China Railway Signal & Communication Corporation
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Ambitious Roadmap for City's South
4 nation MONDAY, MARCH 11, 2013 CHINA DAILY PLAN FOR BEIJING’S SOUTHERN AREA SOUND BITES I lived with my grandma during my childhood in an old community in the former Xuanwu district. When I was a kid we used to buy hun- dreds of coal briquettes to heat the room in the winter. In addition to the inconvenience of carry- ing those briquettes in the freezing winter, the rooms were sometimes choked with smoke when we lit the stove. In 2010, the government replaced the traditional coal-burning stoves with electric radiators in the community where grand- ma has spent most of her life. We also receive a JIAO HONGTAO / FOR CHINA DAILY A bullet train passes on the Yongding River Railway Bridge, which goes across Beijing’s Shijingshan, Fengtai and Fangshan districts and Zhuozhou in Hebei province. special price for electricity — half price in the morn- ing. Th is makes the cost of heating in the winter Ambitious roadmap for city’s south even less. Liang Wenchao, 30, a Beijing resident who works in the media industry Three-year plan has turned area structed in the past three years. In addition to the subway, six SOUTH BEIJING into a thriving commercial hub roads, spanning 167 km, are I love camping, especially also being built to connect the First phase of “South Beijing Three-year Plan” (2010-12) in summer and autumn. By ZHENG XIN product of the Fengtai, Daxing southern area with downtown, The “New South Beijing Three-year Plan” (2013-15) [email protected] We usually drive through and Fangshan districts is only including Jingliang Road and Achievements of the Plan for the next three 15 percent of the city’s total. -
Taking a Safe Train Ride Home
TCT, Chengdu Metro Line 3 Taking a Safe Train Ride Home Riding on Chengdu Metro Line 3, you can reach various historic sites that are more than one thousand years old. The metro line's mission is to provide convenience for sightseeing and mitigate urban traffic issues. Apart from providing optimized transportation to Chengdu's residents and visitors, Chengdu Metro Line 3 also drives the market expansion of TCT's independently developed communications- based train control (CBTC) technology. AT A GLANCE BUSINESS CHALLENGE SOLUTION RESULT AT A GLANCE CBTC Becomes the Mainstream Technology “With metros taking the lead in adopting the CBTC system, Traffic Control Technology (TCT) is the first and the only high-tech company in China that has independently I believe in the future, high- developed the CBTC signaling system technology. Until recently, all TCT's projects had been limited to Beijing. Now, Chengdu Metro Line 3 has become the first metro line outside Beijing to have adopted TCT's CBTC speed trains, freight trains, technology. For TCT, this is big milestone as their domestic CBTC technology enjoys wider national attention. and other trains will also apply For passengers, the shift from a traditional control system to CBTC means shorter departure intervals between this system.” trains. With the traditional system, only one train at a time could enter a tunnel between stations, but now several trains can run at the same time in a tunnel with a safe distance between them. In terms of the huge traffic congestion, shorter departure intervals significantly increase the transport capacity of metro lines. -
The Operator's Story Case Study: Guangzhou's Story
Railway and Transport Strategy Centre The Operator’s Story Case Study: Guangzhou’s Story © World Bank / Imperial College London Property of the World Bank and the RTSC at Imperial College London Community of Metros CoMET The Operator’s Story: Notes from Guangzhou Case Study Interviews February 2017 Purpose The purpose of this document is to provide a permanent record for the researchers of what was said by people interviewed for ‘The Operator’s Story’ in Guangzhou, China. These notes are based upon 3 meetings on the 11th March 2016. This document will ultimately form an appendix to the final report for ‘The Operator’s Story’ piece. Although the findings have been arranged and structured by Imperial College London, they remain a collation of thoughts and statements from interviewees, and continue to be the opinions of those interviewed, rather than of Imperial College London. Prefacing the notes is a summary of Imperial College’s key findings based on comments made, which will be drawn out further in the final report for ‘The Operator’s Story’. Method This content is a collation in note form of views expressed in the interviews that were conducted for this study. This mini case study does not attempt to provide a comprehensive picture of Guangzhou Metropolitan Corporation (GMC), but rather focuses on specific topics of interest to The Operators’ Story project. The research team thank GMC and its staff for their kind participation in this project. Comments are not attributed to specific individuals, as agreed with the interviewees and GMC. List of interviewees Meetings include the following GMC members: Mr. -
Risk Factors for Carbapenem-Resistant Pseudomonas Aeruginosa, Zhejiang Province, China
Article DOI: https://doi.org/10.3201/eid2510.181699 Risk Factors for Carbapenem-Resistant Pseudomonas aeruginosa, Zhejiang Province, China Appendix Appendix Table. Surveillance for carbapenem-resistant Pseudomonas aeruginosa in hospitals, Zhejiang Province, China, 2015– 2017* Years Hospitals by city Level† Strain identification method‡ excluded§ Hangzhou First 17 People's Liberation Army Hospital 3A VITEK 2 Compact Hangzhou Red Cross Hospital 3A VITEK 2 Compact Hangzhou First People’s Hospital 3A MALDI-TOF MS Hangzhou Children's Hospital 3A VITEK 2 Compact Hangzhou Hospital of Chinese Traditional Hospital 3A Phoenix 100, VITEK 2 Compact Hangzhou Cancer Hospital 3A VITEK 2 Compact Xixi Hospital of Hangzhou 3A VITEK 2 Compact Sir Run Run Shaw Hospital, School of Medicine, Zhejiang University 3A MALDI-TOF MS The Children's Hospital of Zhejiang University School of Medicine 3A MALDI-TOF MS Women's Hospital, School of Medicine, Zhejiang University 3A VITEK 2 Compact The First Affiliated Hospital of Medical School of Zhejiang University 3A MALDI-TOF MS The Second Affiliated Hospital of Zhejiang University School of 3A MALDI-TOF MS Medicine Hangzhou Second People’s Hospital 3A MALDI-TOF MS Zhejiang People's Armed Police Corps Hospital, Hangzhou 3A Phoenix 100 Xinhua Hospital of Zhejiang Province 3A VITEK 2 Compact Zhejiang Provincial People's Hospital 3A MALDI-TOF MS Zhejiang Provincial Hospital of Traditional Chinese Medicine 3A MALDI-TOF MS Tongde Hospital of Zhejiang Province 3A VITEK 2 Compact Zhejiang Hospital 3A MALDI-TOF MS Zhejiang Cancer -
A Model Layout Region Optimization for Feeder Buses of Rail Transit
Available online at www.sciencedirect.com Procedia - Social and Behavioral Sciences 43 ( 2012 ) 773 – 780 8th International Conference on Traffic and Transportation Studies Changsha, China, August 1–3, 2012 A Model Layout Region Optimization for Feeder Buses of Rail Transit Yucong Hua, Qi Zhanga, Weiping Wangb,* a School of Civil Engineering and Transportation, South China University of Technology, Guangzhou 510640, China b Dongguan Geographic Information & Urban Planning Research Center, Dongguan 523129, China Abstract This paper analyses the characteristics of urban rail transit and conventional buses and then expands on the necessity of combining them. Based on previous studies, a method of laying region and route of urban rail transit feeder buses is proposed. According to the definition of marginal trip distance which is the boundary of choosing a direct bus or rail-feeder bus (transfer is considered here) to destination, the influence of service level on passenger’s choosing behavior is combined with the generalized trip cost in the indirect gravitation-regions of urban rail transit. On this basis, a model for layout region of feeder buses is constructed and an algorithm is proposed. Finally, a numerical example of the joining routine layout between urban rail transit and conventional buses in Baiyun District, Guangzhou City, China is presented to evaluate the model. The result shows that the model with high accuracy is easy to apply, and is the important basis for laying design of feeder buses. © 20122012 PublishedPublished by by Elsevier Elsevier B.V. Ltd. Selection Selection and/or and peerpeer-review review under unde rresponsibility responsibility of ofBeijing Beijing Jiaotong Jiaotong University [BJU],(BJU) andSystems Systems Engineering Engineering Society Society of China of China (SESC) (SESC). -
Successful Expansion of the Intelligent Business Of
SUCCESSFUL EXPANSION OF A CONTRACT IN RESPECT OFTHE INTELLIGENT BUSINESS OF CHANGCHUN RAIL TRANSIT 29 February 2016 Press Release SUCCESSFUL EXPANSION OF THE INTELLIGENT BUSINESS OF CHANGCHUN RAIL TRANSIT (29 February 2016, Hong Kong) Technovator International Ltd. (“Technovator” or “the Group”, HKEx: 1206) is pleased to announce that the Group has recently successfully entered into a contract regarding the “construction of Integrated Supervision and Control System for Changchun rail transit line 1 Phase 1” (the “Changchun Project”). The Changchun rail transit line 1, with a total rail length of 40.65km. Pursuant to the Changchun Project, the Group will be responsible for overall integration of intelligent rail transit system such as systems design, software and hardware equipment, development and manufacturing, procurement, product supply, installation and commissioning, consisting of Integrated Supervision and Control System (ISCS), Building Automation System (BAS), and Access System, with the implementation of the Group’s proprietary ISCS platform. The contract value amounts to approximately RMB98.72 million and Changchun Project is scheduled for completion by the end of 2016. The Group’s overall competencies in the field of the Intelligent Rail Transit Business have been underscored by winning of the Changchun Project, which enabling the Group to pursue a sweeping business presence in Northeast China and facilitating its sustainable development in Changchun. There has been a very strong demand for safe and efficient forms of transportation attendant on the sizzling growth of the urban rail transit in recent years. As a leading integrated energy saving services provider, Technovator is engaged to propel the application of intelligent rail transit, and provide specialized solutions with focus on the variations in regional climate, customer demand and post-operation management. -
Reliability Optimization of a Railway Network
sustainability Article Reliability Optimization of a Railway Network Xuelei Meng 1,2,*, Yahui Wang 3, Limin Jia 2 and Lei Li 4 1 School of Traffic and Transportation, Lanzhou Jiaotong University, Lanzhou 730070, Gansu, China 2 State Key Laboratory of Rail Traffic Control and Safety, Beijing Jiaotong University, Beijing 100044, China; [email protected] 3 School of Foreign Languages, Lanzhou Jiaotong University, Lanzhou 730070, Gansu, China; [email protected] 4 Key Laboratory of Urban Rail Transit Intelligent Operation and Maintenance Technology & Equipment of Zhejiang Province, Zhejiang Normal University, Jinhua 321004, Zhejiang, China; [email protected] * Correspondence: [email protected] Received: 7 October 2020; Accepted: 14 November 2020; Published: 24 November 2020 Abstract: With the increase of the railway operating mileage, the railway network is becoming more and more complicated. We expect to build more railway lines to offer the possibility to offer more high quality service for the passengers, while the investment is often limited. Therefore, it is very important to decide the pairs of cities to add new railway lines under the condition of limited construction investment in order to optimize the railway line network to maximize the reliability of the railway network to deal with the railway passenger transport task under emergency conditions. In this paper, we firstly define the reliability of the railway networks based on probability theory by analyzing three minor cases. Then we construct a reliability optimization model for the railway network to solve the problem, expecting to enhance the railway network with the limited investment. The goal is to make an optimal decision when choosing where to add new railway lines to maximize the reliability of the whole railway network, taking the construction investment as the main constraint, which is turned to the building mileage limit. -
Jiangsu(PDF/288KB)
Mizuho Bank China Business Promotion Division Jiangsu Province Overview Abbreviated Name Su Provincial Capital Nanjing Administrative 13 cities and 45 counties Divisions Secretary of the Luo Zhijun; Provincial Party Li Xueyong Committee; Mayor 2 Size 102,600 km Shandong Annual Mean 16.2°C Jiangsu Temperature Anhui Shanghai Annual Precipitation 861.9 mm Zhejiang Official Government www.jiangsu.gov.cn URL Note: Personnel information as of September 2014 [Economic Scale] Unit 2012 2013 National Share (%) Ranking Gross Domestic Product (GDP) 100 Million RMB 54,058 59,162 2 10.4 Per Capita GDP RMB 68,347 74,607 4 - Value-added Industrial Output (enterprises above a designated 100 Million RMB N.A. N.A. N.A. N.A. size) Agriculture, Forestry and Fishery 100 Million RMB 5,809 6,158 3 6.3 Output Total Investment in Fixed Assets 100 Million RMB 30,854 36,373 2 8.2 Fiscal Revenue 100 Million RMB 5,861 6,568 2 5.1 Fiscal Expenditure 100 Million RMB 7,028 7,798 2 5.6 Total Retail Sales of Consumer 100 Million RMB 18,331 20,797 3 8.7 Goods Foreign Currency Revenue from Million USD 6,300 2,380 10 4.6 Inbound Tourism Export Value Million USD 328,524 328,857 2 14.9 Import Value Million USD 219,438 221,987 4 11.4 Export Surplus Million USD 109,086 106,870 3 16.3 Total Import and Export Value Million USD 547,961 550,844 2 13.2 Foreign Direct Investment No. of contracts 4,156 3,453 N.A. -
Beijing Subway Map
Beijing Subway Map Ming Tombs North Changping Line Changping Xishankou 十三陵景区 昌平西山口 Changping Beishaowa 昌平 北邵洼 Changping Dongguan 昌平东关 Nanshao南邵 Daoxianghulu Yongfeng Shahe University Park Line 5 稻香湖路 永丰 沙河高教园 Bei'anhe Tiantongyuan North Nanfaxin Shimen Shunyi Line 16 北安河 Tundian Shahe沙河 天通苑北 南法信 石门 顺义 Wenyanglu Yongfeng South Fengbo 温阳路 屯佃 俸伯 Line 15 永丰南 Gonghuacheng Line 8 巩华城 Houshayu后沙峪 Xibeiwang西北旺 Yuzhilu Pingxifu Tiantongyuan 育知路 平西府 天通苑 Zhuxinzhuang Hualikan花梨坎 马连洼 朱辛庄 Malianwa Huilongguan Dongdajie Tiantongyuan South Life Science Park 回龙观东大街 China International Exhibition Center Huilongguan 天通苑南 Nongda'nanlu农大南路 生命科学园 Longze Line 13 Line 14 国展 龙泽 回龙观 Lishuiqiao Sunhe Huoying霍营 立水桥 Shan’gezhuang Terminal 2 Terminal 3 Xi’erqi西二旗 善各庄 孙河 T2航站楼 T3航站楼 Anheqiao North Line 4 Yuxin育新 Lishuiqiao South 安河桥北 Qinghe 立水桥南 Maquanying Beigongmen Yuanmingyuan Park Beiyuan Xiyuan 清河 Xixiaokou西小口 Beiyuanlu North 马泉营 北宫门 西苑 圆明园 South Gate of 北苑 Laiguangying来广营 Zhiwuyuan Shangdi Yongtaizhuang永泰庄 Forest Park 北苑路北 Cuigezhuang 植物园 上地 Lincuiqiao林萃桥 森林公园南门 Datunlu East Xiangshan East Gate of Peking University Qinghuadongluxikou Wangjing West Donghuqu东湖渠 崔各庄 香山 北京大学东门 清华东路西口 Anlilu安立路 大屯路东 Chapeng 望京西 Wan’an 茶棚 Western Suburban Line 万安 Zhongguancun Wudaokou Liudaokou Beishatan Olympic Green Guanzhuang Wangjing Wangjing East 中关村 五道口 六道口 北沙滩 奥林匹克公园 关庄 望京 望京东 Yiheyuanximen Line 15 Huixinxijie Beikou Olympic Sports Center 惠新西街北口 Futong阜通 颐和园西门 Haidian Huangzhuang Zhichunlu 奥体中心 Huixinxijie Nankou Shaoyaoju 海淀黄庄 知春路 惠新西街南口 芍药居 Beitucheng Wangjing South望京南 北土城 -
8Th Metro World Summit 201317-18 April
30th Nov.Register to save before 8th Metro World $800 17-18 April Summit 2013 Shanghai, China Learning What Are The Series Speaker Operators Thinking About? Faculty Asia’s Premier Urban Rail Transit Conference, 8 Years Proven Track He Huawu Chief Engineer Record: A Comprehensive Understanding of the Planning, Ministry of Railways, PRC Operation and Construction of the Major Metro Projects. Li Guoyong Deputy Director-general of Conference Highlights: Department of Basic Industries National Development and + + + Reform Commission, PRC 15 30 50 Yu Guangyao Metro operators Industry speakers Networking hours President Shanghai Shentong Metro Corporation Ltd + ++ Zhang Shuren General Manager 80 100 One-on-One 300 Beijing Subway Corporation Metro projects meetings CXOs Zhang Xingyan Chairman Tianjin Metro Group Co., Ltd Tan Jibin Chairman Dalian Metro Pak Nin David Yam Head of International Business MTR C. C CHANG President Taoyuan Metro Corp. Sunder Jethwani Chief Executive Property Development Department, Delhi Metro Rail Corporation Ltd. Rachmadi Chief Engineering and Project Officer PT Mass Rapid Transit Jakarta Khoo Hean Siang Executive Vice President SMRT Train N. Sivasailam Managing Director Bangalore Metro Rail Corporation Ltd. Endorser Register Today! Contact us Via E: [email protected] T: +86 21 6840 7631 W: http://www.cdmc.org.cn/mws F: +86 21 6840 7633 8th Metro World Summit 2013 17-18 April | Shanghai, China China Urban Rail Plan 2012 Dear Colleagues, During the "12th Five-Year Plan" period (2011-2015), China's national railway operation of total mileage will increase from the current 91,000 km to 120,000 km. Among them, the domestic urban rail construction showing unprecedented hot situation, a new round of metro construction will gradually develop throughout the country. -
CRCT) First and Only China Shopping Mall S-REIT
CAPITARETAIL CHINA TRUST (CRCT) First and Only China Shopping Mall S-REIT Proposed Acquisition of Grand Canyon Mall (首地大峡谷) Proposed Acquisition15 ofJuly Grand Canyon 2013 Mall *15 July 2013* Disclaimer This presentation may contain forward-looking statements that involve assumptions, risks and uncertainties. Actual future performance, outcomes and results may differ materially from those expressed in forward-looking statements as a result of a number of risks, uncertainties and assumptions. Representative examples of these factors include (without limitation) general industry and economic conditions, interest rate trends, cost of capital and capital availability, competition from other developments or companies, shifts in expected levels of occupancy rate, property rental income, charge out collections, changes in operating expenses (including employee wages, benefits and training costs), governmental and public policy changes and the continued availability of financing in the amounts and the terms necessary to support future business. You are cautioned not to place undue reliance on these forward-looking statements, which are based on the current view of management on future events. The information contained in this presentation has not been independently verified. No representation or warranty expressed or implied is made as to, and no reliance should be placed on, the fairness, accuracy, completeness or correctness of the information or opinions contained in this presentation. Neither CapitaRetail China Trust Management Limited (the “Manager”) or any of its affiliates, advisers or representatives shall have any liability whatsoever (in negligence or otherwise) for any loss howsoever arising, whether directly or indirectly, from any use, reliance or distribution of this presentation or its contents or otherwise arising in connection with this presentation. -
Insar Reveals Land Deformation at Guangzhou and Foshan, China Between 2011 and 2017 with COSMO-Skymed Data
remote sensing Article InSAR Reveals Land Deformation at Guangzhou and Foshan, China between 2011 and 2017 with COSMO-SkyMed Data Alex Hay-Man Ng 1,2 ID , Hua Wang 1,*, Yiwei Dai 1, Carolina Pagli 3, Wenbin Chen 1, Linlin Ge 2, Zheyuan Du 2 and Kui Zhang 4 1 Department of Surveying Engineering, Guangdong University of Technology, Guangzhou 510006, China; [email protected] (A.H.-M.N.); [email protected] (Y.D.); [email protected] (W.C.) 2 School of Civil and Environmental Engineering, UNSW Australia, Sydney 2052, Australia; [email protected] (L.G.); [email protected] (Z.D.) 3 Department of Earth Sciences, University of Pisa, Pisa 56100, Italy; [email protected] 4 School of Communication Engineering, Chongqing University, Chongqing 400044, China; [email protected] * Correspondence: [email protected]; Tel.: +86-135-7001-9257 Received: 23 April 2018; Accepted: 23 May 2018; Published: 24 May 2018 Abstract: Subsidence from groundwater extraction and underground tunnel excavation has been known for more than a decade in Guangzhou and Foshan, but past studies have only monitored the subsidence patterns as far as 2011 using InSAR. In this study, the deformation occurring during the most recent time-period between 2011 and 2017 has been measured using COSMO-SkyMed (CSK) to understand if changes in temporal and spatial patterns of subsidence rates occurred. Using InSAR time-series analysis (TS-InSAR), we found that significant surface displacement rates occurred in the study area varying from −35 mm/year (subsidence) to 10 mm/year (uplift). The 2011–2017 TS-InSAR results were compared to two separate TS-InSAR analyses (2011–2013, and 2013–2017).