All about the earthquake resistance building

1. SMART ROAD
The innovative road
that runs with progress

2. What is a Smart Road ?
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It is a completely integrated way to everyday life where there is no
discontinuity in the behaviors and in times, it means ......
zero distanceand spaceextension
It is an environment that recognizes and includes any user ……
friendly
It is….
sustainable

3. What is a Smart Road?
SECURITY
INFORMATION
COMFORT
CONNECTIVITY
3

4. High prices
Technology can fail
The system does not work
Computer systems may be violated
Unclear attribution of responsibility
Integration with infrastructures
lacking this kind of technology
Driving not equal to that
of a human being
Data privacy
Must learn how to use
this specific technology
High Medium Low None
Safe driving
Fuel savings
Insurancesavings
More comfortable driving experience
Lesstraffic
Time saving
Relax while driving
Use of new technologies
People without a drivers license
Work in the car
Sleep in the car
PROS
Medium Low None
High
Smart Road is Autonomous Driving
CONS
4

5. Smart Road Vision
A safe road, with Advanced Driver Assistance Systems, Autonomous Driving and
Intelligent Transport Systems
Connectivity with Users and Vehicles
Structural health monitoring
Info-mobility in real time
Green T
echnology
Sustenaibility
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6. Smart Road Is For
 A wired road to give and receive information
 Green Island to provide renewable energy every 30 km
 Drones in every green island for monitoring and rescue
 Hot Spot WIFI every 300 meters for a connection via Smartphone
 Vehicle and road dialogue systems for self-driving and truck platooning
 Road information, weather conditions, alternative routes, directly by car
 SOS on Board via Smartphone
 Intelligent highway access management
 Real time Info-mobility for traffic flows management
 Increasing of security level
 Infrastructure monitoring via Internet of Things

7. Exchange of information between users and infrastructure. Access
Points distributed along the road infrastructure for reliable
connections with mobile devices in motion at motorway speeds
CONNECTIVITY
Wi-Fi
in motion
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Wi-Fi
Vehicle T
o Infrastructure
DSRC- ETSIITS-G5
Exchange of information between vehicles and
infrastructure:
• OBU (On Board Unit): equipment for Wi-Fi connectivity
on board the vehicle
• RSU (Road Side Unit): equipment for Wi-Fi connectivity
distributed throughout the road infrastructure

8. Moving Wi-fi
Clients can now use
according to traffic laws
 SAFETY
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various services, safely and
 INFO-MOBILITY
 WEATHER CONDITIONS
 SOS ON BOARD
 LOGISTIC SERVICES
All services are available through APPs which will ONLY be
activated in voice mode while vehicles are moving,
offering full usability when the vehicles are motionless

9.  Speed
 Acceleration / Deceleration
 T
emperature, Pression,Humidity
 Localization (Gps)
 Magnetic Sensor
 Tilt Sensor
 Proximity,light (phone usage)
 Phone Provider and Network (3G, 4G,…)
 Language/Nationality
 Mobile Device Model
 Operating System
SmartPhone Sensing
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10. Wi-Fi Eleven P and The European Strategy on C-ITS Systems
Applications Categories Applications Tasks Day C-ITS Services List
Active Road Safety
Assisted Driving/ Road Safety
Information
Signaling the presence of emergency vehicles Day 1 C-ITS Services List
Signaling the presence of slow-moving vehicle Day 1 C-ITS Services List
Collision alert nearby interchange Day 1 C-ITS Services List
Signaling the presence of Motocycle
Assisted Driving/ Warning
Signalling
Electronic emergency stop light Day 1 C-ITS Services List
Against-traffic-flow driving alert
Signaling the presence of vehicle involved in accident Day 1 C-ITS Services List
Signaling the presence of broken-up vehicle Day 1 C-ITS Services List
Traffic Conditions Day 1 C-ITS Services List
Detection of any road sign violation Day 1 C-ITS Services List
Signaling the presence of construction site Day 1 C-ITS Services List
Alert risk of accident Day 1 C-ITS Services List
Data from the vehicle / dangerous place
Data from the vehicle / rainfall
Data from the vehicle / road friction
Data from the vehicle / visibility
Data from the vehicle / wind
Traffic Efficiency
Speed Management Notification of speed limits Day 1 C-ITS Services List
Cooperative Navigation
Traffic information and recommended road routes Day 1.5 C-ITS Services List
Signalling road sections closed / Alternative routes Day 1.5 C-ITS Services List
Assisted navigation
Repetition of road signs in the vehicle Day 1.5 C-ITS Services List
Local Cooperative Services
Services based on location
monitoring
Notification of points of interest Day 1.5 C-ITS Services List
Automatic parking areas access control and management Day 1.5 C-ITS Services List
Internet Services Connectivity Services
Insurance/ Financial services Day 1.5 C-ITS Services List
Vehicles fleet management
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11. "Smart" Surveillance Activities with detection of hazardous events and critical
situations on the road and traffic data, equipped with a remote focus function,
with the capacity of taking footage day and night in all weather conditions
T
raffic Flow condition
Traffic Congestion
Motionless vehicle (accident, etc.)
Slow vehicle
Vehicle moving in the opposite direction
Pedestrian on the road
Smoke or Fog on the road
Thing on the road
Automatic number plate recognition
Lane change
real-time traffic (average speed, traffic data,
lane occupancy, vehicle classification, etc.).
Kemler code plate recognition
INFORMATION FROM ROAD

12. Technology Behind Intelligent Traffic System

13. SmartPhone Sensing
1
3

14. Smart Traffic Sensor

15. Video Monitoring System
provide real-time images of the surrounding area, allowing authorities to
monitor traffic flow and conditions in real-time and identify incidents as they
occur.

16. Connected Traffic Light System
As opposed to conventional traffic lights, smart traffic light systems integrate
the aforementioned sensor and connected video monitoring technologies to
account for intersection wait times, vehicle speed, and/or pedestrian traffic.
Intelligent traffic light systems incorporate artificial intelligence (AI) and
Machine Learning (ML) processes to enable computer vision, optical character
recognition (OCR), and reinforcement learning.

17. Real-time information on roadwork areas, routes, access and road
maintenance operations that restrict traffic and can create queues or critical
situation to road users.
A device equipped with a GPS position sensor, triaxial accelerometer, capable of
detecting collisions/ rollovers/ change of position and on/off manual switches. The
device will communicate data by means of wireless systems with the ability to remotely
communicate its position at least every hour and at every change of position.
INFORMATION FROM ROAD

18. Sustainable Transport

19. DRONES
Drones can play an important role in
monitoring the infrastructure and/or road
conditions, since they can fly to otherwise
«inaccessible areas» and take high-
resolution footage.
Also, in case of emergencies, drones can
quickly reach the location where assistance
is needed and can deliver emergency kits
to rescuers, such as portable defibrillators.

20. Vehicular Barrier
Vehicle control
Stations with Multifunction Smart Cameras
Traffic signalling stations
SMART GATE

21. Real-time management and control via IOT (Internet of Things) of the
road infrastructure and its new technologies.
Weigh in Motion
Tunnel
Smart Gate
Bridge
Weather
Conditions
Road Platform
Hydrological
Conditions
Hazardous
Goods
IoT

22. Intelligent management of tunnels through the Smart Tunnel methodology
"dynamic" risk analyses
is based on
It is a tool that allows the operator to verify the security level of tunnels, on well-defined
timeframes, depending on the infrastructure’s actual operating conditions, the current state
of works and installations
GATEWAY
Security Level
Calculation
Real Time
Middle Time
Long Time
Link
Smart Tunnel

23. The Green Island is a multi-technology site for
the generation and transformation of energy
from renewable sources (photovoltaic, small
wind systems).
It allows each segment of the infrastructure to
generate its own power supply through an
electrical distribution system that maximises
energy efficiency by ensuring lower operating
costs.
Electric charging stations, drones charging and landing
stations will be installed on site.
Green Island

24. Advantages Of Smart Road Technology
1. By monitoring traffic flow and adjusting signals and lane assignments
accordingly, smart roads can alleviate congestion and reduce commute
times.
2. Smart road technologies can detect accidents, hazards, and adverse
weather conditions in real-time, allowing for immediate response and safer
driving conditions.
3. Integrated sensors and communication systems optimize transportation
networks, reducing fuel consumption and emissions by minimizing idling and
congestion.
4. Smart road technology can monitor the condition of roads and bridges,
identifying areas in need of repair or maintenance before they become safety
hazards.

25. 5. Smart road systems provide drivers with real-time information on traffic
conditions, road closures, and alternative routes, improving navigation and
reducing travel times.
6. Smart roads are essential for the safe deployment of autonomous vehicles,
providing the necessary infrastructure for communication and navigation.
7. Smart road systems generate vast amounts of data that can be analyzed to
improve transportation planning, infrastructure design, and public
safety initiatives.