An image analysis processing system includes: a plurality of image forming apparatuses including an image former; an image reader that reads an image formed on a recording medium; an analysis adjuster capable of performing adjustment on the image former by obtaining printing information on the recording medium and analyzing the printing information; and an adjustment timing determiner that obtains information regarding usage status in the image forming apparatus having been subject to the adjustment, determines, at least on the basis of the information regarding the usage status, a timing for performing adjustment on another predetermined image forming apparatus incapable of performing the adjustment on the basis of a result of analysis of the printing information, and transmits information regarding the timing to the predetermined image forming apparatus, the image forming apparatus, the image reader, the analysis adjuster, and the adjustment timing determiner being connected to a network.

A display apparatus include: a displayer that displays on a screen at least one image used for an operation to instruct execution of processing under a predetermined condition; a preparation detector that detects preparation performed by a user for the processing; and a disabling unit that disables a non-target image used for an operation to instruct execution of non-target processing different from target processing corresponding to a result of detection of the preparation detector, the non-target image being of the at least one image displayed on the screen.

This system for assisting in determining a final optical prescription for a subject, includes: at least one measurement device, intended to measure a set of refraction data;an evaluation device, configured to propose at least one set of evaluation corrective lenses corresponding to an evaluation optical prescription, for the determination, by the subject, of the final optical prescription; the evaluation device determining the at least one proposed set of evaluation corrective lenses according to the set of measured refraction data. The measurement device includes the unit for producing an image encoding the set of measured refraction data, the evaluation device including the unit for reading the image, configured to obtain the set of measured refraction data from the read image.

An image analysis processing system includes: a plurality of image forming apparatuses including an image former; an image reader that reads an image formed on a recording medium; an analysis adjuster capable of performing adjustment on the image former by obtaining printing information on the recording medium and analyzing the printing information; and an adjustment timing determiner that obtains information regarding usage status in the image forming apparatus having been subject to the adjustment, determines, at least on the basis of the information regarding the usage status, a timing for performing adjustment on another predetermined image forming apparatus incapable of performing the adjustment on the basis of a result of analysis of the printing information, and transmits information regarding the timing to the predetermined image forming apparatus, the image forming apparatus, the image reader, the analysis adjuster, and the adjustment timing determiner being connected to a network.

An information processing device includes: a storage that stores data; and a hardware processor. The hardware processor: receives the data and stores the data in the storage; checks the data for viruses when the data is received; sends the data stored in the storage to an external device; determines whether the data has been checked for viruses when the data is sent to the external device; and adds, upon determining that the data has been checked for viruses, checked information to the data to be sent.

An image processing system includes a server to control a plurality of processes performable in the image processing system, a first image forming apparatus communicable with the server, and a second image forming apparatus communicable with the server. The server includes a first memory to store first image processing data, and a first processor to generate first image drawing information based on the first image processing data. The second image forming apparatus includes a second memory to store second image processing data, a second processor to generate second image drawing information based on the second image processing data, and a print engine to perform the image forming operation of the second image forming apparatus based on the second image drawing information.

A converting apparatus includes a converter, an extractor, and a generating unit. The converter converts print data described in a first description language into print data described in a second description language. The extractor extracts command information related to an imposition process from the print data described in the first description language. The generating unit analyzes the command information extracted by the extractor so as to generate information for specifying print-layout definition information to be used from multiple pieces of print-layout definition information stored in a printer that is to execute a printing process. The multiple pieces of print-layout definition information have different imposition processes defined therein.

A computer-implemented system for image quality enhancement and color spaces conversion for manufactured surfaces printers comprises at least a convolutional neural network, configured for executing at least the following steps: receive in input an original image x in RGB space; from the original image x, elaborate an approximation {tilde over (x)}.sub.+ in multichannel space or in RGB space of an enhanced image x.sub.+ for manufactured surfaces printers; and return to output the approximation {tilde over (x)}.sub.+ of the enhanced image x.sub.+ for the use in manufactured surfaces printers.

Provided is an information processing system that can combine and automate cloud and local tasks through an image forming workflow. The information processing system has a cloud server and a local server to execute the image forming workflow for a document. The cloud control unit allocates each of tasks of the workflow to the cloud server or the local server. The cloud task execution unit executes the task allocated to the cloud server by the cloud control unit. The client control unit sends and receives a task allocated to the local server and an execution result of the task from the cloud server to and from the cloud server. The local task execution unit executes the task allocated to the local server, which is acquired by the client control unit.

An image processing system includes plural image processing devices connected with each other by a network. In the one image processing device, in a case where a new job accepted by a job accepting unit may not be executed immediately, a control unit transmits image data related to the job to the other image processing device capable of image processing and causes the other image processing device to execute image processing. In the other image processing device, the control unit assesses whether or not an image processing result is to be returned to the one image processing device, and transmits the image processing result to the one image processing device to execute a final process if assessed to return the image processing result, but executes the final process of the image processing result in the other image processing device if assessed not to return the image processing result.