Parking area identification system and method, detection system and method, and security system
A parking area and recognition system technology, applied in the field of vehicle parking area cross-border recognition and detection, can solve the problem of inconsistency in each parking area cross-border area, achieve the effect of reducing coordinate system conversion calculations, good consistency, and reducing operating procedures
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Embodiment 1
[0044] Such as figure 1 , 2As shown, Embodiment 1 provides a parking area recognition system 100, including an image acquisition unit 10, an intelligent vision processing unit 20, and an intelligent terminal 30, wherein,
[0045] The image acquisition unit 10 is used to transmit the image of the standardized parking area drawn with traffic markings to the intelligent vision processing unit 20 and the intelligent terminal 30;
[0046] The intelligent visual processing unit 20 is connected to the image acquisition unit 10, and is used to recognize and detect the position coordinates of the traffic markings according to the received image, and draw the corresponding position coordinates on the image by marking to obtain the processed image;
[0047] The intelligent terminal 30 is connected to the image acquisition unit 10 and the intelligent vision processing unit 20, and is used to compare the images of the standardized parking areas drawn with traffic markings obtained by the ...
Embodiment 2
[0053] Such as image 3 As shown, Embodiment 2 provides a parking area identification method, comprising the following steps:
[0054] S1: Obtain an image of a regulated parking area with traffic markings drawn on it. The image acquisition unit 10 can be used to acquire the image of the standardized parking area with traffic markings drawn, which is drawn by relevant departments in advance.
[0055] S2: According to the image recognition acquired by S1, the position coordinates of the traffic markings are detected, and the corresponding position coordinates are drawn on the image by marking, to obtain the processed image, and continue to execute S3; in the S2, according to the acquired The image recognition to detect the position coordinates of the traffic markings specifically includes: using the artificial intelligence algorithm model based on deep neural network machine learning to detect the position coordinates of the traffic markings according to the acquired image reco...
Embodiment 3
[0064]Embodiment 3 provides a parking area detection system, including the parking area identification system 100, and also includes a server connected to the parking area identification system 100, wherein,
[0065] The image acquisition unit 10 is configured to acquire a real-time state image of the parking area and transmit it to the server;
[0066] The server includes a storage medium, the storage medium stores the reference coordinates of the parking area, and is used to judge whether the vehicle is parked beyond the boundary according to the comparison result of the acquired real-time status image and the reference coordinates of the parking area.
[0067] The using method of the parking area detection system of embodiment 3 comprises the following steps:
[0068] T1: Use the image acquisition unit 10 to acquire the real-time status image of the parking area and transmit it to the server. The real-time state image includes the real-time state image of the vehicle parke...
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