Distributed framework for managing Aircraft traffic using aircraft Vehicular adhoc networks and Hadoop map reduction

Abstract

Modern technological growth made a new invention in the field of newlinetransportation facilities. Initially, the transportation was invented with newlineroadway vehicles like bus, train, etc. Then in parallel, few developments were newlinealso made in waterways by inventing new transports like a ship, marine, etc. newlineDue to lack of security issues in waterways, people were not encouraging the newlinewaterways. After several years of comparing waterways and roadways, newlineairways were started and slowly became more popular than roadways because newlineof fast transportation to the destination. Nowadays technology growth in newlineairways has kept on growing which changes the transport of humans from newlineroadways and waterways to Airways. Also, due to the heavy traffic on newlineroadways people encouraged to utilize the airway transport. newlineThis interest of humans in future airways also became traffic due to newlinetake off and land time delay. In order to avoid the time delay between the newlinetake-off and land time, it is the need of an intelligent technique which newlinemonitors the activity of Aircraft positioning and decides the land and take off newlinewithout any disturbances. newlineThis thesis proposes a technique to manage the Air traffic by newlineproviding the shortest route from source to destination, monitoring the newlineAircraft location, calculating the traffic in Aircraft, advance reservation of newlinelanding, emergency help, etc. newlineThis research work was carried out by using the technique of newlineHadoop Distributed File System and Map reduction function that is used to newlinecreate the feasible path in distributed framework. newline