16Th U.S.-Japan-N.Z. Workshop on the Improvement of Structural Engineering and Resiliency
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Notice of Opening of SRL Advanced Lab. Meguro
January 19, 2021 FOR IMMEDIATE RELEASE Company name: H.U. Group Holdings, Inc. Representative: Shigekazu Takeuchi, Director, President and Group CEO Securities code: 4544 First Section, Tokyo Stock Exchange Notice of Opening of SRL Advanced Lab. Meguro SRL, Inc. (President & CEO: Shunichi Higashi; Head Office: Shinjuku-ku, Tokyo; hereinafter "SRL"), which is a consolidated subsidiary of H.U. Group Holdings, Inc., relocated SRL Advanced Lab. Azabu, and opened SRL Advanced Lab. Meguro (hereinafter the "Lab"), a satellite lab in Shinagawa Ward, Tokyo on January 16, 2021. SRL plans to continue pursuing business expansion in the general practitioner market. By opening the Lab, SRL aims to strengthen the provision of services to medical centers and clinics in Tokyo's Minato and Shinagawa Wards and the surrounding area, delivering benefits such as shortening turnaround time for tests. In addition, the Lab will have a showroom that displays the various services SRL offers. Customers visiting the showroom will be able to see and understand the testing workflow and experience healthcare×ICT services, such as a SasS for general practitioners. [Features of SRL Advanced Lab. Meguro] ① Automation of workflow from sample preprocessing to test results Test results are returned in 30 minutes at the earliest and within 2 hours as standard. Samples are also collected more efficiently, and laboratory turnaround time is reduced. ② Showroom functions The showroom uses videos and other tools to clearly explain the workflow from sample collection logistics to reception, testing samples, and reporting test results. Customers can also experience "e’s-assist” (an appointment and AI symptom checker service) and “withwellness” (a PHR service) developed by Ishinban, Inc. -
Introducing Tokyo Page 10 Panorama Views
Introducing Tokyo page 10 Panorama views: Tokyo from above 10 A Wonderful Catastrophe Ulf Meyer 34 The Informational World City Botond Bognar 42 Bunkyo-ku page 50 001 Saint Mary's Cathedral Kenzo Tange 002 Memorial Park for the Tokyo War Dead Takefumi Aida 003 Century Tower Norman Foster 004 Tokyo Dome Nikken Sekkei/Takenaka Corporation 005 Headquarters Building of the University of Tokyo Kenzo Tange 006 Technica House Takenaka Corporation 007 Tokyo Dome Hotel Kenzo Tange Chiyoda-ku page 56 008 DN Tower 21 Kevin Roche/John Dinkebo 009 Grand Prince Hotel Akasaka Kenzo Tange 010 Metro Tour/Edoken Office Building Atsushi Kitagawara 011 Athénée Français Takamasa Yoshizaka 012 National Theatre Hiroyuki Iwamoto 013 Imperial Theatre Yoshiro Taniguchi/Mitsubishi Architectural Office 014 National Showa Memorial Museum/Showa-kan Kiyonori Kikutake 015 Tokyo Marine and Fire Insurance Company Building Kunio Maekawa 016 Wacoal Building Kisho Kurokawa 017 Pacific Century Place Nikken Sekkei 018 National Museum for Modern Art Yoshiro Taniguchi 019 National Diet Library and Annex Kunio Maekawa 020 Mizuho Corporate Bank Building Togo Murano 021 AKS Building Takenaka Corporation 022 Nippon Budokan Mamoru Yamada 023 Nikken Sekkei Tokyo Building Nikken Sekkei 024 Koizumi Building Peter Eisenman/Kojiro Kitayama 025 Supreme Court Shinichi Okada 026 Iidabashi Subway Station Makoto Sei Watanabe 027 Mizuho Bank Head Office Building Yoshinobu Ashihara 028 Tokyo Sankei Building Takenaka Corporation 029 Palace Side Building Nikken Sekkei 030 Nissei Theatre and Administration Building for the Nihon Seimei-Insurance Co. Murano & Mori 031 55 Building, Hosei University Hiroshi Oe 032 Kasumigaseki Building Yamashita Sekkei 033 Mitsui Marine and Fire Insurance Building Nikken Sekkei 034 Tajima Building Michael Graves Bibliografische Informationen digitalisiert durch http://d-nb.info/1010431374 Chuo-ku page 74 035 Louis Vuitton Ginza Namiki Store Jun Aoki 036 Gucci Ginza James Carpenter 037 Daigaku Megane Building Atsushi Kitagawara 038 Yaesu Bookshop Kajima Design 039 The Japan P.E.N. -
Unifying Rail Transportation and Disaster Resilience in Tokyo
University of Arkansas, Fayetteville ScholarWorks@UARK Architecture Undergraduate Honors Theses Architecture 5-2020 The Yamanote Loop: Unifying Rail Transportation and Disaster Resilience in Tokyo Mackenzie Wade Follow this and additional works at: https://scholarworks.uark.edu/archuht Part of the Urban, Community and Regional Planning Commons Citation Wade, M. (2020). The Yamanote Loop: Unifying Rail Transportation and Disaster Resilience in Tokyo. Architecture Undergraduate Honors Theses Retrieved from https://scholarworks.uark.edu/archuht/41 This Thesis is brought to you for free and open access by the Architecture at ScholarWorks@UARK. It has been accepted for inclusion in Architecture Undergraduate Honors Theses by an authorized administrator of ScholarWorks@UARK. For more information, please contact [email protected]. The Yamanote Loop: Unifying Rail Transportation and Disaster Resilience in Tokyo by Mackenzie T. Wade A capstone submitted to the University of Arkansas in partial fulfillment of the requirements of the Honors Program of the Department of Architecture in the Fay Jones School of Architecture + Design Department of Architecture Fay Jones School of Architecture + Design University of Arkansas May 2020 Capstone Committee: Dr. Noah Billig, Department of Landscape Architecture Dr. Kim Sexton, Department of Architecture Jim Coffman, Department of Landscape Architecture © 2020 by Mackenzie Wade All rights reserved. ACKNOWLEDGEMENTS I would like to acknowledge my honors committee, Dr. Noah Billig, Dr. Kim Sexton, and Professor Jim Coffman for both their interest and incredible guidance throughout this project. This capstone is dedicated to my family, Grammy, Mom, Dad, Kathy, Alyx, and Sam, for their unwavering love and support, and to my beloved grandfather, who is dearly missed. -
01 the Expansion Of
The expansion of Edo I ntroduction With Tokugawa Ieyasu’s entry to Edo in 1590, development of In 1601, construction of the roads connecting Edo to regions the castle town was advanced. Among city construction projects around Japan began, and in 1604, Nihombashi was set as the undertaken since the establishment of the Edo Shogunate starting point of the roads. This was how the traffic network government in 1603 is the creation of urban land through between Edo and other regions, centering on the Gokaido (five The five major roads and post towns reclamation of the Toshimasusaki swale (currently the area from major roads of the Edo period), were built. Daimyo feudal lords Post towns were born along the five major roads of the Edo period, with post stations which provided lodgings and ex- Nihombashi Hamacho to Shimbashi) using soil generated by and middle- and lower-ranking samurai, hatamoto and gokenin, press messengers who transported goods. Naito-Shinjuku, Nihombashi Shinsen Edo meisho Nihon-bashi yukibare no zu (Famous Places in Edo, leveling the hillside of Kandayama. gathered in Edo, which grew as Japan’s center of politics, Shinagawa-shuku, Senju-shuku, and Itabashi-shuku were Newly Selected: Clear Weather after Snow at Nihombashi Bridge) From the collection of the the closest post towns to Edo, forming the general periphery National Diet Library. society, and culture. of Edo’s built-up area. Nihombashi, which was set as the origin of the five major roads (Tokaido, Koshu-kaido, Os- Prepared from Ino daizu saishikizu (Large Colored Map by hu-kaido, Nikko-kaido, Nakasendo), was bustling with people. -
Kansai Section Report
2013 IEEE Kansai Section Report Hidetoshi Onodera Chair of the IEEE Kansai Section Kyoto University PART A. SECTION SUMMARY A-1 Section Highlights The IEEE Kansai Section was established in November 1998. As of January, 2014, it comprises of 2,355 members (see B-1). In 2013, we had five executive committee meetings, an annual section meeting and six technical meetings. Most of the 11 technical chapters in the section were active. The newly formed LMAG (Life Members Affinity Group) made a good start in 2013. We filed a petition to form WIE Affinity Group in October, 2013, which was approved in January, 2014. From the section, three IEEE milestones were proposed and two of them have been approved and are waiting for dedication ceremonies. CE (Consumer Electronics) Society Kansai Chapter is reformed as CE Society West Japan Joint Chapter. In 2014, we already had an annual section meeting and two executive committee meetings. A-2 Section Officers and Executive Committee Members (2013 - 2014) Section Officers: Chair: Hidetoshi Onodera (Kyoto University) Vice-Chair: Naonori Ueda (Nippon Telegraph and Telephone Corporation) Secretary: Takeshi Yamada (Nippon Telegraph and Telephone Corporation) Treasurer: Takayuki Suyama (Nippon Telegraph and Telephone Corporation) Executive Committee Members: Membership Development Committee Chair: Takeshi Ogura (Ritsumeikan University) Nominations Committee Chair: Toshiharu Sugie (Kyoto University) Student Activities Committee Chair: Yoshinobu Kajikawa (Kansai University) Technical Program Committee Chair: -
FY2016 Results of Accreditation
Results of Accreditations Performed by the Japan University Accreditation Association July 31, 2017 Introduction In 2002, the Certified Evaluation and Accreditation System was introduced in Japan (enforced in 2004), obligating all higher education institutions (universities, junior colleges and technical colleges) to undergo an evaluation once every 7 years, and all professional graduate schools to undergo an evaluation once every 5 years as well. In each case, the evaluating agency certified by the Minister of Education, Culture, Sports, Science and Technology (MEXT) conducts the evaluation process, comprehensively assessing the level of education, and other areas. Since its establishment in 1947, the Japan University Accreditation Association (JUAA) has played a significant role in assuring the quality of higher education. On August 31, 2004, the JUAA was authorized by the Minister of MEXT as the first Certified Evaluation and Accreditation Agency for universities. Authorization for its Certified Evaluation and Accreditation later expanded to several other fields. The JUAA currently performs Certified Evaluation and Accreditation in 8 fields (university, junior college, law school, professional graduate business school, professional graduate public policy school, professional graduate school of public health, professional graduate school of intellectual property studies, and professional graduate school of global communications) and the accreditation for school of veterinary medicine. JUAA has just finalized the results of accreditations for FY 2016 as follows. FY 2016 University Accreditation (Certified Evaluation and Accreditation for University) Results On accepting applications for University Accreditation from 56 universities, the JUAA has undertaken the evaluative process. The evaluation including document-analysis and site-visit has been conducted by the University Accreditation Committee with subcommittees. -
Map of Areas with Risk of Flooding Due to Overflow of the Shibuya
Map of Areas With Risk of Flooding Due to Overflow of the Shibuya, Furukawa Rivers of the Furukawa River System and Meguro River of Meguro River System and Nomikawa River of Nomikawa River System (building collapse due to bank erosion) 1. About this map 2. Basic information Location map (1) This map shows the areas where there may be flooding powerful enough to (1) Map created by the Tokyo Metropolitan Government collapse buildings for sections subject to flood warnings of the Shibuya, (2) Risk areas designated on June 27, 2019 Furukawa Rivers of the Furukawa River System and Meguro River of Meguro River System and those subject to water-level notification of the (3) River subject to flood warnings covered by this map Nomikawa River of Nomikawa River System. Shibuya, Furukawa Rivers of the Furukawa River System (The flood warning section is shown in the table below.) (2) This river flood risk map shows estimated width of bank erosion along the Meguro River of Meguro River System Shibuya, Furukawa rivers of the Furukawa River System and Meguro River of (The flood warning section is shown in the table below.) Meguro River System and Nomikawa River of Nomikawa River System resulting from the maximum assumed rainfall. The simulation is based on the (4) Rivers subject to water-level notification covered by this map Sumida River situation of the river channels and flood control facilities as of the Nomikawa River of Nomikawa River System time of the map's publication. (The water-level notification section is shown in the table below.) (3) This river flood risk map (building collapse due to bank erosion) roughly indicates the areas where buildings could collapse or be washed away when (5) Assumed rainfall the banks of the Shibuya, Furukawa Rivers of the Furukawa River System and Up to 153mm per hour and 690mm in 24 hours in the Shibuya, Meguro River of Meguro River System and Nomikawa River of Nomikawa River Furukawa, Meguro, Nomikawa Rivers basin Shibuya River,Furukawa River System are eroded. -
Method of Gravitational Wave Search Based on Adaptive Time-Frequency
Impact Objectives • Develop novel signal-processing algorithms that use the synergy between machine learning/artificial intelligence and high-performance computing • Propose a new model for high-quality denoising with the ensemble learning technique Making waves in astrophysics Professor Hirotaka Takahashi is striving to play a key role in the quest to understand gravitational waves and multi-messenger astronomy and astrophysics Could you explain gravitational wave data analysis: the depth and machine learning can affect a wide area a little about and speed of gravitational wave searches beyond the gravitational wave data analysis. gravitational waves? are insufficient, so we need to develop algorithms that significantly increase their Could you describe your work on noise Recent detections/ speed and efficiency. It is critical to accelerate reduction in the context of machine learning? observations the development of novel signal-processing of gravitational algorithms that use the synergy between One of the representative methods of noise waves reported by the Laser Interferometer machine learning/artificial intelligence and reduction based on machine learning is a Gravitational-Wave Observatory (LIGO) and high-performance computing to maximise denoising autoencoder (DAE). The DAE Virgo collaborations have had a significant the potential for scientific discovery with is an extension of an autoencoder, which impact. Gravitational waves have been the gravitational wave and multi-messenger is a kind of a neural network (NN) used believed to be in existence since Hulse and astronomy and astrophysics. for dimensional reduction. The DAE is Taylor discovered the binary pulsar PSR B1913 constructed to output an original signal + 16 in 1974. The long-term radio observation Can you touch on some of the methods or when a superposition of the signal and of this system has shown that the observed tools you have been using in your research? noise is input. -
1 07 Turmoil at the End of the Edo Period and the Shinagawa Daiba Battery
1_07 Turmoil at the End of the Edo Period and the Shinagawa Daiba Battery Turmoil at the End of the Edo Period and the Shinagawa Daiba Battery Growing External Threats and the Arrival of Commodore Perry From the end of the 18th century, many foreign ships began passing through the waters of Japan. With a growing sense of alarm, the Edo shogunate increased its coastal vigil throughout Japan, but as the number of foreign ships continued to grow, many incidents began to occur. The arrival of the U.S. naval squadron led by Commodore Matthew C. Perry in June 1853 in Edo Bay, the shogun’s very own backyard, was a major incident that shook the Edo shogunate to its core. Construction of the Shinagawa Battery To strengthen the defenses of Edo Bay, the Edo shogunate set about building 11 marine batteries from Shinagawa to Fukagawa Suzaki (present-day Koto City, Tokyo). Egawa Tarozaemon Hidetatsu, the daikan administrator of Nirayama in the Izuno Province (present-day Izunokuni City, Shizuoka Prefecture), directed the construction of the batteries based on documents from Europe. Due to a number of factors, including financial difficulties, however, only six batteries in total were completed, the Number One to Three batteries, Five and Six, and the shore-side Gotenyama Battery. Foreign Embassies at Gotenyama In 1858, Japan concluded treaties with the five nations of the United States, Holland, Russia, Britain and France, and it was decided that Edo would host foreign ambassadors, which led to the construction of embassies. This triggered attacks on foreigners by samurai who held anti-foreigner sentiments. -
List of Facilities Visited in the Site Tour 0417
■List of facilities visited in the site tour 1. Twenty-one Municipal Waste Incineration Facilities / Clean Association of TOKYO 23 Incinerator type and additional facilities Name of Facility (“Incineration Plant” omitted) Chuo, Minato, Kita, Meguro, Ota, Chitose, Suginami, Eleven stoker-type facilities Hikarigaoka, Sumida, Shinkoto, Edogawa Two uidized bed-type facilities Shibuya, Toshima Four stoker-type facilities with ash-melting furnace Shinagawa, Itabashi, Adachi, Katsushika One rotary stoker-type facility with ash-melting furnace Tamagawa One gasication melting furnace with ash-melting furnace Setagaya One stoker-type facility with pneumatic collection system Ariake 2. Ash Recycling Facility (1) Eco-cement facility / Tokyo Tama Regional Association for Waste Management and Resource Recycling The eco-cement facility safely processes incineration ash to recycle it into a civil engineering material for eco-cement. (2) Seven ash-melting facilities, including the Chubo Ash-Melting Facility / Clean Association of TOKYO 23 These facilities melt incineration ash at a high temperature of at least 1,200°C to prevent heavy metals from eluting, to detoxify dioxins and for recycling it into slug, which is used as a material for civil engineering and construction work. 3. Final Disposal Sites (1) Central Breakwater Outer Landll Site and New Sea Surface Disposal Site / Tokyo Metropolitan Government (2) Hinode-machi and Futatsuzuka Final Disposal Site / Tokyo Tama Regional Association for Waste Management and Resource Recycling 4. Recycling Facilities Tokyo Super Eco Town Facilities The Tokyo Metropolitan Government (TMG) implements the Tokyo Super Eco-Town Project according to which waste treatment and recycling facilities were constructed on TMG-owned sites in the coastal area of Tokyo for the purpose of solving waste issues in the capital region, attracting new environmental businesses to the sites, and accelerating construction of a sound material-cycle society. -
Pecial Economic Zones of Metropolitan Tokyo Sby National Strategic Special Zone Team, Office of the Governor for Policy Planning, Tokyo Metropolitan Government
COVER STORY • “Amazing Tokyo” — Beyond 2020 • 2 pecial Economic Zones of Metropolitan Tokyo SBy National Strategic Special Zone Team, Office of the Governor for Policy Planning, Tokyo Metropolitan Government What Are the Special Economic Zones designated as the Tokyo Area National Strategic Special Zone by the of Metropolitan Tokyo? national government in May 2014 (Map). The zonal policy of the Tokyo Area National Strategic Special Zone Currently, there are two types of Special Economic Zones that the states that, “with the hosting of the Tokyo 2020 Olympic and Tokyo Metropolitan Government is working on. Paralympic Games, the Special Zones aim to attract capital, human The first is the Special Zone for Asian Headquarters which resources and companies to formulate an international business hub, received designation by the national government as one of the and also create new and internationally competitive businesses in Comprehensive Special Zones for International Competitiveness. such fields as drug development, through start-up companies and Amongst the many cities in Asia, Tokyo stands out as having rich innovation.” With this zonal policy in mind, the Tokyo Metropolitan resource potential in business, society, and culture. But the number Government is working to make Tokyo an open and global business of foreign companies has been sharply decreasing from its peak in city. 2005, and the Global Power City Index is showing that the gap between Tokyo and its rival foreign cities has been shrinking. Under Concrete Measures & Merits such circumstances, the Tokyo Metropolitan Government believes of Special Economic Zones that bringing foreign human resources, information, and capital to Tokyo, and hence providing for economic development, will be The Special Zone for Asian Headquarters provides merits such as pivotal for Japan’s revitalization. -
Workshop Program
Session Schedule Kaiulani I Kaiulani II Kaiulani III March 5, Bio-Signal Processing 1 Wireless Communications Power and Energy Systems 09:00–10:30 5AM1-1: Page 2 5AM1-2: Page 2 5AM1-3: Page 3 March 5, Watermarking Estimation 1 Detection 10:50–12:02 5AM2-1: Page 4 5AM2-2: Page 4 5AM2-3: Page 5 Image Processing and Wireless Communications Nonlinear Circuits and March 5, Recognition 1 and Cognitive Radio Systems 13:20–15:08 5PM1-1: Page 5 5PM1-2: Page 6 5PM1-3: Page 6 Speech Processing, Synthesis Learning Systems and Computer Vision March 5, and Recognition 1 Evolutionary Computations 5PM2-2: Page 8 15:30–17:36 5PM2-1: Page 7 5PM2-3: Page 8 [Special Session] Industrial March 6, Estimation 2 Control and Fuzzy Systems Applications 09:00–10:30 6AM1-2: Page 10 6AM1-3: Page 10 6AM1-1: Page 9 [Special Session] Networking Optical Communications Circuit Design and Analysis 1 March 6, and Computing Technologies 6AM2-2: Page 11 6AM2-3: Page 12 10:50–12:02 6AM2-1: Page 11 Speech Processing, Synthesis Intelligent Transport Systems Optimization March 6, and Recognition 2 and Sensor Networks 6PM1-2: Page 13 13:20–15:08 6PM1-1: Page 12 6PM1-3: Page 14 Image Processing and Information Security Bifurcation and Chaos 1 March 6, Recognition 2 6PM2-2: Page 15 6PM2-3: Page 16 15:30–17:36 6PM2-1: Page 14 March 7, Bio-Signal Processing 2 Ad-hoc Network Bifurcation and Chaos 2 09:00–10:30 7AM1-1: Page 16 7AM1-2: Page 17 7AM1-3: Page 18 Adaptive Systems and Filters and Oscillation Estimation 3 March 7, Modeling 7AM2-1: Page 18 7AM2-2: Page 19 10:50–12:02 7AM2-3: Page 19 Image Processing and Error Control Coding Circuit Design and Analysis 2 March 7, Recognition 3 7PM1-2: Page 20 7PM1-3: Page 21 13:20–15:08 7PM1-1: Page 20 Speech Processing, Synthesis Neural and Bio-Inspired Complex Networks and March 7, and Recognition 3 Networks Systems 15:30–17:18 7PM2-1: Page 22 7PM2-2: Page 22 7PM2-3: Page 23 1 5AM1-1: Bio-Signal Processing 1 Date: March 5, 9:00–10:30 Room: Kaiulani I Chair: Prof.