1. MSBTE STATE LEVELTECHNICAL PAPER
PRESENTATION COMPETITION 2023-24
Samarth Rural Educational Institute
SAMARTH POLYTECHNIC,BELHE
Introduction to 5G
Connectivity in
Automobiles
Varad Uday Gadre
Omkar Sandeep Sanas
ZES’s Zeal Polytechnic, Narhe, Pune 411041
Department of Mechanical Engineering
2. Introduction to 5G
Connectivity in
Automobiles
5G connectivity in automobiles is revolutionizing the automotive industry,
offering new opportunities and challenges. The implementation of 5G has
the potential to transform the driving experience and enable a wide range
of innovative technologies.
3. Benefits of 5G in the Automotive
Industry
1 High-Speed
Connectivity
5G provides faster
and more reliable
internet connectivity
in vehicles,
enhancing the
overall user
experience.
2 Advanced
Infotainment
Systems
Real-time streaming,
interactive
entertainment, and
seamless
connectivity are
made possible with
5G.
3 Data-Intensive
Applications
Support for
bandwidth-hungry
applications such as
augmented reality
(AR) navigation and
streaming services
in vehicles.
4. Enhanced Safety Features Enabled
by 5G
Collision Avoidance Systems
5G enables real-time data transmission
to alert drivers in critical situations and
prevent accidents.
Emergency Response
Connectivity
Quick and reliable communication with
emergency services for faster
response to road accidents and other
emergencies.
Vehicle Security
Enhanced security measures and anti-theft features through 5G connectivity in automobiles.
5. Improved Vehicle-to-Vehicle
Communication
Enhanced Traffic
Management
Real-time
communication between
vehicles to optimize
traffic flow and reduce
congestion.
Cooperative
Adaptive Cruise
Control
Seamless coordination
among vehicles for safer
and more efficient driving
experiences.
Collision Avoidance
& Avoiding
Obstacles
Advanced warnings and
coordination to avoid
collisions and navigate
around unexpected
obstacles.
6. Real-Time Traffic Updates and
Navigation Assistance
Dynamic Route Optimization
Utilizing real-time traffic data to suggest
optimal routes and minimize travel times.
Interactive Navigation
Engaging and responsive navigation
systems that adapt to changing traffic
conditions.
Predictive Traffic Analysis
Anticipating traffic patterns based on
historical and real-time data for more
accurate travel estimates.
7. 5G's Impact on Autonomous Driving
Technology
1 Enhanced Sensing & Decision-Making
5G enables faster data transfer, enhancing the capabilities of autonomous
vehicle sensors and decision-making algorithms.
2 Remote Monitoring & Control
Real-time connectivity allows remote monitoring of autonomous vehicles and
intervention if necessary.
3 Leveraging Edge Computing
Utilizing edge computing and 5G networks to process large volumes of data
for autonomous driving systems.
8. Challenges and Considerations for
Implementing 5G in Automobiles
1
Interference
2
Infrastructure Needs
3
Security Concerns
4
Regulatory Compliance
9. Conclusion and Future Prospects of
5G Connectivity in Automobiles
Enhanced Connectivity Faster Data Transfer Advanced Safety Features
Autonomous Driving
Advancements
Real-Time Navigation Challenges of
Implementation
