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Agile IoT Transformation of Transportation




Agile IoT Solution — Driving
Digital Transformation of
Transportation
Dr. Wu Chou
IEEE Fellow & CTO
Enterprise Network Product Line, Huawei Products & Solutions

IoT: Next Billions of Connections

Buildings

Smart Building
$22Bn

Smart Healthcare
$ 1Tn

Smart Home
$60Bn

Smart
Home

Healthcare

Smart Education
$344Bn

Education

Market by 2025
Envir

Smart Technology
$60Bn

Smart
Technology

Global Smart Envir
$705Bn
Energy & Utilities

Water $330Bn
Energy $400Bn

estimated impact

Transportation
Connected Vehicle
$104Bn

$11.1
Trillion

Smart City

Security, Traffic
$1.6Tn

IoT Connectivity
(Global estimations from 9 analytics
agencies, e.g., Ovum, GSMA, Gartner)

* McKinsey Global Research 2015

IoT Faces Huge Challenges

Mgmt of Massive Connections

Various Interfaces & Protocols

Real-Time & Secure

Billions of Terminals
Dispersed over the World

Mgmt of Massive Connections
Various Interfaces & Protocols

Real-Time Connection Computing
E2E Security

IoT: Bridging the Physical and
Digital World
Huawei “1+2+1” IoT Solution

Cloud Data Center

Device Management

1 Platform

Operation

Data Processing

IoT Platform
eLTE / NB-IoT / 5G

IoT Gateway

2 Access Modes
eLTE / NB-LTE / 5G

1 IoT OS

ZigBee/PLC/Bluetooth/RS485…

Huawei LiteOS

Huawei Agile IoT Solution

Sensors

Network

Agile Controller

Applications

Agile IoT Gateways

Energy

Internet

IoT
Interfaces

Network
Management

Application
Management

Transportation
Industrial

Protocol
Conversion

Manufacturing
Computing
Resource
Management

Edge
Computing

Data
Subscription

Smart
Building/Home

1st SDN-Based Architecture

Strongest Adaptability

4-Level Security

Edge Intelligence

Agile IoT Gateways for Various
Scenarios

Local Apps

VM/Container

Agile IoT Gateway
Industrial-grade
design

Shock-proof

Dust-proof

Water-proof

Anti-EMI

Abundant
interfaces

Adaptation to complex
protocols

ZigBee, RF, Bluetooth,

PLC, RFID, CAN,

RS248, RS232, DI/DO …

MODBUS, Wi-Fi,

Edge computing

6LOWPAN…

Edge computing & storage

Huawei’s Contributions to IoT
Standards and Industry Alliances

Industry Standards Organizations

Industry Alliances

Energy
Sparkle Team

Industry 4.0
Sparkle Team

IoV Sparkle
Team

NB-IoT Forum

Sensor Industry Working Committee

IoT Chip/
Module

Access and
Network

Service
Platform

Application

AII: Vice Chairman

NB-IoT Forum: Founder

oneM2M: Major contributor

IIC: Member

Huawei Agile IoT Solution Changes
Transportation Industry

In-Vehicle
Security

In-Vehicle Wi-Fi

Connected
City Lighting

Smart
Connected Fleet

In-Vehicle Wi-Fi for IoT: Expanding
the Scope of Connected Services

Vehicle Mgmt
Platform

GIS

Various Scenarios

Portal/A.D. Driver & Passenger Mgmt

Agile Controller
GPS

LT
E

In-vehicle Wi-Fi, video surveillance,
multimedia, and safety monitoring in
buses/trains/metros

Openness, Rapid Integration

Vehicle-Mounted
Gateway
Bus/school
bus/train

In-vehicle Wi-Fi, video surveillance,
multimedia, and safety monitoring in
buses/trains/metros

All-in-One, Lower CAPEX
2.4G/5G

Wi-Fi

Video
Surveillance

Multimedia

Safety
Monitoring

Computing, storage, Wi-Fi, LTE,
video, and GPS functions integrated
in one gateway

In-Vehicle Security: Ensuring Safety
of Children

Visible & Secure
In-vehicle and out-vehicle 360degree monitoring, GIS-based
real-time monitoring
Agile IoT Gateway

Enhanced Experience
Passenger counting and statistics
collection, avoiding passenger
detention

:

Lower OPEX
Periodical vehicle health check,
early warning on
vehicle conditions

Smart Connected Fleet: Predictive
Maintenance and Resource Optimization

Fault Ratio
Data Analytics
Platform

LTE

IoT Gateway

30+ Real-Time
Sensors

60%

Periodical vehicle health check, early
warning on vehicle conditions
Predictive maintenance analysis,
shortening service downtime

Operational Efficiency

50%

Uploading real-time data through
3G/4G
GPS-based vehicle location reporting
High operational efficiency

Strongest Adaptability
Various interfaces connect different
sensors
Industrial-grade shock-proof design

IoT for Smart City:
From Imagination to Reality

Air quality and
pollution level

IoT platform for Smart City

Temperature and
humidity

Street lighting
control

(next billions for smart city > $1.6
trillion)

Traffic status

Parking
monitoring

IoT services for city life
through ‘smart’ things

Waste disposal

Electric car
charging pole

Deploying and connecting

Wind speed and
direction

Accumulated
water level

massive numbers of
sensors

Security and emergency

Emergency services

services for smart city IoT

Challenge: Requiring a huge number of sensors to cover the city
How can such a huge number of sensors be connected and how can data
backhaul be performed?

Huawei Smart City IoT:
Streets/Roads — Nerves and Arteries of a City
Street Lights — Following the Roads for Smart City IoT Deployment

From Street Lights to Smart City IoT:
Huawei Connected City Lighting Solution

1

External street lighting controller (the
interfaces comply with ANSI C136.41)

2

Street lighting
management
system

IEEE 802.15.4-based wireless Mesh
technologies (ZigBee and 6LoWPAN RF)

Agile Controller
GPRS/3G/LTE

IoT gateway

3

Controller features: Switch on-off;
adjusting brightness; reading meter data;
setting alarms; integration with brightness
sensors

RF Mesh

4

Multi-level reliability design

5

Street lighting controller

GIS-based street lighting management
application software

6LoWPAN: IPv6 over Low power Wireless Personal Area Networks

Huawei Connected City Lighting:
IoT-Based Smart Lighting for Smart City

80% Energy Saving
Multi-Level Control
Sensors & Controller
Movement
Sensor

Agile IoT

Gateway

Agile
Controller

Applications

Air Quality
Sensor

Lighting Mgmt

LTE/3G

90% Lower OPEX
GIS-Based Management


Parking Sensor

Trash Can Flow Monitor

eSDK
API

Environment

Energy

Open, Evolved to Smart City
Rapid Integration with ThirdParty Apps & Devices

IoT Connected City Lighting:
LED Lighting + IoT

From Connected City Lighting to
Smart City IoT

Transportation

Environment monitoring

Energy management

Other applications

IoT Platform
RF Mesh network
Traffic
sensor

Street lighting
control

Environmental
sensor

Garbage bin
monitoring

Parking
sensor

Manhole
sensor

Applications integrated on
smart street lighting poles:
 Information release on
outdoor LED displays
 Charging poles
 Wi-Fi coverage
 Video surveillance

Sensing Nodes for Smart City Based
on Connected City Light Poles
IoT Services
 Smart control over LED lighting
Intelligently adjusts the brightness of LED
lighting, reducing power consumption.

 Sensor installation platform
Installs multiple sensors on a street light
pole to monitor the wind speed, temperature,
humidity, air quality, and traffic, etc.

 Distributed sensor access
Configures a street lighting controller
(installed on a street light pole) as the access
node to allow access of sensors installed in
other positions.

 Charging poles
Provides wired and wireless access modes
for pole vendors.

Traditional Network Services
 Wi-Fi coverage
Provides 2.4 GHz public Wi-Fi access (also possible
for small cell cellular coverage).

 Wireless/Wired backhaul
Backhaul channels for all services based on smart
street light poles (including backhaul at the
aggregation light poles).

 Video surveillance
Integrates video surveillance cameras.

 Outdoor LED display
Advertisement push, environmental and
social information (e.g., shopping, dining,
etc.) publication, and emergency information
release.

Huawei IoT OPENLABs:
Building an Agile IoT Ecosystem

Cloud
Service

eSDK

Online

24/7

Open API

Interactive

Expert
Support

OPENLABs (Suzhou, Munich, Ghana, Mexico, Saudi Arabia…)

……
Connected City
Lighting

Connected
Bus/Train

Smart Building

Wu Chou
Email: Wu.Chou@huawei.com






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