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When the motorist returns, the ticket is inserted into a machine to calculate the charges. The payment is registered on the database. Then he drives to the exit barrier and the system again reads the number plate and checks it in its database. If it is recognised the barrier is raised

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Then the car park barrier is raised and the motorist is issued with a ticket which shows the date and time of entering.

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It takes scanned text and converts it into a computer-readable form.

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-An algorithm locates and isolates the number plate from the image
-The brightness and contrast is adjusted
-Each character on the number plate is segmented
-Each character is recognised using OCR. The characters are converted into a string of editable text by the software
-This is stored on a database

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A sensor detects a vehicle and sends a signal to a microprocessor to instruct a camera to capture an image of the front of the vehicle

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Automatic Number Plate Recognition (ANPR) System

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Automatic Number Plate Recognition (ANPR) System

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If more than one losenge is filled for each question, then the OMR software discards the result

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If more than one losenge is filled for each question, then the OMR software discards the result

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If the position matches to the X-Y coordinates, then the answer is recorded as correct. The results are exported to data base or spreadsheet.

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If the position matches to the X-Y coordinates, then the answer is recorded as correct. The results are exported to data base or spreadsheet.

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These forms are scanned using OMR. The forms have timing marks down one side, which pass under the first column sensor of the scanner. The software creates a template which maps out the X-Y coordinates of each lozenge, a value is then assigned to each lozenge. As the MCQ is scanned, a light passes through the scanner, picking up the position of each lozenge. The position of the filled lozenges is compare to the corresponding coordinates on the answer sheet template. 

# data[].attributes.subject
These forms are scanned using OMR. The forms have timing marks down one side, which pass under the first column sensor of the scanner. The software creates a template which maps out the X-Y coordinates of each lozenge, a value is then assigned to each lozenge. As the MCQ is scanned, a light passes through the scanner, picking up the position of each lozenge. The position of the filled lozenges is compare to the corresponding coordinates on the answer sheet template. 

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It is a device that can read marks written in pen or pencil

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This method is to scan paper-based registers into a computer by using OMR