Keynote Speakers

Yoichiro Kawaguchi

Artist / Professor of The University of Tokyo.

Born in Tanegashima Island, Kagoshima Prefecture Japan in 1952. Kawaguchi major in 3D Computer Animation and graduated from Kyushu Institute of Design (current Kyushu University) in 1976. He received his Master of Fine Arts from Tokyo University of Education (current University of Tsukuba) in 1978. After teaching at University of Tsukuba as an associate professor until spring of 1998, he was promoted to a professor of The University of Tokyo in 1998. He has been working on Computer Graphics since 1975, and has been recognized as a pioneer and a world-wide authority of CG art by unique style using his ‘GROWTH Model’. ‘GROWTH Model’ is a Self-Organizing method to develop one’s formative algorithm of a complex life form.
Concurrently with development of CG which express nature’s beauty based on physical fundamentals, his recent interests are ‘The EGGY’ project 8K, Ultra HDTV project, creation of new tradition project, creation of artistic and primitive robot for planet explore, development of ‘Gemotion’(Gene, Growth + emotion) display, 3D Bumpy display which react emotion like living beings.

8K Ultra High Definition TV for Art

Prof. Kawaguchi will explore in his presentation the new paradigms of the 8k Ultra High Definition TV and its new possibilities for art. The Ultra HDTV system is very marvelous for Art. This system consists of an 8k horizontal spatial resolution and 60 frames per second temporal resolution. From the viewpoint of Art, this advanced development of 8K Ultra HDTV enable us to verify a wide variety of new possibilities.

Hideichi Tamegaya

Hideichi Tamegaya began introducing computer graphics (CG) technology in broadcasting program production in 1981. He has developed CG systems through many advanced program production. He designed a new production methodology concept, “Electronic Palette”, to integrate HDTV and digital technologies for the movie production. The concept has been presented to Hollywood and other motion picture industries. Joining Media International Corporation (MICO) in 1991, he has been providing technical consultation and support on domestic and international HDTV, CG and digital media technologies to NHK and other production teams filming HD programs. He made it possible to mount a HDTV camera on a space shuttle for the first time in the world in 1998. He has served on various research committees and councils of the Ministry of Internal Affairs and Communications, the Ministry of Economy, Trade and Industry, and the Ministry of Education, Culture, Sports, Science and Technology, and he is currently working for promotion and development of the digital content industry.

Tamegaya is a member of the following associations: the Association for Computing Machinery’ Special Interest Group on Computer Graphics (ACM-SIGGRARH), the Japan Society of Image Arts and Sciences, the Motion Picture and Television Engineering Society of Japan, the Institute of Image Information and Television Engineers and the Japan Virtual Reality Society

New image expression brought by the evolutions in media technology

Dr. Tamegaya will discuss in his presentation the extended media and the future of the digital content. In 1998, the world’s first HDTV camera was installed in the space shuttle. This camera made it possible for us to extend the production platform in space, 550km above sea level. The images through the HDTV camera could make us experience the same feeling as astronauts feel in space.

This “virtual presence in space” brings the same “Impression” as what people would get from the artistic expression. The evolution of the technologies extends the traditional media. The “Impression” is derived from new contents, which is created by this extended media. The people of the next generation, who grow up in the new media environment, can see the future media lifestyle in their imaginations.

Yoshihiko Kuroki

Yoshihiko Kuroki received his B.Eng. degree from Keio University and joined Sony Corporation in 1979. He was a visiting scientist at MIT from 1993 to 1994 in the Department of Mechanical Engineering for numerical computation of heat transfer for professional video camera. Previously, he had been engaged in developing broadcasting cameras, and he was a head of the Vision and Cognition Laboratory of the Research Center of Sony Corporation. His interests are based on vision science and image quality concerning how people see the real world and his skills cover mechanical, electrical and optical technologies where he is developing camera and display system. Using these equipments he also films motion images for evaluation.

He is currently a distinguished researcher in the Development Technology Group of Sony Corporation for research and development of the high frame rate 3D system. And also he is in a Ph.D. course in Kanazawa University Graduate School of Natural Science & Technology for research of influence to the human in the high frame rate 3D motion images. He received MVP2004 award from Sony Corporation. He is a member of SID.

Development of the High Frame Rate 3D System

Mr. Kuroki will explore on his presentation the advances in 240 fps single lens 3D camera, 240fps 4Kx2K projector and 240fps LCD display prototypes. These high frame rate equipments bring extremely high quality of motion. And the camera has advantages mainly as follows: 1) comfortable 3D image by no vergence-accommodation conflict, 2) simple and accurate control on zoom / focus of single lens, 3) with no polarized glasses, normal 2D image can be seen.

Katsuhiko Kawazoe

Vice President, Chief Producer, R&D Planning Department, NTT Corporation (NIPPON TELEGRAPH AND TELEPHONE CORPORATION).

Dr. Katsuhiko Kawazoe received Ph.D. in Informatics from Kyoto University, Japan. After he joined NTT Radio Communication Laboratories in 1987, he was engaged in the research and development of satellite communication systems, the personal handy-phone system (PHS) and content delivery systems. From 2008, he has worked as a chief producer to make a plan of new businesses in fields of NGN services, such as IPTV, digital cinema and digital signage. He received the Young Engineer Award from IEICE and Takayanagi Commemoration Encouragement Prize in 1995 and 2007, respectively.

Next-Generation Content Delivery Services in NTT.

Converging media services and Next Generation Networks (NGN) are hot buzzwords in the current telecoms and service providers industry. In this keynote, the future of next-generation content delivery services is shown. NTT is developing next-generation content delivery systems, such as next challenges in IPTV environment, networked digital signage platform and digital cinema system for live contents delivery. These systems can offer new attractive services and are based on standard specifications in order to supply to the global market.

Gabriel Porto Villardi

National Institute of Information and Communications Technology (NICT).
New Generation Wireless Communications Research Center.
Ubiquitous Mobile Communications Group.

Gabriel Porto Villardi received his B.Sc. in Electrical Engineering with emphasis in Telecommunications at the Federal Center for the Technological Education of Rio de Janeiro (CEFET-RJ), Brazil, in 2002. He joined Yokohama National University, Japan, as a japanese government (Mombukagakusho) scholar where he received M.E. and Ph.D. -- with honors -- in Physics, Electrical and Computer Engineering in March 2006 and March 2009, respectively. From 1999 until 2000, he was an awardee of the CAPES/IIE scholarship to pursue his studies at Clemson University, South Carolina, U.S.A. He joined the National Institute of Information and Communications Technology (NICT), in July 2009, where he is now an expert researcher with the Ubiquitous Mobile Group at Yokosuka Research Park, Japan. His current research interests span several areas in wireless communications such as PHY layer design for white space cognitive radios, interference modeling of low height antennas systems in the TV bands, spectrum sensing,  coexistence issues in cognitive radio technology, space-time codes, network coding, ad-hoc networks, fault-tolerance and energy reduction issues in sensor networks. He is a voting member of IEEE 802.19 and IEEE 802.11 working groups.

Cognitive Radios in TV Bands

The switchover to digital TV allied to the inefficiency inherent to fixed spectrum allocation characteristic of licensed regimen has urged authorities to reconsider traditional spectrum management policies. The Federal Communications Commission (FCC), in USA, and the Office of Communications (OfCom), in UK, responded by investigating the feasibility of having unlicensed cognitive radios accessing the licensed spectrum in an opportunistic way. Other regulatory bodies in european countries as well as the japanese Ministry of Internal Affairs and Communications (MIC) are following the same path and considering utilization of unlicensed cognitive radios in the licensed TV spectrum. In one hand, this approach takes advantage of a vast amount of under utilized TV spectrum that can bring tremendous benefits to our modern society by creating new services without the need to set aside new frequency bands. Needless to say, wireless equipment manufacturers and wireless service providers are, fiercely, supporting the new technology. On the other hand, the access of unlicensed devices to the TV spectrum, however, must be regulated. These devices must be restricted to access only unused TV spectrum in a given location and time, i.e., restricted to the TV White Space (TVWS), in order to prevent interference to digital TV users. Obviously, this move towards unlicensed use of licensed bands has faced strong opposition from broadcasters, therefore, making communications in TVWS even more challenging. This talk will address the issue of wireless communications in the TVWS. Introduction to cognitive radio technology, ongoing research topics in TVWS, standardization activities, benefits and challenges of the technology as well as regulations will be covered.

Dr. Koji Suginuma

Koji Suginuma received his M.E. degree in 1987 from the University of Electro-communications in Tokyo, Japan and his Ph.D. degree in electrical and computer engineering in 1998 from the University of California at Irvine, California, the United States. He joined Sony Corporation in 1998 as a researcher for computer architecture. He conducted research and development on the satellite communications, home server system, and ubiquitous computing equipment. He holds 13 patents in the US and Japan.

Since 1977, he has been in computer graphics research and business. He is considered an eyewitness of the dawn of computer graphics industry in Japan. Dr. Suginuma’s research interests are computer architecture for high performance computing, in door positioning for ubiquitous computing, and wearable computing.

Currently he is a lecturer of the Institute for Media and Communications Research at Keio University. He holds editorial writer position at the Eizo Shimbun (The Visual Communication Journal). Dr.Suginuma is a member of ACM, IEEE, SID, and ITE.

Seeking Optimal Granularity: Are We There Yet?

Computer architects have been seeking many kinds of parallelism. From SIMD to multi processors, there are many degree of granularity. However, it seems that many media processing algorithms do not completely match to multi-<stream|core|processor> architecture. This presentation considers the usage of multi-* architectures and proposes new architectural direction for media processing.