How Does The Bus Passenger Counter Work?

working principle bus passenger counter Mainly based on 3D image sensor technology and stereo vision technology. By installing binocular cameras in areas such as car doors and roofs, the real-time movement trajectories of all human targets within the video range are captured and analyzed. 3D image sensor technology and stereo vision technology can more accurately identify and count human targets moving in different directions, whether entering or exiting. Through 3D image sensors and computer vision technology, the counter can obtain depth information of human targets, thereby achieving more accurate statistics.

this  passenger counter Vision technology analyzes the shape, height and other information of the human body to determine the walking direction and entry and exit conditions. Detect and track objects in depth images to achieve high-precision passenger flow statistics. When the human target enters the camera's field of view, the counter starts tracking, and the count is not judged until the human target leaves the image area. This can effectively filter out duplicate counting that may be caused by hesitation and improve statistical accuracy in complex environments.

Passenger counters provide a more accurate count of the number of people in a bus. In addition to being connected to the door opening and closing signals of the entry and exit, the data can also be synchronized to the backend management system to realize the real-time collection and display of data such as the number of people entering and exiting, the number of people present, and the number of people throughout the journey. This helps improve bus operation efficiency and service quality.

Bus passenger counters play an important role in urban public transportation systems and are generally installed in buses and on platforms. On the bus, the counter can be installed above the door or on the pillar inside the bus to count the number of people in the bus and the number of people getting on and off in real time. At the platform, counters can be installed on the platform columns to count the number of people waiting to get on the bus and the number of people leaving the platform after getting off.

The bus passenger counter uses stereoscopic vision technology and machine vision technology to achieve highly statistical and accurate passenger flow statistics. It can effectively solve the problems of traditional passenger flow statistics, improve the accuracy and efficiency of statistics, and provide important data support for bus operations. Provide operational support for the arrangement of urban bus vehicles, provide passengers with detailed vehicle location information, reasonably arrange travel time, and improve passenger ride experience and satisfaction.