Fumihiro Hasegawa

TL;DR: An image processing apparatus comprises a unit acquiring a multi-level image as a processing-object image, a unit generating a binary image which is created based on the multi-layer image, and a unit extracting a specific attribute region which is a region with a specific attributes from the multilevel image, changing pixels other than the specific attribute regions in the binary image to white pixels.

TL;DR: In this article, the authors propose an image processing apparatus includes a receiving mechanism configured to receive a request, from at least one different image processing equipment connected via a network, for transmission of a codestream generated in a way such that image data is divided into regions, each region being hierarchically compressed and stored in the image processing infrastructure.

TL;DR: In this paper, an image projecting device, including a projecting part configured to project an image for calibration onto a projection object, an image capturing part configurable to capture an image of an area including the projection object with a projected image, and a binary image producing part configured to calculate plural first thresholds corresponding to plural first divided areas provided by dividing the area, based on a captured image.

TL;DR: In this article, an image light projecting unit that projects image light on a screen, a distance measurement unit that measures distance to the screen, an obstacle detecting unit that detects an obstacle between the screen and the image light projection unit, and a projection adjusting unit that adjusts the light in the adjustment area are included.

TL;DR: In this paper, a document type judgment unit determines a type of document from the image data, and an image compression unit performs a compression encoding of image data based on a result of the determination of the decision unit.