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Oshiage Yoshikatsu URL
Sumida ☎ 03-3829-6468 Oshiage Yoshikatsu URL http://www.hotpepper.jp/strJ000104266/ 5-10-2 Narihira, Sumida-ku 12 Mon.- Sun. 9 3 6 and Holidays 17:00 – 24:00 (Closing time: 22:30) Lunch only on Sundays and Holidays 11:30 – 14:00 (Open for dinner on Sundays and Holidays by reservation only) Irregular 4 min. walk from Oshiage Station Exit B1 on each line Signature menu とうきょう "Tsubaki," a snack set brimming Green Monjayaki (Ashitabaスカイツリー駅 Monja served with baguettes) with Tokyo ingredients OshiageOshiage Available Year-round Available Year-round Edo Tokyo vegetables, Tokyo milk, fi shes Yanagikubo wheat (Higashikurume), fl our (Ome), cabbages Ingredients Ingredients 北十間川 from Tokyo Islands, Sakura eggs, soybeans (produced in Tokyo), Ashitaba (from Tokyo Islands), ★ used used (from Hinode and Ome), TOKYO X Pork TOKYO X Pork sausage, Oshima butter (Izu Oshima Island) *Regarding seasoning, we use Tokyo produced seasonings in general, including Hingya salt. Tokyo Shamo Chicken Restaurant Sumida ☎ 03-6658-8208 Nezu Torihana〈Ryogoku Edo NOREN〉 URL http://www.tokyoshamo.com/ 1-3-20 Yokoami, Sumida-ku 12 9 3 6 Lunch 11:00 – 14:00 Dinner 17:00 – 21:30 Mondays (Tuesday if Monday is a holiday) Edo NOREN can be accessed directly via JR Ryogoku Station West Exit. Signature menu Tokyo Shamo Chicken Tokyo Shamo Chicken Course Meal Oyakodon Available Year-round Available Year-round ★ Ingredients Ingredients Tokyo Shamo Chicken Tokyo Shamo Chicken RyogokuRyogoku used used *Business hours and days when restaurants are closed may change. Please check the latest information on the store’s website, etc. 30 ☎ 03-3637-1533 Koto Kameido Masumoto Honten URL https://masumoto.co.jp/ 4-18-9 Kameido, Koto-ku 12 9 3 6 Mon-Fri 11:30 – 14:30/17:00 – 21:00 Weekends and Holidays 11:00 – 14:30/17:00 – 21:00 * Last Call: 19:30 Lunch last order: 14:00 Mondays or Tuesdays if a national holiday falls on Monday. -
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. -
Tokyo Skytree
ENGLISH 英語 Let’s collect! TOKYO SKYTREE Tembo Galleria (Floor 445, 450) Visit Commemoration Stamp Tembo Galleria Floor 445-450 A sloped 110-meter “air walk” The height of TOKYO SKYTREE is★★★m from Floor 445 up to Floor 450. With audio eects that The tallest tower in the world, SKYTREE! How many meters high is it? change with the season and Let’s start to our journey and nd out the hidden answer with weather. Sorakara-chan and other ocial characters of TOKYO SKYTREE! e Tembo Ga ytre lleri Sk a yo Sorakara Point Commemorative Photography (Floor 445) ok TOKYO SKYTREE T “Sorakara-chan”, descended from the sky The highest point at 451.2 meters above the Memorial photo at the highest point of ① Traditional Techniques and ground. Visitors can enjoy seasonal limited the TOKYO SKYTREE! out of curiosity to TOKYO SKYTREE. events or other services. Opening hours 8:00-21:30 “Teppenpen”, a girl who has a weakness Forefront Technologies from Japan for fads and fashions. Floor 450 “Sukoburuburu”, an old dog bred in shitamachi, the Tokyo traditional town SKYTREE TERRACE TOURS (Outdoor guided tour) area. Three of them are looking forward to meeting visitors from all over the world here at SKYTREE! In addition to Tembo Deck and Tembo Galleria, a special new oor has been revealed. Enjoy the kyo Skytree T panoramic view seen To emb TOKYO SKYTREE Tembo Deck (Floor 350, 345, 340) ② o D through the SKYTREE’s Tembo Shuttle ec Floor 155 dynamic steel frameworks. (See-through elevator) k Feel the open-air breeze, SKYTREE® Post Floor 345 light and sounds of Tokyo. -
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. -
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. -
Katsushika Hokusai Born in 1760 and Died in 1849 in Edo, Japan
1 Excerpted from Kathleen Krull, Lives of the Artists, 1995, 32 – 35. OLD MAN MAD ABOUT DRAWING KATSUSHIKA HOKUSAI BORN IN 1760 AND DIED IN 1849 IN EDO, JAPAN Japanese painter and printmaker, known for his enormous influence on both Eastern and Western art THE MAN HISTORY knows as Katsushika Hokusai was born in the Year of the Dragon in the bustling city now known as Tokyo. After working for eight stormy years in the studio of a popular artist who resented the boy's greater skill, Hokusai was finally thrown out. At first he earned his daily bowl of rice as a street peddler, selling red peppers and ducking if he saw his old teacher coming. Soon he was illustrating comic books, then turning out banners, made-to-order greeting cards for the rich, artwork for novels full of murders and ghosts, and drawings of scenes throughout his beloved Edo. Changing one's name was a Japanese custom, but Hokusai carried it to an extreme—he changed his more than thirty times. No one knows why. Perhaps he craved variety, or was self-centered (thinking that every change in his art style required a new identity), or merely liked being eccentric. One name he kept longer than most was Hokusai, meaning "Star of the Northern Constellation," in honor of a Buddhist god he especially revered. He did like variety in dwellings. Notorious for never cleaning his studio, he took the easy way out whenever the place became too disgustingly dirty: he moved. Hokusai moved a total of ninety-three times—putting a burden on his family and creating a new set of neighbors for himself at least once a year. -
Sudden Sensorineural Hearing Loss in Patients with Vestibular Schwannoma
www.nature.com/scientificreports OPEN Sudden sensorineural hearing loss in patients with vestibular schwannoma Koichiro Wasano1,2*, Naoki Oishi3*, Masaru Noguchi4, Ko Hentona2, Seiichi Shinden5, Tsubasa Kitama5, Nobuyoshi Tsuzuki3,6, Taiji Kawasaki7, Yoshihiko Hiraga7, Yasuhiko Takei8 & Kaoru Ogawa3 Clinical features of sudden sensorineural hearing loss (SSNHL) associated with vestibular schwannoma (VS) are not fully understood. Determining a treatment plan and explaining it to patients requires clinicians to clearly understand the clinical features related to the tumor, including SSNHL. To identify the full range of clinical features of VS-associated SSNHL, especially recovery of hearing following multiple episodes of SSNHL and what factors predict recovery and recurrence. A multicenter retrospective chart review was conducted in seven tertiary care hospitals between April 1, 2011, and March 31, 2020. We collected and analyzed dose of administered steroid, pure-tone audiometry results, and brain MRIs of patients diagnosed with VS-associated SSNHL. Seventy-seven patients were included. They experienced 109 episodes of audiogram-confrmed SSNHL. The highest proportion of complete recoveries occurred in patients with U-shaped audiograms. The recovery rates for the frst, second, and third and subsequent episodes of SSNHL were 53.5%, 28.0%, and 9.1%, respectively. Recovery rate decreased signifcantly with increasing number of SSNHL episodes (P =0 .0011; Cochran- Armitage test). After the frst episode of SSNHL, the recurrence-free rate was 69.9% over 1 year and 57.7% over 2 years; the median recurrence time was 32 months. Logarithmic approximation revealed that there is a 25% probability that SSNHL would recur within a year. SSNHL in patients with VS is likely to recur within one year in 25% of cases. -
Relation Between the Tokyo Olympics and Real Estate Industry
Relation Between the Tokyo Olympics and Real Estate Industry Report 2015 On the Occasion of Publication Hiromasa Nakamura Director General All Japan Real Estate Association, Tokyo Head Office Real Estate Guarantee Association, Tokyo Head Office In September 2013, Tokyo was selected as the host city for the 2020 Olympic and Paralympic Games (hereinafter referred to as the Olympics) at the meeting of the International Olympic Committee. It is still fresh in our memories that not only the citizens of Tokyo but also people throughout Japan were thrilled with joy. The All Japan Real Estate Association, Tokyo head office, has been making survey studies related to condominium policy, regional disaster prevention, and city planning, as well as proposals based on such studies through the research institute it established, Zennichi Tokyo Academy, headed by Professor Yasushi Aoyama of Meiji University Graduate School and the former vice governor of the Tokyo metropolitan government. The Zennichi Tokyo Academy has been studying the topic of the relation between the Tokyo Olympics and the real estate industry over two years since the decision came that the Olympics will be held in Tokyo. While it is expected that there will be even more real estate transactions by foreigners ahead of the Olympics, on the other hand, we are seeing more and more vacant dwellings due to the declining birthrate and depopulation and this is becoming a social problem. At the Zennichi Tokyo Academy, discussions have been advanced under the recognition that in addition to making Tokyo a city that will prosper in terms of business, it is important to maintain and expand Tokyo as a city that is safe, secure, and easy to live in even as it internationalizes. -
Deep Two-Way Matrix Reordering for Relational Data Analysis
Deep Two-Way Matrix Reordering for Relational Data Analysis Chihiro Watanabe∗1 and Taiji Suzuki†1,2 1Graduate School of Information Science Technology, The University of Tokyo, Tokyo, Japan 2Center for Advanced Intelligence Project (AIP), RIKEN, Tokyo, Japan Abstract Matrix reordering is a task to permute the rows and columns of a given observed matrix such that the resulting reordered matrix shows meaningful or interpretable structural patterns. Most existing matrix reordering techniques share the common processes of extracting some feature representations from an observed matrix in a predefined manner, and applying matrix reordering based on it. However, in some practical cases, we do not always have prior knowledge about the structural pattern of an observed matrix. To address this problem, we propose a new matrix reordering method, called deep two-way matrix reordering (DeepTMR), using a neural network model. The trained network can automatically extract nonlinear row/column features from an observed matrix, which can then be used for matrix reordering. Moreover, the proposed DeepTMR provides the denoised mean matrix of a given observed matrix as an output of the trained network. This denoised mean matrix can be used to visualize the global structure of the reordered observed matrix. We demonstrate the effectiveness of the proposed DeepTMR by applying it to both synthetic and practical datasets. Keywords: matrix reordering, relational data analysis, neural network, visualization 1 Introduction Matrix reordering or seriation is a task to permute the rows and columns of a given observed ma- trix such that the resulting matrix shows meaningful or interpretable structural patterns [4, 22]. Such reordering-based matrix visualization techniques provide an overview of the various practical data ma- trices, including gene expression data [8, 12], document-term relationship data [5], and archaeological data [18] (e.g., the relationships between tombs and objects in Egypt [26]). -
Sumida Walking SUMIDA CITY Map 2018 Edition
Discovery on foot! The charm of Sumida TSUNAGARU Sumida Walking SUMIDA CITY Map 2018 Edition SUMIDA CITY How to Read the Map Walking Short Memo Edited by: Renaissance Inc. Walking Course ■ Greet Others Bathroom Let’s make sure to greet each other when passing by others, when taking short breaks, etc. Greetings have garnered AED attention for their effectiveness in improving security at the local Museum/Gallery level. ■ Be sure to stay hydrated Food Spot Liquids are necessary because your body sweats to regulate Vegetable-related its temperature as you exercise. As you walk, frequently take in Healthy Spot (spot ) liquids in 15-20 minute intervals, even before you get thirsty. Power Spot (spot flowing with mystical power) *Water, barley tea, and sports drinks are recommended. Look around Exercise Spot ■ Broaden your field of view and also be careful of differences Spot Offering a View under your feet and so on. Also, when people grow tired, they tend to face downwards. Pay careful attention to traffic lights, Flower Viewing Spot and walk sidewalks giving plenty of care to cars and bicycles. ※Each course lists the duration, distance, number of steps, and calories burned. Calculations are based on the following. ※If you have a medical Stride: 70 cm; Speed: 4 km/h; Calories burned: 10 min. of walking = 30 kcal for a 60 kg male condition, please consult Durations and so on are only estimates. They may differ depending on individual differences and traffic your family doctor before conditions. you begin. ※Facilities and shops listed on each course may not be available depending on the period and time frame. -
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.