Page 15 - PRODUCT INNOVATION POSTER

page 15 of 62 pages

UNIVERSITI TEKNOLOGI MARA INVENTORS:
TS. MUDIANA MOKHSIN @ MISRON (SUPERVISOR)
PRODUCT ID : ICrIPE23-MP-17 MUHAMMAD IRFAN ARIF BIN MOHAMMED RIDZUAN (LEADER)
PRODUCT NAME: SMART TRAFFIC MANAGEMENT NORDIANA BINTI MISRAN
SYSTEM FOR EMERGENCY VEHICLE NUR BATRISYIA DAMIA BINTI MUSTAFA

PROJECT BACKGROUND: PROBLEM STATEMENT :

• An IoT-based project that can effectively manage traffic while 1. Pre-set Sequence - The order of the green glow is determined
allowing emergency vehicles free passage where traffic flow without considering the presence of an emergency vehicle.
can be dynamically controlled using system services, especially 2. Heavy Traffic - Stuck in traffic particularly at intersections with
during peak hours. traffic lights.
• Combine with a mobile application system to notify drivers 3. Causing Fatal - Response time delays could exacerbate an
about traffic conditions and the quickest routes to their location. emergency and be fatal.
• Potentially improve road traffic by reducing human error, 4. Hazardous Situation - Other vehicles need to move even when
accelerating accident detection and response, and increasing the traffic light is red to allow emergency vehicles to pass.
safety. 5. More Incidents – Could harm more people, for example, an
• Specially designed for the authorities involved in providing incident involving road users during the moving process.
effective and efficient road traffic control and assisting in
reducing road congestion, benefiting the community and the
country. INNOVATION HIGHLIGHT:
OBJECTIVES:
1. Authorities can respond to emergencies quickly and significantly
reduce fatality rates.
1. To provide clear pathways that allow emergency vehicles to 2. AI recognition is used to detect emergency vehicles and
arrive at their location quickly and safely.
2. To reduce the number of response times to attend to automatically adjust traffic light operations and estimate waiting
emergencies. times for each vehicle, to allow them to pass safely.
3. To assist the drivers with real-time information about the traffic 3. Have the ability to provide real-time video from roadside cameras
situations around them. to AI systems that are capable of counting the number of
vehicles, categorizing them according to type, and recognizing
4. To prepare comprehensive road safety for both emergency vehicle registration plates.
vehicles and public vehicles.
5. To identify road users who violate the traffic light signal, 4. Simply by using a mobile application, drivers can quickly request
including at night. the best route to the location while also gaining access to traffic
information.
METHODOLOGY:
CONCLUSION:
To enable a methodical approach in development, the
Mobile Application Development Lifecycle (MADLC) is This project implements the Internet of Things (IoT) to improve the
developed. This project has completed the first until fourth current traffic system in Malaysia. Rather than focusing on law
phase.When the prototyping step is finished, the remaining enforcement, this project is to assist the authorities involved in
phases of MADLC will be implemented. experiencing a more efficient and practical traffic management
system in busy cities, particularly when it comes to emergency
response times. Information on traffic flows may be obtained via
Identification Design Development Prototyping Testing Deployment Maintenance
the proposed system at any time or location. Users can receive
DIAGRAM: real-time notifications from this system about the status of each
requested route for their assistance in saving people’s lives.

COPYRIGHT APPLICATION: