Abstract: According to an embodiment of the disclosure, a method for providing a parking service by a server configured to provide the parking service comprises obtaining a vehicle image from a closed-circuit television (CCTV) camera installed on each of both sides of each parking section of a parking lot in a direction facing a vehicle entering to capture an inside of the parking section in a direction perpendicular to an parking orientation of the vehicle, extracting a license plate of the vehicle from at least one frame included in the obtained vehicle image and tracking a trajectory of an XY-coordinate point of each vertex of the extracted license plate, detecting a time when the trajectory of the XY-coordinate point changes from a linear trajectory to a non-linear trajectory and grouping at least one frame obtained before the time into an image for the vehicle, and mapping and storing at least one license plate number recognized from the at least one frame grouped as a license plate number of the vehicle.

Abstract: According to an embodiment of the disclosure, a method for providing a parking service by a server configured to provide the parking service comprises obtaining a vehicle image from a closed-circuit television (CCTV) camera installed on each of both sides of each parking section of a parking lot in a direction facing a vehicle entering to capture an inside of the parking section in a direction perpendicular to an parking orientation of the vehicle, extracting a license plate of the vehicle from at least one frame included in the obtained vehicle image and tracking a trajectory of an XY-coordinate point of each vertex of the extracted license plate, detecting a time when the trajectory of the XY-coordinate point changes from a linear trajectory to a non-linear trajectory and grouping at least one frame obtained before the time into an image for the vehicle, and mapping and storing at least one license plate number recognized from the at least one frame grouped as a license plate number of the vehicle.

Abstract: The present invention relates to a parking management system. The parking management system includes an entrance camera (100) installed at an entrance of a parking lot to photograph a vehicle that enters the parking lot. An exit camera (200) photographs a vehicle that departs from the parking lot. A plurality of region cameras (300) is installed in respective parking regions to photograph a vehicle. A management server (400) includes a vehicle license number recognition unit (450) for recognizing a vehicle license number, a registration unit (460) for registering a last photographed parking region on a parking ticket, a control unit (440) for calculating a number of available parking spaces for each parking region, and determining a total number of available parking spaces, and a guidance unit (470) for guiding an entering vehicle to an available parking region. A display unit (350) displays the number of available parking spaces.

Abstract: The present invention relates to a parking management system. The parking management system includes an entrance camera (100) installed at an entrance of a parking lot to photograph a vehicle that enters the parking lot. An exit camera (200) photographs a vehicle that departs from the parking lot. A plurality of region cameras (300) is installed in respective parking regions to photograph a vehicle. A management server (400) includes a vehicle license number recognition unit (450) for recognizing a vehicle license number, a registration unit (460) for registering a last photographed parking region on a parking ticket, a control unit (440) for calculating a number of available parking spaces for each parking region, and determining a total number of available parking spaces, and a guidance unit (470) for guiding an entering vehicle to an available parking region. A display unit (350) displays the number of available parking spaces.