Dr. Qiaoling Luo Dr. Luo obtained her Master degree (2005) in Urban planning and Ph.D. (2014) in Landscape Architecture from Wuhan University. She was a Certified planner of the People s Republic of China (2012),senior urban planner (2011-2015), chief urban planner (2010-2015) of Wuhan Urban Planning and Design Institute, and currently is a full associate professor in the department of urban planning at Wuhan University. Dr. Luo s research interests include urban planning and design; sustainable land use planning and urban growth management; urban landscape ecological planning; ecosystem services value evaluation. As the projector leader, she and her team have done more than 40 urban comprehensive planning and urban design projects, more than 10 of them have got the Excellent Urban and Rural Planning and Design Awards by China Association of City Planning and Hubei Association of City Planning etc. Dr. Luo s professional research projects have been supported by the National Natural Science Foundation of China, Ministry of Housing and Urban-Rural Development of People s Republic of China, and various planning agencies. Publications Chenglin Miao,Debin Fang, Liyan Sun,Qiaoling Luo* (2017). Natural resources utilization efficiency under the influence of green technological innovation. Resources, Conservation and Recycling,126 (11):153 161 Qiaoling Luo, Zhigang Li, Jie Zhou (2017). Research on the Urban Ecological Space Planning Guide of Yangtze River Economic Zone under New Urbanization-A Case of Wuhan. Modern urban research, (4):21-26 Qiaoling Luo, Ming Zhang, Qinming Zhan (2016). A Review of the Basic Urban Ecological Control Areas: its Concept and Development. China Landscape Aechitecture,(11):76-81 Qiaoling Luo (2016). Research on the Protective Utilization Path of the Basic Urban Ecological Control Areas.Beijing: China architecture & building Press. Qizhi Liu, Qiaoling Luo* (2013). Practices on the Dynamic Conservation of Historical and Cultural Heritages in Wuhan. Urban Planning Forum, (5): 94-99
Smart Cities: Challenges and Opportunities from City Planner s Perspective - A Case of Wuhan City Qiaoling Luo Department of Urban Planning, Wuhan University Email: qiaolingluo@whu.edu.cn Nov. 1, 2017 1
CONTENTS Smart cities development in China: the Case of Wuhan City Urban planning responses 2
Technology changes life Smart devices Internet Stone tools Plough/ Farm cattle Steam engines Computers Cloud Computing Mobile internet Social network Big data Primitive society Agricultural society Industrial society Information society Network society Primitive settlements Villages/ Towns Cities Digital cities Smart cities 3
Smart Cities development in China By the year 2016, there are over 600 pilot cities were selected by MOHURD, MIIT, etc 95% of the sub-provincial cities, 76% of the prefecture and above cities made they own plans of smart city development which are widely applied in transport, manufacturing, energy, urban construction and other fields. 601 pilot smart cities 39 工信部和发改委宽带中国 MIIT&NDRC 290 80 住建部发改委信息惠民 MOHURD 试点 NDRC 26 交通部智慧交通试点 104 工信部信息消费试点 MIIT 18 旅游局智慧旅游 Beijing 试点 CNTA 20 科技部 MOST Wuhan 9 测绘局 SBSM 15 工信部中欧合作试点 MIIT 4
THE CASE OF WUHAN CITY 5
The profile of Wuhan Municipality layout area:8494 KM 2 Total population:10.77 million Built-up area: 552 KM 2 China's first batch of Smart City pilots 6
Infrastructure and Platform Building sensing infrastructure network infrastructure cloud computing infrastructure geospatial information infrastructure 7
Sensing infrastructure City-wide video sensing network GPS sensing network Wireless sensing network Digital cluster network Digital Monitoring System" With 250,000 high-definition camera which cover schools, hospitals, banks, bridges, 29 entries and exits of the city, 201 car lanes, 438 key areas and all road intersections Vehicle Electronic Tags 3 million motor vehicles are installed with electronic tags. 8
Network infrastructure City free WIFI Optical fiber Internet connection has reached 4 million families in Wuhan city. Major public areas have realized full coverage of free Wi-Fi; 9
Cloud computing infrastructure Wuhan City has completed the first supercomputing data center in China, Which is the largest container data center project built in China so far the first phase of this project 500 servers, 30,000 core VCPU, 60TB memory, 10PB storage. Wuhan Supercomputing and Cloud Computing Data Center 10
Geospatial information infrastructure Involving a total of 250 million entries of information. 8569 square kilometers of basic topographic maps, remote sensing images from each of the past 20 years, more than 8,000 roads, 2 million buildings, 3 million names of places, more than 1,000 square kilometers of aboveground and underground infrastructure, indoor and outdoor fine 3D models, static 3D maps, as well as integrated space-time information, including information of city's more than 10 million people, more than 1 million legal persons of registered companies, real estate properties Smart Wuhan Cloud Platform of Space-time Information 11
2 Lifestyle changes The shift in consumption patterns Cashless payment Smart transit Provide accurate public services 12
The shift in consumption patterns Are you hungry? Eleme APP(Are you hungry?) 13
The shift in consumption patterns Want to watch a movie? Cat s Eye APP Public Comments APP 14
The shift in consumption patterns Culture map Visiting a place of interest and want to know more? Before after Historical buildings Historical street China s time-honored brands 15
The shift in consumption patterns Need a housekeeping or plumbing? 58 City APP 16
The shift in consumption patterns Want to buy something? November 11 is the biggest day of online sales and discounts for China's e-business sites. In China it is called the Double 11. On last year's Double 11 day, online retailer Tianmao achieved sales of 120.7 billion yuan in 24 hours. It achieved 10 billion sales in just 6 minutes and 58 seconds. The sales of Tianmao in Double 11,2016 (RMB) 1billion 5billion 10billio n 19.1billio the sales nin 2012 20billion 35.3billio Exceed the n sales In 2013 50billion Double 11 China s Black Friday 57.1billio n 66.9billio n 80.7billio n 91.2billio n the sales In 2014 the sales In 2015 100billio n 111.1billio n 120billio n 17
Cashless payment Alipay Wechat Pay 18
Smart transit Public transport How to arrive? How to transfer? 19
Smart transit Private transport 主干诱导屏 physical traffic screens on artery roads 20
Smart transit Private transport Having difficulty finding a parking space? Layered navigation screen Navigation Screen To Show the available parking lots Parking Space Indicators rapid parking Finding the nearest parking spaces 21
Smart transit Private transport Can t find your car? Using the reverse carfinding system By Query Machine by QR by APP By Wlan 输入车牌号码系统自动显示当前所在停车场及车主所在位置 系统显示所要查找车辆的停放位置以及停入车位时间等信息 屏幕显示所输入车牌号码对应的车辆照片信息 手机屏幕呈现从车主当前位置到车辆所在位置的电子地图 22
Smart transit Private transport Want a rapid pay and exit? Use your mobile phone to pay your parking bill Step 1: Scan the QR code and book the WeChat Subscription Step 2: Select Parking payment Step 3: enter the plate number of your car and pay the parking fees 23
Provide accurate public services Wuhan government public service platform 2 Government public service 4 Transit 3 Medical Other Public service 5 1 Car owner 24
Provide accurate public services The Medical System Hospitals Make appointment Doctors Pay the fees Patient management Query the orders 25
URBAN PLANNING RESPONSE 26
1. Optimization of urban functions and spatial layout With the rapid development of e-commerce, traditional business structure and capacity need to be optimized; Increase logistics centers; Increase community-level logistics platform; Traditional physical stores need to transform towards providing products demonstration and experience 27
2. optimization of Traffic system Unbonded Shared Bikes As of July this year, China has a total of 70 online shared-bike operators, with over 16 million bikes deployed. The number of registered users is more than 130 million, the cumulative service has exceeded 1.5 billion person-times. 28
2. Optimization of Traffic system optimize the urban public transit system; improve bike lane system; optimize the deployment number of bikes; optimize the distribution of bikes, reasonable deploy and select bike parking space; But there are also some problems such as uneven distribution, lack of bike lanes, occupation of sidewalks. 29
3. Optimization of Public Service Facilities Layout Traditional public facilities, such as water, electricity, roads, gas and others are independent managed and distributed, the new public service facilities system will integrate these separate data into a comprehensive platform so as to create a unified data management system. This can reduce the limits on the distribution and layout of public service facilities. 30
4. To explore new urban planning methods Traditional urban planning, due to difficulties in data acquisition, makes limited quantitative analysis which is mainly based on statistical yearbook data. Urban space layout was mostly planned based on experiences. Now, with the use of new technologies such as big data, mobile Internet, artificial intelligence and cloud computing, we have easier means to data acquisition, more accurate ways of data processing. Through the acquisition of social media data, spatial positioning data, timespace data, consumption model data, we can use them in urban planning, and make city planning more accurate and scientific. Such as the flow of people and gathering area, the layout of the subway and bus stations, route selection. Through remote sensing technology, we can monitor changes in ecological land use and protect the eco-environment... 31
Smart Cities Better city, better life! 32
Thanks for your attention! Qiaoling Luo Department of Urban Planning Wuhan University Nov. 1, 2017 Email: Wechat: lqlwhu Tel:+86 13657232777 qiaolingluo@whu.edu.cn 33