Vehicle detection systems aim to provide essential information such as traffic flow prediction, vehicle speed measurement, identification of traffic accidents, vehicle counting, and much more. The size of target, task, sensing mounting, and sensing range are the main factors to consider when selecting your vehicle-detection application.
Vehicle detection is an important activity as it reduces downtime in reaction towards accidents and natural disasters. Like other areas, there are big strides in technological innovations and improvements in the vehicle detection system.
The most recent discovery is the use of Vibration Detection and Ranging Technology in real-time detection. This utilizes fiber optics in visualizing, recording, and labeling objects. It converts vibrations into detection and recognition of events and objects in real-time over vast areas.
Detecting vehicles reliably offers a great advantage for resource allocation, site safety, traffic control, and asset management.
In this article, we’ll discuss vehicle detection systems and the advantages of vehicle detection systems.
What is a vehicle detection system?
Vehicle detection systems are technologies used to detect vehicle movements and use the information to help the driver navigate better. The vehicle detection systems are used in various functions to detect overhead obstacles, accident detection, wrong-way vehicle, vehicle classification, and stopped vehicle detection.
It also helps get more typical traffic data such as queue detection, occupancy, and vehicle gap.
Benefits of vehicle detection systems
- The vehicle detection systems detect overhead obstacles such as tunnels and bridges and warn the driver individually. This efficiently reduces accidents.
The vehicle control systems using FiberSense convert data to managing traffic movement.
Each car’s vehicle control system application provides the driver with pedestrian assistance, autonomous vehicle operation, and monitoring.
The FiberSense technology doesn’t record any personal data, unlike the other technologies, as it doesn’t rely on facial recognition. Unlike video cameras’ mass employment, this offers great privacy and a great advantage of vehicle detection systems.
FiberSense vehicle detection systems can seed profiles per vehicle incidence and response whenever the car is in the sensing area.
Vehicle detection systems help prevent a car-to-car collision on blind corners. This is because when using this technology, the driver can identify approaching vehicles using real-time detection.
Vehicle detection helps prevent pedestrian or animal accidents. Vibration Detection and Ranging Technology helps detect any movement, and the driver can respond to unexpected events better.
One of the great advantages of vehicle detection systems is that it can attain high-resolution traffic streams by capturing complete trips and the continuous profile of speeding vehicles.- FiberSense technology in-vehicle detection systems save money that otherwise would be used in monitoring, planning, and managing traffic.
Vehicle detection systems collect information about the environment and vehicle movements and help you manage the city better by developing efficient plans.
FiberSense vehicle detection systems give quality signals and fiber cuts through monitoring the optic line.
This technology adds to the many advantages of vehicle detection systems as it ensures you get uninterrupted transmissions of information.
FiberSense vehicle modification systems offer real-time reactions for a fast emergency such as an accident or natural disaster. This shortens the downtime during an emergency.
Conclusion
As you have seen, there are many advantages of vehicle detection systems. There are many technologies to choose from depending on the task, sensing mounting, and sensing ranging. Vehicle detection systems improve traffic management through real-time object and event detection and accurate data transformation. Get these services today to enjoy the above benefits and much more.
