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	Institute of technology - Wikipedia, the free encyclopedia
		An institute of technology, or a polytechnic, is an institution of higher education specialising in technology, a vocational education institution specialized in technical education, or a mixture of both.
		In the polytechnic sector: Wellington Polytechnic amalgamated with Massey University.
		The Polytechnical Institutes (Institutos Politécnicos) of Portugal are not universities.
	en.wikipedia.org /wiki/Institute_of_technology (2139 words)

	Tokyo Institute of Technology - Wikipedia, the free encyclopedia
		Tokyo Institute of Technology (東京工業大学; Tōkyō Kōgyō Daigaku), often called Tokyo Tech or Tōkōdai (東工大) for short, is the largest institution of higher learning in Japan dedicated to science and technology.
		It was founded in 1881 in Tokyo as the Tokyo Vocational School.
		In 1929, it was elevated to the status of national university, and has since April 2004 been incorporated (i.e.
	en.wikipedia.org /wiki/Tokyo_Institute_of_Technology (140 words)

	Tokyo Institute of Technology
		Since the successful launch of the CUTE-1 satellite on June 30, 2003 the ground station at Tokyo Institute of Technology has continuously received telemetry data on the power systems and flight status of the satellite, and deployed on-board systems through uplink commands.
		Founded in 1881, Japan’s Tokyo Institute of Technology (Tokyo Tech) is comprised of the Ookayama, Suzukakedai and Tamachi campuses and has been recognized as one of the world’s leading universities in science and technology in the world.
		In addition, Tokyo Tech is actively engaged in an international university cooperated development of a small satellite systems.
	www.altium.com /?code=0tokyoinst (736 words)

	STARS - Schools -Tokyo, Japan (Site not responding. Last check: 2007-10-08)
		Approximately 11.6 million people live in the Tokyo metropolitan area (the city proper and the 23 surrounding wards or suburbs.) Tokyo is an exciting city that draws many young Japanese looking for jobs or attending college.
		In Tokyo Metropolis the population density is 5443 persons per sq km (14,097 per sq mi.) By contrast, the average density for Japan as a whole, itself a crowded country in comparison to other countries, is 328 persons per sq km (850 per sq mi).
		The Tokyo Institute of Technology was established by the Japanese government in 1881 and all faculty members, with the exception of part-time lecturers and visiting professors, are government employees with permanent tenure.
	www.starsacademy.com /sts107/students/japan.htm (385 words)

	Appendix D: Tokyo Institute of Technology
		The Tokyo Institute of Technology is the largest national university in Japan for science and technology.
		Over the past several decades, the Tokyo Institute of Technology probably has had the largest impact of all Japanese universities in the area of optoelectronics.
		The process of technology transfer continues to be rather informal, although the infusion of MITI funding would seem to pull the work toward a practical direction.
	www.wtec.org /loyola/opto/ad_tokyo.htm (1135 words)

	Voltaire's InfiniBand Solutions Installed at the Matsuoka GRID Laboratory at the Tokyo Institute of Technology<
		Tokyo Institute of Technology operates Japan's largest campus-based GRID cluster.
		Dr. Daniel Isenberg, CEO of Triangle Technologies, who is responsible for developing Voltaire's business in Japan, commented, "Japanese researchers and computer manufacturers are among the pioneers in supercomputing and GRID computing technologies.
		Founded in 1881, the Tokyo Institute of Technology is internationally renowned for its advancements and contributions to the field of science and technology, producing and employing a great number of leading engineers and professionals in the field.
	quickstart.clari.net /qs_se/webnews/wed/cu/W059731.Ri6Y_DNA.html (693 words)

	[No title] (Site not responding. Last check: 2007-10-08)
		Takashi SAKAMOTO graduated from the University of Tokyo in 1955 and received his M.A. in 1957 and Doctor of Literature in 1967 from the University of Tokyo.
		After his retirement as a professor of Educational Systems Technology in the Graduate School at the Tokyo Institute of Technology, he became Vice President of the National Center for University Entrance Examinations from 1992 to 1996.
		He is a member of Science Council of Japan, a professor emeritus of the Tokyo Institute of Technology, a professor emeritus of the National Center for University Entrance Examinations, and a Governing Board member of UNESCO International Institute of Technology in Education.
	www.emi.ac.ma /ithet03/invitedPapers.html (746 words)

	IEEE Tokyo Tech Student Branch (Site not responding. Last check: 2007-10-08)
		"The 2nd IEEE Tokyo Student Workshop" was held on December 9th.
		Lecture by Dr. Masaru Sakurai (Chief Specialist of AV Technology Development Dept. at Core Technology Center of TOSHIBA CORPORATION Digital Media Network Company, IEEE Fellow) was held.
		The Institute Senate officially decided on 1 March 2002 that Tokyo Institute of Technolgy should be abbreviated to "Tokyo Tech".
	www.ewh.ieee.org /sb/tokyoit (428 words)

	ATIP (Asian Technology Information Program)
		The Asian Technology Information Program (ATIP) is a U.S. non-profit organization with the charter to bridge the information gap between the U.S. and Asian science and technology communities.
		Acting as this "technology information bridge" between East and West, ATIP investigates technology advancements and trends in Asia through face-to-face interviews with technologists and managers.
		The new office is located in the Haidan district of Beijing, widely regarded as one of the city's growing technology centers.
	www.atip.or.jp (647 words)

	Call for Papers of IEEE Tokyo Tech Student Paper Contest 2005
		The IEEE Tokyo Tech SPC is aimed to challenge the knowledge and skills of English academic writing as well as scientific and technical excellence of the Tokyo Tech students.
		This SPC is open exclusively to the students of the Tokyo Institute of Technology.
		IEEE Tokyo Tech student members are encouraged to submit their papers to the IEEE Tokyo Tech SPC prior to the
	www.ewh.ieee.org /sb/tokyoit/activities/spc/cfp05.html (965 words)

	Publications
		Tokyo, Japan: The Japanese Association for Educational Technol-ogy and the International Society for Technology in Education.
		Reports from the Institute of Education (Sendai, Japan: Institute of Education, Tohoku Gakuin University), 11, 45-67.
		Invited presentation to the administrators and faculty of the Center for Extension and Continu-ing Education, University of Agriculture of Malaysia, Serdang, Malaysia.
	mailer.fsu.edu /~jkeller/writings.htm (4331 words)

	AMD and Sun Microsystems Collaborate to Build Japan's Largest Supercomputer for Tokyo Institute of Technology
		"Tokyo Tech's system will be leveraged by a wide range of researchers within the university and throughout the world," said Satoshi Matsuoka, Professor in charge of Research Infrastructure at Global Scientific Information and Computing Center, Tokyo Institute of Technology.
		The Tokyo Tech system plans to be the world's largest and fastest cluster as measured by core CPU count and peak performance, respectively.
		"Tokyo Tech is among the numerous leading research and academic institutions that rely on AMD64 technology to rapidly and cost-effectively deliver results," said Kevin Knox, vice president, Commercial Business at AMD.
	www.sun.com /smi/Press/sunflash/2005-11/sunflash.20051115.1.xml (879 words)

	Appendix C: Tokyo Institute of Technology
		Professor Michio Sugeno's lab at the Tokyo Institute of Technology has been conducting research in fuzzy logic for many years.
		Fuzzy logic is of relevance to human-computer interaction because it represents a means to interface between the terminology of everyday discourse (a little warmer, a lot colder, a bit more to the left) and the preciseness of computers (temperature = 1.01 * temperature; heading = heading - 5).
		The Gallant uses neural net technology to compute the membership functions for the variables used in the fuzzy rules, thereby adapting to the driver's behavior.
	www.wtec.org /loyola/hci/ac_tokyo.htm (658 words)

	Tokyo Institute of Technology : Vault Academics/Curriculum Surveys (Site not responding. Last check: 2007-10-08)
		The courses are technology oriented with a lot of numbers and mathematics.
		It is easy to get grades in the subjects, but the key is in knowing whose courses to take.Some professors are famous in giving good grades, and on the other hand some are notorious for the opposite.So i would advice you to do some homework in advance to aplying for any sources.
		Tokyo Institute of Technology Quality of Life Surveys
	www.vault.com /survey/school/Tokyo_Institute_of_Technology2_39638.html (153 words)

	Directory \| Korea Institute of Science & Technology (KIST)
		Since its inception as the first multidisciplinary research institute in South Korea in February 1966, KIST has been playing a pivotal role in advancing the nationÕs science and technology and has made a substantial contribution to leveling the national industry to help Korea become one of the newly industrialized countries in Asia.
		In parallel with the government's grand design of building a new Korea, KIST is committed to distinguishing itself as a revamped research institute dedicated to basic research of science and to the development of future-oriented "cutting edge" technologies.
		The International Technology Exchange and Cooperation Center was established in April 1993 to expand the existing international cooperation efforts with advanced countries.
	www.jcie.org /japan/thinknet/research_instit/korea/KIST.html (363 words)

	Workshop on Theories of Types and Proofs
		9:00-10.30 Masako Takahashi (Tokyo Institute of Technology)
		16.30-17.30 Satoshi Matsuoka (Nagoya Institute of Technology)
		of Technology) Ryu Hasegawa (University of Tokyo) Mitsu Okada (Keio University) Masako Takahashi (Tokyo Institute of Technology, chair) Hirofumi Yokouchi (Gunma University) Local Arrangement: Yohji Akama (University of Tokyo) Toshihiko Kurata (Tokyo Institute of Technology) Important dates: registration for participants August 15, 1997 workshop September 8 - 18, 1997.........................................................................
	www.cis.upenn.edu /~bcpierce/types/archives/1997-98/msg00150.html (594 words)

	ETH - Mobilitätsstelle - One to three months stay in Tokyo (Tokyo Institute of Technology) (Site not responding. Last check: 2007-10-08)
		The host Institution organizes visits and discussions with research groups in the scientific areas of interest to the scholarship winners during their stay.
		After their return the award winners are bound to deliver a short report on the results and outcomes of the visit, of their impressions and of presumable further developments to the person responsible for the scholarship program at ETH Zurich.
		The field of study for the ETH Zurich scholarship students must be such that Tokyo Tech or its institutes/laboratories can appoint a qualified supervisor for the student.
	www.mobilitaet.ethz.ch /outgoings/dodo/awards_tit (478 words)

	[No title]
		and TOKYO, JAPAN - November 10, 2003 Voltaire, a leading provider of high performance InfiniBand solutions, today announced that the company has signed an agreement with Professor Matsuoka's GRID computing laboratory at the Tokyo Institute of Technology for continued cooperation in the evaluation and deployment of Voltaire's advanced InfiniBand technology and products.
		Daniel Isenberg, CEO of Triangle Technologies, who is responsible for developing Voltaire's business in Japan, commented, "Japanese researchers and computer manufacturers are among the pioneers in supercomputing and GRID computing technologies.
		Founded in 1990 by Dr. Daniel Isenberg, formerly assistant professor at the Harvard Business School, Triangle Technologies has successfully formed numerous strategic alliances in Japan, including distribution and sales, OEM agreements, joint development, technology licensing, investments, and joint ventures.
	www.voltaire.com /press_release_11_10_03b.htm (689 words)

	International Student Center; Tokyo Tech
		Tokyo: 00:00:00 PM Beijing: 00:00:00 PM Bangkok: 00:00:00 PM Stockholm: 00:00:00 PM Jakarta: 00:00:00 PM Sydney: 00:00:00 PM
		The International Student Center provides services and support for both current and prospective international students of Tokyo Institute of Technology.
		Our aim is to help make your exchange year or full course at Tokyo Tech a benificial and enjoyable one, through providing counselling and support services, Japanese language education, and vibrant cultural activities.
	www.ryu.titech.ac.jp (237 words)

	Tokyo Institute of Technology : Vault Social Life Surveys (Site not responding. Last check: 2007-10-08)
		Not much social life inside the campus, but the city is yours to revel in.
		Being a technology oriented university the proportion of girls to boys is ridiculously low.
		This is a nice opportunity for foreign students to get a taste of the Japanese culture and cuisine.
	www.vault.com /survey/school/Tokyo_Institute_of_Technology5_39638.html (141 words)

	The Computed Synoptic Table —Tele-Synopsis for Biblical Research
		Furthermore, even though a large number of studies have made various assumptions of their genealogical interdependence, there still seems to remain a lack of the computational humanities technology enabling the Gospel researchers to present valid arguments based on a huge amount of biblical text data.
		Cambridge: Massachusetts Institute of Technology A.I. Laboratory, 1974.
		Proceedings of the Institute of Statistical Mathematics 48.2 (2002): 327-337.
	mustard.tapor.uvic.ca /cocoon/ach_abstracts/xq/xhtml.xq?id=82 (1203 words)

	Tokyo Tech to House One of the World's Top 10 Supercomputers: Campus Technology (Site not responding. Last check: 2007-10-08)
		Attendees at the Supercomputing 2005 conference this week in Seattle learned that the Tokyo Institute of Technology will soon be home to one of the world's fastest supercomputers.
		The supercomputer will debut this coming spring, when it is expected to easily secure one of the highest 10 positions on the Top500 list (based on the LINPACK Benchmark)-initially realizing 85 trillion floating point operations per second (teraFLOPS), with the potential to reach more than 100 trillion teraFLOPS after adjustments for peak performance.
		The use of AMD processors, NEC integration expertise, and Sun Microsystems high performance computing (HPC) technologies all factor into the delivery of the system in such a short timeframe.
	www.campus-technology.com /article.asp?id=17520 (331 words)

	EETimes.com - Fujitsu team develops single-chip opto-silicon technology (Site not responding. Last check: 2007-10-08)
		TOKYO — Fujitsu Laboratories Inc. and the Tokyo Institute of Technology have developed a technology to form high quality ferroelectric crystal film on silicon, opening the way for a single-chip platform integrating optical and silicon devices.
		The Fujitsu and Tokyo Institute team said it has developed a technology to grow epitaxial layers of ferroelectric material to 2-micron thicknesses and developed a new ferroelectric material for the process.
		Although successful in depositing the ferroelectric crystal layer, the team said it still needs to sandwich the ferroelectric layer with clad layers to confine the light.
	www.eet.com /news/latest/showArticle.jhtml?articleID=162100912 (580 words)

	Hari Srinivas: CV
		Paper presented at the Pre-Habitat II Tokyo Conference on The World Cities and the Urban Future, 23 - 25 August, 1995 (with Yoshinobu Kumata, Sachihiko Harashina and Tatsuro Sakano).
		Bangkok: Asian Institute of Technology (with A.T.M. Nurul Amin and Yoichiro Higuchi).
		Tokyo: United Nations University, 11-12 and 18-19, November 1997.
	www.gdrc.org /hari/cv-ascii.html (1500 words)

	Appendix D: Tokyo Institute of Technology
		The Tokyo Institute of Technology has two campuses, one at Tamachi and another at Nagatsuta.
		The Nagatsuta Campus is about 20 years old, and the Faculty of Bioscience and Biotechnology was put together and moved there about six years ago.
		Professor Aizawa, whose laboratory the WTEC team visited at the Tokyo Institute of Technology's Nagatsuta Campus, was the project leader of a ten-year national MITI project on bioelectronic devices.
	www.wtec.org /loyola/nano/d_15.htm (517 words)

	General Biogeosciences Posters - Biogeosciences [B]
		Suzuki, N (nozosuzu@depe.titech.ac.jp), Dep of Environmental Chemistry and Engineering,Interdisciplinary Graduate School of Science and Engineering,Tokyo Institute of Technology, 4259-G5-12, Nagatsuta, Midori-ku, Yokohama, 2268502 Japan
		Yamagishi, H (hyamagishi@depe.titech.ac.jp), Dep of Environmental Science and Technology,Interdisciplinary Graduate School of Science and Engineering,Tokyo Institute of Technology, 4259-G5-12, Nagatsuta, Midori-ku, Yokohama, 2268502 Japan
		Yoshida, N (naoyoshi@depe.titech.ac.jp), Dep of Environmental Chemistry and Engineering,Interdisciplinary Graduate School of Science and Engineering,Tokyo Institute of Technology, 4259-G5-12, Nagatsuta, Midori-ku, Yokohama, 2268502 Japan
	www.agu.org /meetings/wp04/wp04-sessions/wp04_B21A.html (2825 words)

	Department of Chemistry, Faculty of Science, Tokyo Institute of Technology (Site not responding. Last check: 2007-10-08)
		Department of Chemistry, Faculty of Science, Tokyo Institute of Technology
		Chemistry studies the nature of materials in terms of the structure and dynamics in atomic and molecular dimension.
		Students in this department are trained in research to elucidate molecular structure and dynamics of chemical reactions, to discover new synthetic reactions, and new chemical compounds and to analyze chemical processes in living organisms and on the earth.
	www.chem.titech.ac.jp /index-e.html (66 words)

	Tokyo Institute of Technology \| Ookayama campus
		Take Mita Line (Toei Subway) to Meguro Station and continue the ride to Ookayama Station.
		Take Namboku Line (Tokyo Metropolitan Subway) to Meguro and continue the ride to Ookayama.
		A limousine bus runs from the airport to Tokyo City Air Terminal (T-cat).
	www.titech.ac.jp /access-and-campusmap/e/o-okayama-campus.html (306 words)

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