The most challenging task for VANET is routing algorithm design due to rapid changes in topology ... more The most challenging task for VANET is routing algorithm design due to rapid changes in topology and high speed mobility of vehicles. In this paper, we study the performance of mobility model and routing algorithms. The algorithm presented in this paper has more efficient packet forwarding capability from source to destination node. The RSU's are set at different transmission range to provide better communication and improve the performance of packet forwarding for communication from V2V (Vehicle to Vehicle) and V2R (Vehicle to Roadside). The proposed routing algorithm reduces packet overhead, end-to-end delay and minimizes the packet loss. Keywords— Include at least 5 keywords or phrases
This paper presents intelligent transport system for communication in city environment. In this i... more This paper presents intelligent transport system for communication in city environment. In this intelligent transport system, we provide information about bus's location and number of students, faculty present in the bus. The intelligent transport system follows the concept of VANET and uses the routing protocols. VANET plays a very important role in ADHOC networking. With the help of VANET, the intelligent transport can exchange information to-and-from another buses and also exchange the information to college. With the help of the VANET, we can track the bus location and all other information related to the bus.
In today's world, VANET (Vehicular Adhoc Network) plays a very important role and used for public... more In today's world, VANET (Vehicular Adhoc Network) plays a very important role and used for public safety communications and commercial applications. The most challenging task for VANET is Routing Algorithm due to rapidly changing topology and high speed mobility of vehicles. In this paper, we study the performance of modified Edge Based Greedy Routing Algorithm. In this algorithm, we set RSU's to provide better communication and improving performance of the movement of the vehicles and packet forwarding. The RSU at different Transmission Range are able to communicate with other RSUs and vehicles. The simulation results show that routing overhead and end-to-end delay is reduced compare to the Greedy Perimeter Stateless Routing (GPSR) and Predictive DirectionalGreedy Routing (PDGR) and EBGR in Vehicular Adhoc Network.
The most challenging task for VANET is routing algorithm design due to rapid changes in topology ... more The most challenging task for VANET is routing algorithm design due to rapid changes in topology and high speed mobility of vehicles. In this paper, we study the performance of mobility model and routing algorithms. The algorithm presented in this paper has more efficient packet forwarding capability from source to destination node. The RSU's are set at different transmission range to provide better communication and improve the performance of packet forwarding for communication from V2V (Vehicle to Vehicle) and V2R (Vehicle to Roadside). The proposed routing algorithm reduces packet overhead, end-to-end delay and minimizes the packet loss. Keywords— Include at least 5 keywords or phrases
This paper presents intelligent transport system for communication in city environment. In this i... more This paper presents intelligent transport system for communication in city environment. In this intelligent transport system, we provide information about bus's location and number of students, faculty present in the bus. The intelligent transport system follows the concept of VANET and uses the routing protocols. VANET plays a very important role in ADHOC networking. With the help of VANET, the intelligent transport can exchange information to-and-from another buses and also exchange the information to college. With the help of the VANET, we can track the bus location and all other information related to the bus.
In today's world, VANET (Vehicular Adhoc Network) plays a very important role and used for public... more In today's world, VANET (Vehicular Adhoc Network) plays a very important role and used for public safety communications and commercial applications. The most challenging task for VANET is Routing Algorithm due to rapidly changing topology and high speed mobility of vehicles. In this paper, we study the performance of modified Edge Based Greedy Routing Algorithm. In this algorithm, we set RSU's to provide better communication and improving performance of the movement of the vehicles and packet forwarding. The RSU at different Transmission Range are able to communicate with other RSUs and vehicles. The simulation results show that routing overhead and end-to-end delay is reduced compare to the Greedy Perimeter Stateless Routing (GPSR) and Predictive DirectionalGreedy Routing (PDGR) and EBGR in Vehicular Adhoc Network.
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Papers by Irfaan Khan