Transit Signal Priority (TSP)

With driving comes the words Safe and Dangers on the road. You need to be an expert and also and it’s hard to manage them all the time. There are several ways wherein we can avoid some of the most common problems while driving through the Pedestrian Detection System . People do avoid the common problems on the road, there are still accidents. We do what we can to avoid them, but a strategy wherein a car could help would prove great for drivers.  Pedestrian & cyclist detection is one of the greatest safety technologies in the last few years. Let's learn how it works? How Pedestrian Detection Works Pedestrian Detection System works by sensing anybody walking in front of the car and stops. In this system - the vehicle will have a radar or laser sensor to check the coming pedestrians. The sensor can look out for bicyclists or other objects on the road as well.  On detecting something in the vehicle's path, it will send out audio and visual alerts. The alerts will work as warni

Traffic issues from commercial vehicles or automobiles are a common cause of turbulence on roads and highways across the globe. If not in order, it leads to an increasing number of accidents, fights, chaos, and even pollution. Municipalities worldwide are looking to use advanced Priority Management Systems or active systems as it has the capabilities to control the growing population of connected cars now on the road. Complete data at junctions, roads, and other places are required to understand the market size and the traffic flow. Even with the historical data, the authorities can make sound predictions as the traffic data are considerable. Transit Signal Priority (TSP ) includes a set of operational developments using technology to decrease traffic signals' stay time for transit vehicles. It holds green lights longer or even less time for red lights. Advantages & Capabilities of Traffic Priority Management Systems - Traffic Priority Management Systems can lessen congestion