Abstract: An information processing apparatus includes a display control unit adapted to, with respect to each of a plurality of predetermined attributes, display on a display unit, for each of a plurality of inference conditions, inference results obtained by inferring a probability that input data belongs to the attribute under the inference condition; and a receiving unit adapted to receive selection of one of a plurality of parameters for specifying an inference condition from a user, wherein the display control unit highlights, with respect to each of the plurality of inference conditions, the inference results according to values of the selected parameter of the inference condition.

Abstract: An ultrasonic diagnostic imaging system not depending on an operator who operates the apparatus is provided. The system includes a measuring unit (coordinate calculation section 2034) that measures a relative position and a relative posture of the ultrasonic probe with respect to an examinee using image information on the examinee acquired by the ultrasonic probe, a control amount calculation unit (2035) that calculates an amount of control of the position and posture of the ultrasonic probe based on the measurement result of the measuring unit and at least one of a probe control mechanism that controls the position and posture of the ultrasonic probe using the amount of control calculated by the control amount calculation unit and a guiding information presentation unit that presents information for guiding movement of the position and posture of the ultrasonic probe using the amount of control calculated by the control amount calculation unit.

Abstract: First elasticity information regarding elasticity of a subject in a first image and second elasticity information regarding the elasticity of the subject in a second image are acquired, and the first image and the second image are positioned with respect to each other on the basis of at least one of the first elasticity information and the second elasticity information.

Abstract: An inference apparatus that infers a class of a case is provided. The apparatus includes an inference unit configured to infer a class of a case with use of an inference device and an evaluation unit configured to, based on a result of inference performed by the inference device with respect to a known case that is similar to an unknown case, evaluate a result of inference with respect to the unknown case.

Abstract: An information processing apparatus and an information processing method including a deformation shape model generation unit configured to generate, from information about a first shape and a first position of a feature region in a target object under a first deformation condition, a deformation of the first shape with the position of the feature region as a reference as a model, and a deformation estimation unit configured to, based on information about a second shape and a second position corresponding to the feature region in the target object under the second deformation condition, align the first position with the second position to estimate deformation from the first shape to the second shape using the model.

Abstract: An amplifier circuit operating at a fundamental angular frequency •0, includes: a transistor which is represented by an equivalent circuit which includes: an equivalent output current source, a drain-source capacitor as a parallel parasitic capacitor to an output node of the equivalent output current source, and a drain inductor as serial parasitic inductor connected between the equivalent output current source and a drain output node; a harmonic frequency processing circuit which includes an input node connected with the drain output node and an output node; a resonant circuit section provided between the output node of the harmonic frequency processing circuit and a ground node and comprising (2n+1) resonators which have resonance frequencies different from each other; and a load resistance provided in a back stage of the harmonic frequency processing circuit.

Abstract: The present invention provides a harmonic processing circuit capable of miniaturizing a circuit, and an amplifier circuit using this harmonic processing circuit. A first impedance adjustment section and a second impedance adjustment section are provided. The first impedance adjustment section is provided with a coupled distributed constant line CT. The coupled distributed constant line CT receive as input the output of an amplification transistor S, and have a length of ¼ the wavelength (?) of the fundamental wave at the output of the amplification transistor S. Further, the first impedance adjusting section is configured to adjust input impedance with respect to the even harmonics to one of effectively infinity or zero. The first impedance adjusting section and the second impedance adjustment section are configured to adjust input impedance with respect to the odd harmonics to the other of effectively infinity or zero.

Abstract: A medical diagnosis support apparatus analyzes the interpretation report information created by a user, generates analysis result information in which each medical information extracted from the interpretation report information is associated with an item, and detects a difference for each item by comparing the diagnosis support information, in which each medical information obtained by computer processing of medical examination data is associated with an item, with the generated analysis result information. The apparatus determines an importance concerning a difference for each detected item. The apparatus then presents the detected difference, together with display of the contents of the interpretation report information, while changing the display form in accordance with the determined importance.

Abstract: This invention provides a mechanism for making a doctor surely follow correct procedures in which the doctor confirms diagnosis information obtained by computer processing after he or she has completed interpretation. A medical diagnosis support apparatus executes diagnosis processing for acquiring medical diagnosis information from an image to be interpreted by computer processing. The medical diagnosis support apparatus accepts interpretation information as an interpretation result of the image to be interpreted, which information is input by, for example, a doctor. The medical diagnosis support apparatus calculates a degree of matching between the diagnosis information and interpretation information, and permits to present the diagnosis information acquired by the diagnosis processing when the calculated degree of matching exceeds a predetermined threshold.

Abstract: An information processing apparatus to register an ultrasonic image and a three-dimensional medical image at high speed is disclosed. The information processing apparatus includes: a medical image acquisition unit which acquires a medical image captured by a medical imaging apparatus in which an imaging unit captures an image of an object at a non-contact position with respect to the object, an ultrasonic image acquisition unit which acquires an ultrasonic image captured by an ultrasonic imaging apparatus in which an ultrasonic probe captures an image of the object at a position in contact with a surface of the object, and a coordinate transformation unit which transforms coordinates of the medical image or ultrasonic image with reference to the contact position on the ultrasonic image, so that image information of the medical image matches that of the ultrasonic image.

Abstract: A treatment instrument for an endoscope includes: an operation portion; a cylindrical sheath that is connected to the operation portion and that also comprises an insertion portion; an axial electrode that is protruded from and retracted into a distal end opening portion of the sheath by an operation of the operation portion; and a distal end electrode portion that is provided at a distal end portion of the axial electrode; wherein a tapered portion is formed at a distal end portion of the sheath, the tapered portion being in a tapered shape that a distal end side of the distal end portion is narrower than a proximal end side of the distal end portion.

Abstract: A plurality of sets each including part information representing a human body part and a schema image serving as the schematic view of the human body part are held. A captured image representing the interior of the body of a patient is acquired. Hierarchical structure information is acquired, which contains part information globally representing a part corresponding to a designated portion on the captured image and part information locally representing the part corresponding to the designated portion. A set including the part information contained in the hierarchical structure information is acquired. A schema image included in the acquired set is output.

Abstract: A registration processing apparatus generates a polynomial to calculate a value corresponding to a distance from the surface of a target object in a first image, and acquires a plurality of position coordinates on the surface of the target object in a second image. Then the apparatus respectively calculates a value corresponding to the distance from the surface of the target object in the first image using the polynomial, for position coordinates obtained by coordinate conversion of the plurality of position coordinates. The apparatus coordinate-converts the position coordinates of the second image by a coordinate conversion method for the plurality of position coordinates determined based on the calculated values.

Abstract: In a communication apparatus equipped with a control apparatus, an apparatus main body of this communication apparatus is connectable with an external unit. When this external unit is connected to the apparatus main body, an additional function may be realized in this communication apparatus. The external unit is comprised of a program storage means for previously storing thereinto a program used to control operation of a circuit built in the external unit. The apparatus main body does not store the program, but is comprised of a control means for controlling the operation of the circuit provided in the external unit in accordance with the program previously stored in the program storage means within the external unit.

Abstract: Each of a plurality of segment drivers for driving a liquid crystal display panel used in an electronic device includes a display data memory corresponding to a display image plane. The display memory is supplied with an X address and Y address from an address register so that the data write area thereof can be specified. A control device of the electronic device outputs address data and display data to a connection bus when data is stored into the display memory, and the segment driver writes transfer data into an addressed area when it is determined that the write-in process is effected for the segment driver itself by decoding address data by use of a decoder. When data stored in the display memory is displayed, the Y address is automatically incremented in synchronism with a common signal by an increment circuit, and data of one line specified by the Y address is simultaneously read out from an output port of the display memory, converted into a segment signal via a latch circuit and output.

Abstract: An electronic device maintains data utilizing a ferroelectric memory, not requiring a backup power source voltage. Data such as schedule data and telephone number data is stored in a ferroelectric RAM which switches between a dynamic mode and a nonvolatile mode. When a clock mode is designated by a "CLK" key, a memory control circuit causes the ferroelectric RAM to be switched to the nonvolatile mode to maintain the data stored therein. When a schedule mode or a telephone mode is designated by means of a "Sch" key or a "Tel" key, the ferroelectric RAM is switched to the nonvolatile mode to write/read data therein/therefrom. When it is detected that a battery voltage is lowered or the battery is removed from the electronic device, the ferroelectric RAM is switched to the nonvolatile mode to protect the stored data.

Abstract: An electronic device has a plurality of segment drivers for driving a liquid crystal display panel and a control unit. Each of the segment drivers has a display memory for storing display data. The control unit outputs address data and display data when the control unit produces an image to be displayed on a display. In case the segment drivers receive address data, each segment driver determines whether it is addressed or not by decoding a data piece of the address data. Then, in case the segment drivers are addressed, they write the input display data in the display memory on the basis of the address data.

Abstract: A system memory in the electronic device has a display data memory area, and when a CPU accesses directly to the system memory, the liquid crystal display control section (LCDC) monitors whether or not address data is directed to the display data memory area. In the case where the address data associated with display data is directed to the display memory area, the LCDC also sends the display data and the address data to the display driving circuit. The display driving circuit comprises a VRAM, in which the display data is stored in a predetermined memory location in accordance with the received address data, and the stored data is displayed on the LCD.

Abstract: A tuning device of a liquid crystal television at first tunes by a PLL synthesizer system, and then maintains an obtained tuning voltage by an AFT signal for deciding an intermediate frequency after the PLL tuning. The device interrupts the power to at least the prescaler of the PLL loop when in the AFT mode, to reduce overall power consumption.