Smart City Solution.pdf

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Smart City Solution

Serving the society with science andtechnology, and building people-oriented cities

Solution Planning & Integrated Team, Government &

Enterprise Business Dept.

2013.04



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CONTENTS

Smart City Development Trend1

Application Scenarios or

Requirements Analysis of SmartCities

2

Overall Solution to Smart Cities3

ZTE Success Stories4



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© ZTE Corporation. All rights reserved.

Domestic Polices on Technical Support Systems

of Smart Cities

“ We must give high priority to making ecological progress and incorporate it into all aspects and

the whole process of advancing economic, political, cultural, and social progress, work hard to

build a beautiful country, and achieve lasting and sustainable development of the Chinese nation.”

“We should keep to the Chinese-style path of carrying out industrialization in a new way and advancing IT

application, urbanization and agricultural modernization. We should promote integration of IT application andindustrialization, interaction between industrialization and urbanization, and coordination between urbanization

and agricultural modernization, thus promoting harmonized development of industrialization, IT application,

urbanization and agricultural modernization.”

—Report to the Eighteenth National Congress of the Communist Party of China on Nov 8, 2012

For urbanization, the core is people, the key is to improve urbanization quality, and the purpose is to benefit

people. We should take intensive, energy-saving, and ecological roads, and try to improve internal bearing

capacity rather than merely build cities. Industrial development should be integrated with urban construction.

To promote urbanization, we should keep to the path of carrying out industrialization in a new way and advancinginformatization, urbanization and agricultural modernization. We should focus on green development, promote

energy conservation, deepen reforms, strengthen social construction, and improve basic public services.



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International Polices on Technical Support

Systems of Smart Cities

The European Union (EU) launched the Smart Cities and Communities

Initiative in 2011

The EU launched the Smart Cities and Communities European Innovation

Partnership (SCC-EIP) on July 10th , 2012. With the SCC-EIP action, the EU

will boost the strategic partnership between industries, and promote smart

city systems and infrastructure development in Europeans cities.

After the smart planet concept was proposed by the IBM in 2008 , U.S.

President Obama spoke highly of the IBM idea of Smart Planet in

January 2009. At the round-table conference of the U.S. Business andIndustry Council, President Obama deemed that Smart Planet was

equally important as the Information Superhighway proposed by former

President Clinton, and considered Smart Planet as a national strategy

and an important part of the U.S. global strategies.



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Wireless Beijing•Builds a wireless city by

taking the opportunity of

Beijing 2008 Olympics

•Builds 1.4 GHz private

networks for government

affairs to improve service

ability

Hainan

Heilongjiang

Jilin

Liaoning

Hebei

Shandong

Fujian

Jiangxi

AnhuiHubei

Hunan

GuangdongGuangxi

Henan

Shanxi

Inner Mongolia

Shaanxi

Ningxia

Gansu

Qinghai

Sichuan

Guizhou

Yunnan

Tibet

Xinjiang

Jiangsu

Zhejiang

Beijing

Guangzhou

Nanjing

Shanghai

Domestic Smart Cities

In 2011, Beijing, Shanghai,

Guangzhou, Shenzhen, Ningbo,

Nanjing, Foshan, and Yangzhou

became pioneers of smart city

construction, followed by Tianjin,

Wuhan, Wuxi, Dalian, Fuzhou,

Hangzhou, Chengdu, Qingdao,

Kunming, and Langfang.

Statistics indicates that, by the end

of February, nearly 50 cities in China

have clearly developed smart city

action plans and development

strategies, and over 200 smart city

construction plans have been

proposed or in progress.

—China Reform Daily

Smart Nanjing•Guided by the

government, and

constructed by

telecommunication

carriers

Wireless Shanghai•Builds a wireless city

by taking the

opportunity of Expo

2010

•Cooperates with

manufacturers to build

the 4G wireless service

R&D center to support

smart city construction

Wireless Guangzhou•Invests 1 billion Yuan to

build a wireless city by taking

the opportunity of 2010

Asian Games



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In September 2009, Dubuque

announced cooperation with

IBM to build the first Smart City

in the U.S.A. Dubuque, armed

by a series of IBM technologies,

will become completely digital.

All the resources in the city will

be interconnected, and the data

can be detected, analyzed, and

integrated to make intelligent

responses and serve the

citizens,reduce energy

consumptionand expenses, and

build a city more suitable for

living and commercial

development.

能够轻易嵌入或附着，

并对所附着的物体进行

追踪定位；读取。

Sweden

U.S.A. Singapore Japan Korea

Stockholm established 18

roadside control stations. By

using the RFID technology,

laser, scan, and camera

technologies, the vehicles

entering the downtown areas

can be identified. By charging

the Traffic Jam Fee, traffic jams

are reduced by 25 percent, the

time spent on queuing is

reduced by 50 percent, carbon

dioxide and other greenhouse

gas emissions are reduced by

40 percent.

Singapore launched the iN2015

plan in 2006. The Internet

Traffic Monitoring System

(ITMS) makes possible the

close, dynamic, and stable

information transfer and

processing among roads, users,

and the traffic monitoring

system. The system also

provides real-time and

adequate traffic information

for travelers and other road

users for them to make

appropriate and timely

judgments on traffic routes,

modes, and time.

Overseas Smart Cities

Japan launched the i-Japan

Strategy 2015 in July 2009. Theproject is now focusing on

electronic governance, medical

healthcare information services,

education and talent cultivation.

In the Expo 2010 Shanghai China,

the Japan Pavilion, with the main

message of "Connect for a

Harmonious Future”, displayed

the Smart Life scenes in the next

20 to 30 years by using the latest

information technologies.

The Incheon city announced

cooperation in 2009 to build a

green and seamless ecological

smart city based on

information technologies and

networks. Through an

integrated public

communication platform and

ubiquitous network access,

consumers can implementremote education, medical

care and tax transactions, and

control energy consumption in

rooms in a smart way.

http://www.3608.com/Pic/Photo_List_19983.html



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CONTENTS




2






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Core Requirements of Urbanization

City security

Transportation management

Public services

Economy industry

Municipal management

Emergency prealarms

Disaster prevention and reduction

Safety production

Real-time traffic information

Traffic dispersion

Parking guidance

Culture and education

Medical careGovernment affairs

Smart parks

Smart logistics

Environmental protection

3

1 5

42 Core

requirements

Urban management

Infrastructure



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Difficulties in Smart City Construction

How to construct, plan and manage a

smart city?

Problems in smart city construction:

Difficult to coordinate departments

Low utilization of ICT systems

Heavy load of financial funds

…

Breaking traditional constraints

Unified planning, unified platform, and unified management



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CONTENTS




2



Smart Concept

Construction Solution

Operation Solution

Delivery Solution



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© ZTE Corporation. All rights reserved. 11

“Xing” Model of Smart Cities

Urban management

A smart city is to provide better management and

planning of urban infrastructure (such as road, bridges,

and parks), make more efficient use of limited urban

resources (such as land, mineral reserves, and talents),

and improve urban management to the cross-regional

and multi-industry level by using information

communication technologies. In this way, we can

improve urban livelihood, build a healthier economy

industry structure and a stable and harmonious city,

and promote sustainable urban development.

Definition of smart cities:

•Lays a solid foundation and operates resources for

efficient management

•Ensures people’s well-being, sustains economic

growth, and maintains social stability



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CONTENTS




2



Smart Concept

Construction Solution

Operation Solution

Delivery Solution



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ZTE Concept of Smart Cities

★Two platforms:

Data center and cloud computing

★Ubiquitous sensors:

Sensors, cameras, and signal lights

Brain

Five sense organs

and four limbs

Nervoussystem

Behavior

Integrates four systems (behavior, platform, network, and sensor) and builds

industrial information operation systems of smart cities

★Three networks:

The Internet, the Internet of Things, and

communication networks

★Three applications:Maintains social stability, ensures

people’s well-being, and sustains

economic growth



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光纤/IP网物联网互联网通信网

Food securitySmartTransportation

E-governmentSecure city Smart medicalcare

Smartparks

All-around

information

services

Efficient

resources

integration

In-depth

information

collection

A p p l i c a

t i o n

N e t w o r k

P l a t f o

r m

Borderless

interconnectio

n

Emergencyresponse

WirelessWired

Operation support

Applicationstores

Overall Architecture of ZTE “Smart Cities”

S e n s o

r

Virtual

computing

Virtual

network

Virtual storage

Integrated databases

Open

environmentCapacity

engine

Data support

Government service bus



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Smart City Sensing—Ubiquitous Sensors

Sensing system

Touch

Listen

Smell

Travel

View

Mobile

phone Telephone

Gota Sound pick-upsLegal

interception

Video surveillanceVideo

conference

IPTV Computer

Smart home RFID

Environment

monitoring

Water quality

monitoring

Smoke

detection

Infrared

detection

Temperature

sensingPressure

sensing

Traffic

information

Remote

metering

Mobile

payment

Violation

detection

ETC GPSTrain detection

Identification

Entrance

guard

The RFID-based Internet of Things, with ubiquitous sensors!

All-in-one

card

Humidity

sensing

Sensor Network Platform Application



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Smart City Network—Wired and WirelessWireless

network

Wired network

Uses the advanced 4G

technology to build a

private network for

government affairs,

implements the last-mile

information access, and

provides various data

services

Ensures data access and

convergence in the

application layer by

leasing existing fiber optic

resources from carriers

Wired and wirelesss communication networks are mainly used in basic networks




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Smart City Network—Wireless Private

Networks for Government Affairs

Public network

Separates frequencies and services from public networks, builds a dedicated

independent wireless network for governments

Advantage: low disturbance, large capacity, high reliability, flexible, operational, and

profitable

Disadvantage: difficult to apply for frequencies, independent network construction,

project implementation and maintenance performed by professional organizations

Public

network

Private network

Public network

Wireless private network for

government affairs

Service areas of wireless private

networks for government affairs Uses existing carrier networks, shares frequency resources, network capacity, and

service platforms with carriers

Advantage: based on existing networks, rapid project construction, and low

pressure on operation and maintenanceDisadvantage: difficult to ensure security, shares network capacity with the public,

limited resources and high disturbance, small upfront investments but large

investments at later stages

Considering security, extensibility, and ROI, private neworks are

recommended




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Smart City Network—TD-LTE Platform for Private

Networks

Frequency

advantages

Technical

advantages

With the TD-LTE technology,

timeslots can be allocated flexibly,

which is more suitable for data

services of the Internet of Things

Suitable for multimedia services

and the mobile Internet

TDD, with rich frequncy

resources and higher efficienty, is

supported by the government

TD-LTE has shaped a

complete industry

chain globally

Proprietaryintellecutal rights

Higher peak rate

DL: >100 Mbps

UL: >50 Mbps

Securer networks

Industrial

advantages

Timeslot

allocation

advantages

Mjor TD-LTE freuqencies for

private networks: 1.4 GHz（1447-1467 MHz）and 1.8 GHz

(1785-1805 MHz)

TD-LTE with flexbile frequencities and high bandwidths is appropriate for

wireless boardband applications in the future


d i i l



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Green and Energy-Saving Virtual

Resources PlatformSensor Network Platform Application

•CDN

•Disaster recovery

backup

•VPN encryption

•Enterprise mailbox

• Equipment room and

rack lease

• Host trusteeship

• Independent virtual

host

• Sharing virtual host

•Bandwidth lease

•Database lease

•Website

construction

•Online storage…

Service System and Operation

Data Center IT Resources

• Computing

resources pool

• Network resources

pool

• Storage resources

pool

Data Center Infrastructure

• Maintenance

consulting

• Commissionmaintenance

• Professional

maintenance

services

• Quality

management

• Assessment and

optimization

• Market,

competition,

and customer

analysis

Delivery and

Maintenance

Operation

management

support

platform

• Service

management

• Operation

management

• Resources

management

• Equipment

room

management

• Security

management

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Mass Data Sharing and Exchange PlatformSensor Network Platform Application

QCIndustry and

commerceLocal

tax

National

taxCivil

affairs

Public

security

Family

planning

HR and

social

security

healthc

are

Data sharing and exchange platform

A p p l i c a t i o n s u p p o r t

m a n a g e m e n

t

D a t a r e s o u r c e s

m a n a g e m e n

t

Population

database

Corporate

database

Macroeconomic

database

Geographical

database

Building

database

Service category Basic database service portal

EducationLand

Corporate information resources Population information resources GIS

informationresources

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Flexible and Powerful Application Support and

Sharing PlatformSensor Network Platform Application


Service flow support

Work flowMessage

queue

Rule engine

Open government affairs capacity

Development portal Management portal

SOAP interface REST interface

Universal elements of government affairs

Collaborative office Business analysis

Management and control System operation and maintenance

...

Presence supportPortal

framework

Mobile

framework

Report

engine...

Data supportData exchange and

integrationData mining and analysis

Unified search ...

U n i f i e d d

e v e l o p m e n t e n v i r o n m

e n t

U n i f i e d

m a n a g e m e n t p l a t f o r m

CT capacity access IT capacity access M2M capacity access SCADA capacity access

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© ZTE Corporation. All rights reserved. 22

Unified and Highly Efficient Operation Support

Platform Sensor Network Platform Application

Topology

management

Node

surveillance

Alarm

management

Performance

management

Test

management

Version

management

Report

management

N e t w o r k

m a n a g e m e n t

Windows/Linux/Solaris SQL Server/Sybase/OracleDatabase OS

Portal

Operation

managementUser

management

Assets

management

Service

management

Charging

management

Order

management

Web portal

IT equipment

management

Security

management

Log

managementFeatured tool

Backup

management

Network

infrastruct

ure

WLAN access

networkLTE access network Core network

Data communication

network

Fixed broadband access

network

Computer LAN OEM IT equipmentSecurity gateway

Portal

management

Client portal

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Six Major Capabilities of the

Smart City Platform

Unified network

management,

automated service

flow management

capacity

SOA-based, rapid

and efficient

service

implementation

capacity

Multi-layer

protection,

authentication,

and encryption

capacity

Resources

sharing capacity

based on cloud

computing

Processing and

analysis capacity

of mass accurate

government

data

Flexible and various

government service

opening and

integration capacity


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CT capacity

access

IT capacity access

M2M capacity

access

SCADA capacity

access

Data support Presence support

Business analysis

Management and

control

System O&M

Service flow

support

Enterprise service bus

Capacity access:

Connects various data and signal

sources

Provides bi-directional data

collection and instruction push

capacity

Ensures that service flows cover all

aspects of urban governance

Enterprise service bus:

Connects various capacity access

gateways, engines, components,

and application modules in the

system

Modules can be used and extended

flexibly as required by the upper-

layer applications

Capacity engine:

Provides universal data, service flow, and presence

support for upper-layer applications

The unified development, test, and deployment

environment supports various service systems and

applications, including dynamic flows, data

exchange, and mobile applications

Universal components:

Extracts reusable service logic

Improves project implementation

efficiency and quality

Balances service standardization and

flexibility

This platform, with SOA-based design, based on the enterprise service

bus, and with a universal development, test, deployment and O&M

environment, combines various capacity engines and universal

components flexibly to perfectly meet the service requirements.

Flow designer Service template suite Service form designer Mobile application

designer

Rapid and Highly Efficient Service

Implementation CapacitySensor Network Platform Application

Collaborative

office

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Various components of the dashboard display overall urban operation

status

Implements digital urban operation by using sophisticated urban

management and plan management systems

Various built-in government data models and

processing flow templates

Powerful data analysis modules for unified,

efficient, and accurate real -time processing

of heterogeneous government data

The integrated government data center

based on cloud computing platforms can

store structured, unstructured, and real-time

streaming data

The government data platform can connect

data centers with data nodes to eliminate

data islands

Collects urban operation data by using various capacity gateways

Connects the government service bus, and expands government data through plug-

ins

Processing and Analysis Capacity for Mass

Accurate Government DataSensor Network Platform Application

Urban

governance

policy

Smart O&M Center

Event rule Semantic

model

Work flow

Plan management

Modeling &

simulating urban

archives

A n a l y s i s

Application

presence

Data

analysis

City dashboard

alarms and event

processing report

analysis

V i s u a l

Data mining Data search OALP analysis Statistic analysis Report

Data

storage Real-time stream

processing engine (CPE

engine)

Event/message busHadoop offline batch

processing engine

NoSQL

Distributed file system

Memory database

RDBMS

Stream data Unstructured data Structured data


Data convergenceTraffic Police security

monitoring

health and epidemic

prevention

Telecommunication

network

Power supply

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This platform, based on the government service bus, encapsulates the

government capacity and data, and provides services for the public in a

completely controllable way

Bi-directional integration: encapsulates and integrates the third-party

systems as services into the platform

Supports service opening and integration based on multiple protocols

(such as SOAP and REST), and accesses multiple devices (such as PCs and

mobile devices)

Provides a complete and integrated development, debugging, deployment,

and releasing environment for the third-party government affairs, for

sustainable operation of the platform

By using service arrangement modules, opens and integrates services

based on the third-party requirements and rapid customization

requirements open

Management granularity: a single user, a single service, and a single

service invocation

Flexible and Various Government Service

Opening and Integration Capacity


Service flow support

Work flowMessagee

queue

Rule engine

Open government affairs capacity

Development portal Management portal

SOAP interface REST interface

Universal elements of government affairs

Collaborative office Business analysis

Management and control System operation and maintenance

Government

applications

...

Present support

Portal

framework

Mobile

framework

Report

engine...

Data support

Data exchange and

integrationData mining and analysis

Unified search ...

Data storage

U n i f i e d d e v e l o p m e n t

e n v i r o n m e n t

U n i f i e d m a n a g e m

e n t p l a t f o r m

Integrated database for

government affairs Population data Corporate data Constructiondata

Economic data ...


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The I-City solution based on ZTE CoCloud cloud computing platform provides all-around resources sharing capacity

from IT infrastructure to IT service applications and data. This solution ensures high performance and smooth

extension, and achieves the highest return on investment ratio to protect existing information investments.

Virtual resources pools (computing, storage, and

network) based on cloud computing can be allocated

flexibly to upper layer applications based on

consumption and load.。

Existing IT resources at various locations can be integrated.

The unified O&M management mechanism guarantees

elasticity of the system.

The SOA-based cloud computing middleware

capacity suites can encapsulate existing service

systems, and integrates them as services rapidly

into the overall architecture for maximum reuse

of existing IT investments

Thins clients based on cloud desktops can centralize low-density

terminal computing in cloud computing resources pools to improve

computing density and resources utilization, and achieve computing

capacity sharing

This suite provides various highly-reusable support components, including

over 20 capacity engines, 30 universal components, and many built-in

service flow templates, to be shared by various service applications.

Middleware

Capacity suite

Resources Sharing Capacity Based on Cloud

ComputingSensor Network Platform Application

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Data securityNetwork

security

Terminal

security

Network equipment

security

Data encryption

VPN

Firewall protection

User, service, and network

isolation

Deep packet inspection

Data center equipment

security

Data encryption

Firewall protection

Data disclosure prevention system

Traffic cleaning

Data encryption (wireless, end to end)

VPN

User authentication

Cloud desktop security

Identifier network

technology

Information

disclosure

Information

integrity damage

Illegal use Snooping

Bypass

control

Information

system

attack

Authorizat

ion

assault

...

Service

flow

analysis

SpoofingSecurity

threats

Multi-Layer Protection, Authentication, and

Encryption Capacity Sensor Network Platform Application

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Smart City Application—Unified Portal Service OverviewSensor Network Platform Application

Socialstability

People’swell-beingEconomic

growth

Digitalurban

managementE-

government

Food

security

Smart

medical

care

Smart

transportationSmarteducation

Smart tourism

Smart

logisticsSmart

parks

Smart

environmental

protection

Secure city

Emergency

response

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Smart City Application—Secure City

integrat

ed

Overall planning of the system, and joint

development of the platform

Resources and information sharing on the platform

PracticalAppropriate and people-oriented system architecture

to implement integrated applications with focused

prevention and accurate targets

SmartFocused areas, automatic alarm analysis, timely

prompt of alarms, and effective pre-alarm

management

Multi-

layer

Unified leadership of all centers, with each center

as a whole

Multi-level control and management, and multi-

level video saving

Standar

d

This system conforms to the construction

requirements of the SAC/TC100 specified in City

Surveillance and Alarm Networking System Series

Standards

“Without security, no development, no popular support, and no social basis of governance”

Features

Stability

E-government

Digital urban

management

Emergency response

Secure city


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S k l f li i




Smart City Application—Emergency Response

Functions

The overall goal of an urban emergency

response system is to process common

events professionally, coordinate in key

issues, and implement gridding linkage. A

complete emergency response system

consists of two subsystems: one is the

emergency command system for routine

alarm receiving and processing, and the

other is the strategic system for

coordination and emergency decision-

making analysis.

Unified alarm receiving

Plans

Alarm linkage

GIS visual management

Media and centralized media control

Scenarios

Stability

E-government

Digital urban

management

Emergency response

Secure city


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Smart City Application Digital




Smart City Application—Digital

Urban Management

Functions

Digital urban management is

to process, analyze, and

manage all components and

events of a city through

information and mobile

communication means, and to

promote urban management

modernization by takinginformation measures.

Separation between supervision

and management

Cross-department data sharing

Regional assessment systems to

improve efficiency

Collaborative office

Service report acceptance

Scenarios

Stability

E-government

Digital urban

management

Emergency response

Secure city


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Smart City Application—E-government

Functions

ZTE VAS provides ZXEG-based e-government solutions to:

•Serve domestic and international E-

government construction

•Accelerate government function

transformation

•Improve administrative quality and

efficiency

•improves government supervision,

emergency response, and service

capacities

•Promote social supervision

•Implement informatization to promote

the development of the industry,

agriculture, and tertiary industry

G2G

G2BG2C

G2E

Scenarios

Stability

E-government

Digital urban

management

Emergency response

Secure city


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Smart City Application—Smart Parks

Services and Values Provided by Smart Parks

Sustaining economic

growth

Smart logistics

Smart environmental

protection

Smart tourism

Smart parks

Sensor NetworkPlatformApplication

Park Applications

Collaborative OA SSC E-HR park IT sharedservice

E-

commerce

Integrated

communication

E-Training E-Trip Applicationsecurity

Publicbroadcast

Buildingautomation

Voicecommunica

tion system

Cable andsatellite TV

Mobilecommunica

tion

Walkie-talkie

Multimediaconference

center

Multimediatraining

center

Integratedcabling

Green datacenter

Public Smart Services

Smartparking

lot3D GIS

Videoconferen

ce

Clouddesktop

Smartbuildingenergy

efficiencymanagemetn

Securityalarm

Smartentrance

Smartpatrol

CCTVmonitoring

Wirelesspark

Cloudcomputin

gplatform

Opencapacityplatform

Operation and

management

platform

Smart commercial

park

Smart

industrial park

Smart logistic

park

Smart science

park

Smart

agricultural park

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Smart City Application—Smart Tourism Services

一卡

Sustaining economic

growth

Smart logistics

Smart environmental

protection

Smart tourism

Smart parks

GPS terminal

Mobile

client

WEBCommon M2M Platform

Smart tourism platform

RFIDSensorCamera

Sensor

Scenic spots

Multimedia

Information

Sensor

Entrance

H o t e l

T r a n s p o r t

T o u r i s t

i n f o r m a t i o

n

C a t

e r i n gIntelligence

Sharing

Integration

Interaction


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Smart City Application Smart Environmental

Protection

Sustaining economic

growth

Smart logistics

Smart environmental

protection

Smart tourism

Smart parks


Environmental protection problems

Emission: excessive metals in water, gas, and land, and

increasing illegal discharges

Pollution: affects people’s well-being, brings negative

public opinions, and damages government images

Waste: sharp increase of electronic/kitchen wastes,

with low recycling rate and poor management

Energy consumption: The energy consumption per unit

of GDP is 2.2 times that of the world average, imposing

high pressure on energy consumption reduction

Online environment monitoring

Waste recycling

Smart energy saving

Typical scenarios

Manual phase Mechanical phaseDigital environmental

protection

Smart environmental

protection

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Smart City Application—Smart Logistics

Sustaining economic

growth

Smart logistics

Smart environmental

protection

Smart tourism

Smart parks

Sensor NetworkPlatformApplication

Excellent logistic

services

Quality

Efficiency

Security

Most reasonable logistic

expenses

Low no-load ratio

Low energy consumption

Low vacancy rate

RF reader/writer

GPS

Surveillance

Room /GIS

RF reader/writer

Public logistic

service platform

Goods Vehicle

3G/GPRS Network

RF

sensor/label CB

A

Internet

Internet

Consumer

traceability

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Smart City Application—Smart Medical Care

Instant remote medical services:

Patients can enjoy medical services athome. Appropriate use of remote medical

care can reduce patient transport time and

costs. Time is life.

Balancing medical resources:

Patients in underdeveloped areas can enjoy medicalcare by experts in major hospitals. Doctors can

share medical records and diagnosis pictures

without geographical limits, which is helpful for

comprehensive diagnosis and treatment.

Value-added medicals services:

Hospitals can provide families and communities

with value-added services such as remote

diagnosis and remote intensive care.

Technical training:

Health lectures and professional training can

be given by using video communication

systems, to improve local medical levels.

Smart remote medical care brings infinite values

People’s well-being

Smart education

Smart traffic

Smart medical care

Food security


>内部公开





Smart City Application—Smart Medical Care

Hospital to hospitalRemote consultation

Remote visits

Surgery instructions

Hospital to university

Live teaching

Offline surgery

instructions

Distance medical

teaching

Hospital to social health

Remote diagnosis

Health consultation

Remote health lectures

Hospital to home

Home monitoringFamily emergency

Medical care to individual

Patient monitoring

Individual heath

monitoring

Typical scenarios and

functions

Smart Remote Medical Care


Smart education

Smart traffic

Smart medical care

Food security


>内部公开





Smart City Application—Smart Traffic


Smart education

Smart traffic

Smart medical care

Food security

Values of smart traffic systems:

Travelers can select traffic modes and routes in realtime

Traffic management departments can perform

appropriate traffic dispersion, control, and accident

management

Transport departments can learn about traffic at any

time for dispatching

In this way, traffic can be in the best conditions:

•Traffic jams are reduced.•The through capacity of road networks is maximized.

•The mobility, security, and productivity of transport

systems are improved.

•Environment pollutions caused by road transport are

reduced.

M a i n f u n c t i o n s

Traffic law supervision andexecution

Traffic control

Emergency management

ETC

Pre-travel information service

Guidance service

Transport management

Traffic planning support

Public traffic information

service

Vehicle surveillance


>内部公开

Smart City Application Smart




Smart City Application—Smart

Traffic


Smart education

Smart traffic

Smart medical care

Food security

一卡


Passenger traffic

network centerHighway

monitoring

center

Taxi

dispatching

center

Integrated traffic

hub management

center

Traffic

command

center

Basic traffic

information

database

Data exchange

Data extraction

Data conversion

Data integration

Data sharing

Data mining

Data correlation

data loading and

summary

ITS common information platform

Logistic information platform

Traffic affairs platform

Smart traffic platform

I T S C o m m o n I n f o r m a t i o n P l a t f o r m o f O t h

e r C i t i e s

V a r i o u s r o a d u s e r s

Related enterprises

Management

departmentsBus dispatching

center

ETC system Port management

system

Railway

management

system

Civil aviation

management

system

Call center

Traffic information

website

Traffic radio station

Various media

All-in-one card

systemEmergency processing center

Metro dispatching center

Parking Guidance and Information System

Public transport network

planning system

Operation and

management

system

>内部公开






Education


Smart education

Smart traffic

Smart medical care

Food security

Learning for all, and life-

long education

Vocati

onal

educat

ion

Higher

education

Basic

educat

ion

Campus

information

management

Knowledge

service

families-school

connection

E-schoolbag

Campus

network

Campus

communication

Campus

safeguard

Campus all-in-

one card

Education cloudplatform

Remote

education

Digital library

Resources sharing and

shared platforms to

promote education

equity


>内部公开




Smart City Dashboards

43

Transportation

Firefighting

Health Others

12-24 22 5 4 2

12-23 17 2 5 8

12-22 20 4 5 5

Variosus dashiboards monitor urban operation status and environmetns

in real time

>内部公开




Step-by-Step Construction of Smart Cities

Interconnected

applications

Data convergence

Application integration

Time

Connects existingapplication sub-systems, and

explores new service modes

Centralizes all service data and

builds a unified model, and

optimizes services through

data analysis

Unified application

implementation for flow

optimization and service

innovation

Service

continuity

Service

optimization

Service

innovation

Basic

networks

Builds wired or wireless

basic networks for timely

and reliable information

transference

Basic network

construction

General principle: against rightist ideas and leftist actions

>内部公开



CONTENTS




2



Smart Concept

Construction Solution Operation Solution

Delivery Solution

>内部公开

Operation Models—Key Success Factors of




Description of

the contents

Relevant

policie

s

Governmen

t

Operation models are selected based on the existing policies, industrial environments, and technical basis of cities. Smart cities have

the following three operation models based on the positions of the three operating bodies:

Techni

cal

basis

Industrialenvironme

nt

Telecom

carrier

Private

network

carrier

Factors Operatingbody

Influences

Analysis

Due to different international and domestic

market situations, urbanization processes, and

economic structures, cities differ significantly on

policies and ideas of smart development.

Smart city, which is a brand-

new development mode

involving all aspects of

urban development, will

fully explore the values and

potentials of existing urban

networks, shape brand-new

value forms, and change the

existing work modes and

life styles.

The smart city isan advanced

stage of urban

informatization.

Maintains social

stability, ensures

people’s well-

being, and

sustains

economic

growth

Business

development

Revenuegrowth

Market

development

Service

transformation

Revenue growth

Government construction

and management

Government initiation, private network

operation, and service outsourcing

Government guidance, and carrier investments

for network construction and operation

Operation Models Key Success Factors of

Smart Cities

>内部公开

Operation Model I G t C t ti d




Operation Model I—Government Construction and

Management

Government investments and maintenance management

Governments can outsource the design, construction, and

operation to professional companies.

Features

Governments can use a part of network capacity for

automated government services, and profit from renting

other capacity to ISPs, for example, Corpus Christi in Texas.

Governments can use all the network capacity to buildprivate networks for government affairs without making

profits, for example, the NYCWIN in New York is dedicated

for public services.

Profit model

Advantage: Governments can perform in-depth

project control and operation supervision.

Disadvantage: Governments should assume

construction expenses and relevant risks, and

should have the construction and operation

capabilities.

A d v a n t a g e s a n d

D i s a d v a n t a g e s

Typical cases

Texas

New York

Operation

management

Typical

application

Provides various application services based on wireless networks

Governments have adequate construction funds and powerful management

capacities, and dominate smart city planning, construction, and operation

management

>内部公开 Operation Model II—Government Initiation,




Operation Model II Government Initiation,

Private Network Operation, and Service Outsourcing

Governments initiate network service planning and major investments.

Dedicated centers are built for management and application of government

affairs. Private network carriers are responsible for construction andoperation & maintenance of networks and public government affairs

platforms under government guidance. Carriers have operational autonomy,

and can make additional profits by developing government-sponsored and

individual-oriented public services based on the basic networks.

Features

Besides project initiation funds, governments allocate financial budgets tocarriers annually. Private network carriers are responsible for government

service support and operation & maintenance, and sustain service

development through government-dominated value-added services.

Profit model

Typical cases

Beijing, Shenzhen, Xi’an

Operation

management

Typical

application

E-government, wireless video surveillance, mobile law enforcement, real-time traffic

report, and various service applications of the Internet of Things

Private network carriers are responsible for network operation and maintenance.

Dedicated centers are built for management and application of government affairs.

Advantage: Governments have a highcapability of network supervision.

Private network carriers can use existing

networks, customer resources, operation

experiences, talents, and funds to reduce

commercial risks and keep sustainable

service development.

Disadvantage: Governments should

assume some construction expenses andrelevant risks.



>内部公开

Operation Model III Government Guidance and




Operation Model III—Government Guidance, and

Carrier Investments for Network Construction and Operation

In the market cultivation stage, governments provide relevantpreferential policies. Carriers use existing networks,

technologies, and products for construction.

Features

Commercial services and public services are divided clearly.

Public services are at the expense of governments, and free

services are provided for the public. Commercial servicestogether with other value-added services (for example,

advertisements)bring market profits.

Profit model

Advantage: Carriers can balance government supervision

and enterprise operation by flexibly allocating theinvestment and profit models. Carriers control product

planning and development, make more efficient use of

equipment resources, and improve customer retention.

Disadvantages: The security requirements of government

affairs cannot be met because government services run in

public networks. Public network carriers are capable of

individual services rather than private network services.

Cross-department coordination cannot be implemented,

and project execution risks are high.

Typical cases

Shanghai, Guangzhou, Xiamen

Operation

management

Typical

applicationProvides multiple services, such as E-government, emergency

operations, remote medical care, and weather forecast

Governments make limited investments, have limited management

capacity, and assumes limited risks. Governments need the

implementation, operation, and industry chain integration capacities

of carriers. Governments perform in-depth supervision on network

construction and operation.



>内部公开



CONTENTS




2



Smart Concept

Construction Solution Operation Solution

Delivery Solution

>内部公开




End-to-End Project Delivery Capacity

Opportuni

ty

Project

approvalBidding

Contrac

t

signing

Production,

delivery, and

engineering

preparations

Project

implem

entatio

n

Contrac

t

closure

Mainte

nance

End of

lifecycle

Market

understa

nding

Service policy

formulation and

plan development

Project

approvalPerformance assessment

Concept Plan

devel

opme

nt

Verifi

cation

Relea

singO&M

Requirement

management

Custome

r

require

ments

E2E contract delivery flow

E2E HPPD flow

T a s k a s s i g n m e n t

Development flow

Product package

requirements

Emergent

requirements

Plan selection

Contract deliveryRequirements

Product package

delivery

Planning flow

>内部公开




Standard Project Management of Smart Cities

52

Rich implementation experiences of integrated projects and improved standards

management

Progress

managem

ent

Interface

managem

ent

Risk

managem

ent

Quality

managem

ent

Comprehensive, integrated,

and professional projectmanagement

ZTE smart city project delivery



>内部公开

ZTE Smart City Applications All Over the World




ZTE Smart City Applications All Over the World

South America: Chile,

Venezuela, and Brazil

South Asia: Laos, Thailand,

and Cambodia

Europe: France,

Romania

Africa: Nigeria,

Equatorial Guinea,

and Egypt…

Asia: Mongolia and China

(Beijing, Tianjin, Shanghai,

Nanjing, Chongqing, Hunan,

and Hainan…)

>内部公开




ZTE Smart City Applications in China

Beijing

Hengyang

Nanji

ng

Xiamen

Ningbo

Fuzhou

Haikou

Beijing: This network is

dedicated for

government affairs

without opening to the

public. The network

covers all plain areas in

the city, with over 1000

base stations. ZTE wins

the bidding and

constructs 80 percent of

the project.

Chongqi

ng

Nanjing: cooperates with

the Nanjing MunicipalGovernment on smart

traffic EVI, and cloud

video surveillance

Chongqing: launches

EVI serviceapplications for smart

traffic, and achieves

good results

Hengyang: overall

cooperation on

smart cities

Fuzhou: builds a smart

city with initiation by

the Fujian SHEITC and

participation of Fujian

Mobile

Hainan: cooperates

with the Haikou

government on E-

government

construction

Suzhou: builds smart

parks in Taicang,

improves work

efficiency of

enterprises,

managementcommittees, and

employees, and lays a

solid foundation for

gathering medium and

high-end services and

talents Ningbo: cooperates

with the Smart Office

of the Ningbo

Municipal

Government to

develop smart trafficin Ningbo

>内部公开

TD LTE Accelerates the Private Network Government




Highlights Customer values

The TD-LTE private network, which uses the

1.4 GHz frequency, provides 20 Mbps

bandwidth, and involves 1500 base stations,

covers the urban areas and major suburbs of

Beijing. ZTE builds over 95 percent of the

network.

TD-LTE is used for wireless coverage, CPEs are

used for data convergence on equipment in

the Internet of Things, and LTE/EPC networks

are used to access the application services.

The secure and reliable private network is

rapid and smooth at 20 Mbps network

bandwidth, and supports 1080P HD video

services for around-the-clock real-time

surveillance.

This network, which serves multiple government

department, enterprises, and institutions,

improves equipment utilization, and reduces

network construction and O&M expenses.

With around-the-clock real-time surveillance and

flexibility of wireless networks, city administrators

can watch HD monitoring videos on mobile

terminals anytime and anywhere, and perform

telecontrol of monitored locations to improve

urban management efficiency.

This network can also provides the Internet of

Things applications such as medical care, transport,

municipal administration, energy, and public

security.

TD-LTE Accelerates the Private Network Government

Affairs—the Internet of Things Data for Government

Affairs in Beijing

This network achieves great successes in wired

and wireless networks in BOT mode, which is

No. 1 in China and in the world. The

successful experiences are significant for

other provinces and cities to apply for the 1.4

GHz frequency or other public frequencies for

application research and exploration of

wireless access.

—Director Xie Feibo

SRRC Office, Ministry of Industry and Information

Technology

Sensor access

layer

TD-LTE network layer Service support layer Application layer

Smart

terminals

Cameras

Voice/PTT

eNodeB

xGW/MME

HSS

Surveillance

server

Cluster server

Other systems

Centralized

dispatching

Traffic

management

On-site

command

>内部公开




ZTE is not the first manufacturer involved in

tests, but attracts us with many factors, such

as strong technology R&D strength,

professional teams, advanced systems and

equipment design capacity, high produce

performance in the tests, rapid response, and

after-sales implementation. ZTE has obviousadvantages over other manufacturers within

the industry in overall strength, for which we

choose ZTE finally.

—Project owner

Highlights

RFID ensures “Smooth

Chongqing”

Pilot project of the NDRC

The only national information project

with large-scale use at the province

level

The first RFID EVI, and an example of

domestic application of the Internet of

Vehicles

Uses the passive UHF solution and

ceramic labels for vehicle

management

Covers downtown areas and suburbs,

and spreads to highways, vehicle

safety detection systems, and parking

lots

EVI dynamic monitoring accuracy

reaches 99.95 percent

Reads information accurately at

the speed of 180 km/h or higher

Customizes security management

mechanisms to ensure high system

security and reliability

Pioneer in application of the

Internet of Vehicles

Implements smart traffic

management through automatic

surveillance and accurate

management of all vehicles

EVI for the Internet of Things—RFID-Based Smart

Traffic Management System in Chongqing

>内部公开




Construction of Digital Hengyang can not only

integrate government resources to reduce

repeated construction, but also provide

spatial, detailed, dynamic, visual, and realistic

urban management and services, covering all

locations all the time.

With overwhelming information technologies,

Hengyang enters digital city era and will

become a smart city.

— First Deputy Mayor, Duan Zhigang

Hengyang, Hunan


Basic support platform for cloud data +

major I-City applications

Smart traffic: electronic police, traffic

guidance and control, and smart parking lots

Digital urban management: integrates urban

management components to implement

“super urban management” mode Emergency command: monitoring,

information reports, comprehensive analysis,

scheduling, mobile emergency response,

and video conferences

Secure city: network management of multi-

level video surveillance

Releases user financial pressure in BOT mode

Unified platform for interconnection and

information sharing

Smart traffic information collection for Smooth

Hengyang

Digital and visual urban management

Highly-efficient pre-alarms and unified

emergency command

Complete HD surveillance coverage for Secure

Hengyang

Improves transparency and efficiency of

government affairs to enhance government

images

Digital Hengyang

—Creative I-City Solution

>内部公开

Smart Taicang




ZTE is a strategic partner for long-term development

of Taicang. In accordance with the agreement,

Taicang will assist ZTE in developing the science

and education city and achieve industrial

transformation.

—Deputy Mayor, Lu Yan

Taicang, Suzhou

The cloud computing platform built by ZTE has

become a highlight of investment attraction and

publicity. It is also the most important IT

infrastructure in the park, and provides important

support for overall industry development.

—Deputy General Manager, Li Zhichao

Lanyun Information Technology Co., Ltd., Taicang

Highlights New mode and new values

Cloud processing of IT resources to reduce

construction and O&M expenses

New profit model—IT resources & service

leasing

Smooth communication to improve work and

project efficiency and enhance communication

Rapid development and deployment of new

applications to keep attractive

Increase influences of the science and

education city

The first commercial office for 3D cloud

desktop, attracting over 110 enterprises

Smart Taicang

—Taicang iZone Smart Parks

The most advanced cloud computing

technology: uses micro-module data

centers to provide the 3D/cloud desktop,

cloud host, and mass storage services

Efficient management and service

applications: security and traffic

management in the parks, integration of

the communication cloud and trip cloud

systems

Wired and wireless networks for seamless

coverage

Diversified smart sensor terminals of the

Internet of Things

>内部公开

E-Government“Cloud”in Haikou




Cloud solution to government

affairs Customer values

Based on the basic data sharing

platform for urban construction with

SOA and cloud architecture, builds a

data center for unified management of

incremental data storage, sharing,

security, governance, and analysis

Pilots in planning, land, housing, urban

management, and the Municipal

Government Office

Promotion in emergency command

centers, firefighting, meteorology,

industry and commerce, tax

administration, and public health

departments

Demonstration project of Hainan cloud

informatization for government affairs

Achieves cross-department

coordination, interconnection, and

unified management

Planned, initiative, and convenient

government affairs for service-oriented

and high-performance government

services

Improves law enforcement and

governance capacities, and affinity of

government departments

E Government Cloud in Haikou

—Urban Data Sharing Project of E-Government

Cloud in Haikou

Customer challenges

Only self convenience rather than service

objects or requirements of other

departments are considered in information

services of government departments

heterogeneous systems, different data

formats, rights and data monitoring, and

inter-system data exchanges are major

barriers

Construction goals:

Unified service objects

Government service data

coordination

Unified network, database and

platform for government affairs

>内部公开





Around-the-clock 360° HD

surveillance of roads, scenic spots,

squares, and communities

Smart analysis surveillance system

with HD presence and involving

wired, wireless, and handheld

terminals

Video conference integration, and

emergency response

Interconnection of digital platforms

The first digital surveillance platform for the

police in China

Discovers potential and existing risks by

monitoring, capturing, and analyzing video

information in real time for immediate

response to guarantee urban security

With wireless and handheld devices,

processes emergencies anytime and

anywhere, improving alarm report and

receiving efficiency

Ensures security of citizens and major

international activities, for example, the

World Expo, to improve international image

Strengthening Police by Science and Technology, and

Building Secure Shanghai—Shanghai Secure City Project

Requirements

For Shanghai, one of the most

important cities in China, major

area surveillance and urban

security assurance are of great

importance

Video surveillance system to

monitor major area for the police

Digital system

Interworks with the existing

simulation system

Smart video analysis

>内部公开

Cl d C ti G idi S t R d S ill





The cloud storage and processing

platform provides centralized mass

data storage, integration, analysis,

management, and computing service

capacities

Stores and processes peak traffic at

10,000 pieces/second and

accumulated traffic of 20 billion pieces

for three years Real-time warehousing and rapid

query: finishes querying the tracks

within a month of a single vehicle in

one second, those within six months in

five seconds, and those between six

and 12 months in 10 seconds

Mass storage, strong extensibility, and

high-performance data

reading/writing capacities to eliminate

repeated construction and waste of

resources, meet in-depth application

development and storage

requirements, and save customer

investments

Smart analysis of mass video

resources and application minding

meet the requirements of the police,

and improve prevention capacity

Cloud Computing Guiding Smart Road Surveillance

—Cloud Project of Road Surveillance in Nanjing

Requirements

Unified and standard storage,

management, and analysis of the

original video surveillance data in six

branches

Super data storage functions required

for increasing history and incremental

data

Implements real-time warehousing,

and improves data query and

processing response speed

Accurate management and rapid

retrieval of vehicle tracks

>内部公开





The automatic monitoring system, by

using the Internet of Things as the

platform, performs GIS-based around-

the-clock data and video monitoring of

water pollution sources

Displays monitoring data on the map,

transfers and imports data to theplatform in real time

Understands pollution source

distribution, pollutant emission, and

alarms in time, and performs GIS-base

statistics and analysis

Sends monitoring messages to

relevant personnel immediately

Prevents water crisis through

automatic smart monitoring, real-

time collection of water pollution

information, and immediate

processing

Automatic import and anti-

tampering of monitoring dataensures data reliability.

The GIS-based display and statistic

analysis effectively supports

overall processing and planning of

environmental protection

departments.

Smart Intervention, Eco-Friendly Taihu Lake

—Algae Monitoring of Taihu Lake, Wuxi

Requirements

The algae crisis of the Taihu Lake

in 2007 polluted drinking water

sources and affected aquaculture

The major special project for algae

monitoring was established

Monitors and controls indicators

of the eutrophic waters in the

Taihu Lake, and performs smart

monitoring of algae distribution to

avoid water crisis

>内部公开

d i d i





Integrates the cloud computing and

Internet technologies

Builds the E-learning platform for

coordination of live teaching, distance

learning, and self-study

Provides information assessment tools

to build a one-to-one environment for

learning style diagnosis and process

assessment

Complete platform functions to guarantee

smooth operation of digital basic education

pilots in Jiangsu

Centered on students to support knowledgeexploration and break the space constraints

of education

Supports teaching resources supermarkets,

opening social resources channels, and cost-

effective distance learning, and creates

social values and economic benefits through

the learning platform

E-Education to Promote Education

Informatization—Jiangsu E-Learning Platform

Requirements

Reforms five areas (course, teaching

material, teaching, assessment, and

management) and explores learning

styles in information environment

Transforms from CAI to E-Learning,

builds fully-functional learning

platforms to change teaching

methods, knowledge present modes,

and learning

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