Transport infrastructure and its development management, vehicle fleet management and logistics, route optimization and cargo flow analysis.
GIS is used in the management of transport and logistics problems. If the transportation department is planning a new rail or road route, this can be done by adding environmental and topographic data to the GIS platform. Based on criteria such as the most correct route, the least damage to the habitat and the least disturbance to the local population, it will be possible to easily determine the best route for transport.
GIS is also used effectively in monitoring railway systems and road conditions, managing traffic problems. Today, the population is growing exponentially along with road transport. By creating and processing a large database that has all the traffic data, such as speed data, road geometry shape, traffic flow and other spatial data, we will get a big graphical representation for traffic management.
GIS can be used as a key tool to minimize the risk of road accidents, optimize the existing road network and also improve road safety measures. This can be achieved by proper traffic management.
