Abstract: A transmitting apparatus includes an analog transmitting unit that performs analog processing on a multiplex signal in which two or more signals are multiplexed and generates a transmission signal, and a signal multiplexing and learning unit that multiplexes the two or more signals with a neural network whose parameters have been adjusted based on the analog characteristics of the analog transmitting unit and constraints on the multiplex signal and generates the multiplex signal.

Abstract: A medical data managing system includes: a recording unit which is able to record patient data including identification data on a patient and inspection data; a display; a reception input unit which inputs reception data on the patient; and a control unit which displays, on the display, at least part of the patient data and at least one of reception time and an elapse time from the reception time with linking each other.

Abstract: A fundus measuring apparatus which measures a three-dimensional configuration of a fundus on the basis of stereoscopic images of the fundus. With respect to a left image and a right image of inputted stereoscopic images of the fundus, integration data is obtained by integrating density information concerning at least one direction of its vertical direction and horizontal direction. Parallax information is measured on the basis of differential data obtained-by further differentiating the integral data. The height of each portion of the fundus is determined from left and right images extracted from the stereoscopic images of the fundus on the basis of this parallax information, so as to generate a three-dimensional configuration of the fundus.

Abstract: A method for analyzing a stereoscopic image of a fundus to detect and analyze an optic disk part on the basis of the stereoscopic image of the fundus, which can provide highly reliable results of analysis even if the fundus is inclined. The method includes: a first step of designating a disk line in the stereoscopic image of the fundus; a second step of determining a lowest point in a disk region which is determined by the designated disk line; a third step of determining a cross section of the disk region at each predetermined angle centering on the lowest point; a fourth step of determining highest points at both ends of a line of longitude on each cross section of the disk region; a fifth step of setting as a cup point a level which is lower from the highest points by a predetermined depth; and a sixth step of forming a cup rim by consecutively connecting the cup points in the cross sections of the disk region determined in the fifth step.