1. By // Ammar Hussain Aljanabi Dr . Hadi Adineh
QOS-Aware DISTRIBUTED For Hybrid Wireless Network for Connected Vehicles
By // Ammar Hussain Aljanabi
Dr . Hadi Adineh

2. QOS-Aware DISTRIBUTED For Hybrid (WN) for Connected Vehicles
Idea
The Idea Wireless Network for Connected Vehicles is to know the Mechanism of communication between vehicles and the use of types of protocol and linking them to get the hybrid between them as well as knowledge of QoS.

3. QOS-Aware DISTRIBUTED For Hybrid (WN) for Connected Vehicles
Mechanism such as (cellular networks) for some time offloading data transmission by:
1-Radio Access Technology (RAT) selection.
2- Vertical Handover (VHO) process.

4. QOS-Aware DISTRIBUTED For Hybrid (WN) for Connected Vehicles
Why ??
Since 4G/LTE is generally not free, it is therefore highly desirable to minimize the time during which the cellular interface is used and to return to the IEEE p/DSRC interface.

5. QOS-Aware DISTRIBUTED For Hybrid (WN) for Connected Vehicles
Wireless Networks is :-
Mobile Ad-Hoc (multi hop).
GSM , CDMA ,(3G ,LTE , 4G).
Wi-Fi (802.11x).

6. QOS-Aware DISTRIBUTED For Hybrid (WN) for Connected Vehicles
For Example to using p protocol (Geo-networking)

7. QOS-Aware DISTRIBUTED For Hybrid (WN) for Connected Vehicles
Structure
Applications of vehicular networks including (ITS) Intelligent Transportation Systems .
Vehicle-to-vehicle (V2V) communications. 
Vehicle-to-Infrastructure (V2I) communications. 
Vehicle-to-X (V2X) communications.
V2V +
V2I =
V2X

8. Merger between V2V & V2I by a new name V2X
QOS-Aware DISTRIBUTED For Hybrid (WN) for Connected Vehicles
Merger between V2V & V2I by a new name V2X

9. Future Wireless Networks.
QOS-Aware DISTRIBUTED For Hybrid (WN) for Connected Vehicles
Future Wireless Networks.
General Communication Among People and Devices.

10. Benefits Communication between vehicles. Road safety.
QOS-Aware DISTRIBUTED For Hybrid (WN) for Connected Vehicles
Benefits
Communication between vehicles.
Road safety.
Traffic Management and Information.
Monitors the position, Speed, Distance and Direction.
Surrounding road users even in conditions of darkness and poor visibility.

11. QOS-Aware DISTRIBUTED For Hybrid (WN) for Connected Vehicles
In the (Next Slides) showing the deferent result when using the (V2V Ad hoc) and (V2I MPLS multi – protocol label switching).

12. QOS-Aware DISTRIBUTED For Hybrid (WN) for Connected Vehicles

13. QOS-Aware DISTRIBUTED For Hybrid (WN) for Connected Vehicles

14. QOS-Aware DISTRIBUTED For Hybrid (WN) for Connected Vehicles

15. Conclusion Through this technique, we can :-
QOS-Aware DISTRIBUTED For Hybrid (WN) for Connected Vehicles
Conclusion
Through this technique, we can :-
Using a new technologies that connected between the Vehicles and Infrastructures (Reduce the cost).
Attain improved QoS results in term of (throughput , end-to-end delay and packet loss).

16. QOS-Aware DISTRIBUTED For Hybrid (WN) for Connected Vehicles
Thank you