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Authors | Application | Technology | Objectives |
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Fuyama [23] | Electronic toll collection System (ETCS) | Wireless communication between a roadside antenna in a tollgate and a vehicle unit in a moving vehicle | Maintain a constant green speed in toll gate |
Tengler and Heft [24] | Vehicle Information Communication Systems (VICS) | Provide the traffic and travel data to the drivers by transmitting using wireless technology. | Reducing traffic congestion, traffic accidents, and improving road environment |
Glass et al. [25] | Traffic Management Systems (TMS) | TMS include onboard satellite navigation devices as well as dynamic driver assistance and variable message signs. | Transport can be made safer, cheaper, more reliable and greener. |
Boatright et al. [26] | Vehicle Navigation System (VNS) | Uses information from a Global Positioning System (GPS) to obtain velocity vectors, which include speed and heading components. | Advice the driver for the shortest and fuel efficient path. |
Pfeiffer et al. [27] | Driver Assistance Systems | Based on intelligent sensor technology constantly monitor the vehicle surroundings as well as the driving behavior. | Detect potentially dangerous situations at an early stage and actively support the driver |
Hoeger et al. [28] | Automated Driving System | Real-time driving functions necessary to drive a ground-based vehicle without real-time input from a human operator. | Traffic-jam reduction and full-range automated cruise control |
Masum et al. [29] | Urban Traffic Information Systems (UTIS) | Create, analyze and process the location information of moving vehicle to improve convenience by providing improved flow of transportation logistics and analyzed traffic information to driver. | Total management system of the streetlight light and security light and reduction of pollution |
Wiering et al. [30] | Intelligent Traffic Light Control System. | Intelligent traffic light control system comprising a microprocessor, a manual input device, an enforced switching device and an intelligent detecting device, where in the microprocessor is used for controlling traffic lights. | Maximize the traffic efficiency of intersection of roads and achieving a best control for traffic. |
Lemelson and Pedersen [31] | Vehicle Collision Avoidance System | It uses radar and sometimes laser and camera sensors to detect an imminent crash. | To reduce the severity of an accident which in term reduce congestion. |
de Fabritiiset al. [32] | Traffic Estimation and Prediction System | Use computer, communication, and control technologies to monitor, manage, and control the transportation system. | Improve traffic conditions and reduce travel delays. |
Smith, et al. [33] | Scalable Urban Traffic Control | The SURTRAC dynamically optimizes the control of traffic signals in three sections: first, decision making in decentralized manner of individual intersections; second is an emphasis on real-time responsiveness to changing traffic condition and finally managing urban road networks. | Objectives include less waiting, reduced traffic congestion, shorter trips, and less pollution. |
Blum et al. [34] | Intelligent Speed Adaptation (ISA) | There are four types of technology used for ISA: GPS, Radio Beacons, Optical recognition, Dead Reckoning | ISA helps to reduction of accident risks and reductions of noise and exhaust emissions. |
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