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Fujitsu Limited and Fujitsu Laboratories Ltd. announced that Fujitsu Laboratories employee Akira Nakagawa selected by the Cabinet Office of the Government of Japan to receive the Medal of Honor with Purple Ribbon for "the development of encoding technology and transmission equipment for digital video" at the 2016 Spring Conferment. The award ceremony was held on May 17th in Tokyo, thereafter he had an audience with the Japanese Emperor at Homeiden State Banquet Hall in the Imperial Palace.
The Medal of Honor with Purple Ribbon award is bestowed upon individuals who have contributed inventions or discoveries in scientific fields, as well as outstanding accomplishments in academics, arts and culture, or sports.
This award is for the commercial development of digital video encoding technology and H.264 video transmission equipment, which have contributed to the spread of HD video on a global scale.
The years from 2000 to 2005 were witness to a growing volume of HD video broadcasts, which are of higher quality and overwhelmingly more realistic than conventional analog quality SD video. Demand was also growing for the ability to record and display HD content on TVs, cameras, PCs, and other devices. However, the cost burden associated with the devices and video transmission needed to shift to HD was prohibitively expensive.
In order to resolve these issues, the award recipient, Akira Nakagawa, led the R&D efforts on a number of technologies, beginning with a video encoding algorithm that greatly reduces the information volume of HD video at low power while preserving high quality, as well as an H.264 encoding chip that supports HD video based on the algorithm. Another technology enabled HD video transmission through the public IP network, which was previously thought to be unsuitable for real-time data use for professional-level video with broadcast quality, and a technology that completely prevents deterioration from color bleeding that would happen in multi-stage video relays. The commercialization of these technologies resolved the issues of HD video device and transmission cost.
These technologies made commercially viable digital video encoding and H.264 video transmission devices, enabling huge reductions in the device and transmission costs of high resolution, realistic HD video. Through these technologies, H.264 video transmission equipment was adopted at broadcast stations around the world, contributing both to the development of an industry using HD video across a broad range of fields, from consumer equipment to professional-use broadcasting equipment, and to the growth of HD video on a global scale.
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