A computer-readable, non-transitory recording medium contains therein an image processing program. The image processing program is for generating learning data of a character detection model that at least detects, to recognize a character in a document contained in an image, a position of the character in the image, and configured to cause a computer to generate a cropped image by cropping the image, and adopt the cropped image not containing an image representing a split character as the learning data, instead of adopting the cropped image containing the image representing the split character as the learning data.

An inspection apparatus selects at least one character area, in a first preview image obtained by reading and previewing a print product, sets a direction, for a character in the selected character area, registers the set direction and the character in the selected character area in association with each other, selects at least one character inspection area, in a second preview image obtained by reading and previewing a print product as an inspection target, sets a direction, for a character in the selected character inspection area, rotates the character inspection area to match the set direction, with the direction set for the character in the selected character area, performs character recognition, for the character in the rotated character inspection area, and inspects the character inspection area, based on a result of the character recognition and a result of recognizing the character in the selected character area.

An inspection apparatus selects at least one character area, in a first preview image obtained by reading and previewing a print product, sets a direction, for a character in the selected character area, registers the set direction and the character in the selected character area in association with each other, selects at least one character inspection area, in a second preview image obtained by reading and previewing a print product as an inspection target, sets a direction, for a character in the selected character inspection area, rotates the character inspection area to match the set direction, with the direction set for the character in the selected character area, performs character recognition, for the character in the rotated character inspection area, and inspects the character inspection area, based on a result of the character recognition and a result of recognizing the character in the selected character area.

The invention provides an edge detection method and a device of an object in an image, an electronic equipment, and a computer-readable storage medium. The method includes: a line drawing of a grayscale contour in the image is obtained; similar lines in the line drawing are merged to obtain initial merged lines, and a boundary matrix is determined according to the initial merged lines; similar lines in the initial merged lines are merged to obtain target lines, and unmerged initial merged lines are also used as target lines; reference boundary lines are determined from the target lines according to the boundary matrix; boundary line regions of the object in the image are obtained; a target boundary line corresponding to the boundary line region is determined from the reference boundary lines; an edge of the object in the image is determined according to the determined target boundary lines.

Aspects of the present disclosure are directed to extracting textual information from image documents. In one embodiment, a system, upon receiving a request to extract textual information from an image document, a digital processing system performs character recognition based on content of the image document using multiple approaches to generate corresponding texts. The texts are then combined to determine a result text representing the textual information contained in the image document. The result is then provided as a response to the request.

Aspects of the present disclosure are directed to extracting textual information from image documents. In one embodiment, a system, upon receiving a request to extract textual information from an image document, a digital processing system performs character recognition based on content of the image document using multiple approaches to generate corresponding texts. The texts are then combined to determine a result text representing the textual information contained in the image document. The result is then provided as a response to the request.

A system and method for bot processing automation are provided. The system includes a processor. The system also includes a memory comprising a set of instructions, which when executed by the processor cause the processor to: receive, from a repository, the images from VDI are converted to user defined text input (CSV, XLSX, etc.,) and uses the contextual AI that can contribute to the accuracy improvement and can help to build the context for the domain knowledge base. We use Named Entity Recognition (NER) technique in Natural Language Processing (NLP) for tagging the fields and associate with knowledge graphs. With this information, the contextual AI can act like a wrapper to the BOT and validate the front end rejections.

A system and method for bot processing automation are provided. The system includes a processor. The system also includes a memory comprising a set of instructions, which when executed by the processor cause the processor to: receive, from a repository, the images from VDI are converted to user defined text input (CSV, XLSX, etc.,) and uses the contextual AI that can contribute to the accuracy improvement and can help to build the context for the domain knowledge base. We use Named Entity Recognition (NER) technique in Natural Language Processing (NLP) for tagging the fields and associate with knowledge graphs. With this information, the contextual AI can act like a wrapper to the BOT and validate the front end rejections.

A digital camera processing system with software to manage taking photos with a digital camera. Camera software controls the digital camera. A downloaded software component controls the digital camera software and causes a handheld mobile device to perform operations. The operations may include instructing a user to have the digital camera take photos of a check; displaying an instruction on a display of the handheld mobile device to assist the user in having the digital camera take the photos; or assisting the user as to an orientation for taking the photos with the digital camera. The digital camera processing system may generate a log file including a bi-tonal image formatted as a TIFF image.

The present disclosure relates to document quality-based image pre-processing that measures, for each item, the quality of an input document image that is to be analyzed and omits a part or the entirety of a pre-processing process, or performs an image pre-processing process to which an appropriate algorithm is applied, so that an unnecessary operation may be decreased and a processing time may be reduced, and a higher character recognition rate may be obtained than an image pre-processing process uniformly applied. A document quality-based image pre-processing method according to an embodiment of the present disclosure may be a document quality-based image pre-processing method performed by a processor in an apparatus, the method including measuring a document quality of an input document image, classifying the document quality, and performing image pre-processing corresponding to the document quality classified for the document image.