accordance to the degree of the deep learning training progress.
The electrical conversion equipment Fujitsu Laboratories newly developed for this system enables high energy conversion efficiency(90.0%) from the solar cells to the electrolysis equipment. This is achieved by controlling the voltage and electric current supplied to the electrolysis equipment, in accordance with the varying temperature and amount of solar radiation that change with the time of day, to consistently generate the maximum output from the solar cell.