Image processing device, image processing system, image processing method, and program

Abstract

An image processing device that detects, by image processing, types of objects included in an image and positional coordinates at which the objects are located, the image processing device being provided with a correspondence information acquisition unit that acquires a first correspondence information group including multiple items of correspondence information in which positional coordinates indicating ranges in which objects are predicted to be located in the image are associated with likelihoods of classes, among multiple predefined classes, corresponding to the ranges; a settings information acquisition unit that acquires settings information relating to the image processing; an extraction unit that extracts, based on the acquired first correspondence information group and the acquired settings information, a second correspondence information group including at least one or more likely classes and positional information corresponding to the likely classes; and an output unit that outputs the extracted second correspondence information group.