Abstract: A detection system includes a learning apparatus and a detection apparatus. The learning apparatus has a first preprocessing unit that extracts, from a captured image used for training, which includes a noise image and an image of an object having a detection target, a training image, based on a structure around the detection target, and a training unit that trains a machine learning model based on the training image. The detection apparatus has an acquisition unit that acquires the machine learning model, a second preprocessing unit that extracts, from a captured image used for detection, which includes the noise image and the image of the object, candidates for being the detection target image, based on the structure around the detection target, and a detection unit that detects a detection target image from among the detection target image candidates, by using the machine learning model.

Abstract: A signal separating apparatus includes circuitry to separate a signal of interest and other signal other than the signal of interest from each other in accordance with spatial information on a plurality of sensors installed at locations different from each other. The circuitry sets a parameter based on a spread of a subspace of the signal of interest, determines a degree of separation that serves as an index indicative of whether the set parameter is appropriate, and separates the signal of interest and the other signal from each other using the degree of separation.

Abstract: An information processing apparatus includes an information acquisition unit and an estimation unit. The information acquisition unit is configured to acquire biological information on a measurement target portion of a measurement target person, the biological information being measured by a biological information measurement apparatus. The estimation unit is configured to estimate a position and a size of the measurement target portion using positional information on a plurality of locations in the measurement target portion and complementary positional information.

Abstract: A signal separating apparatus includes circuitry to separate a signal of interest and other signal other than the signal of interest from each other in accordance with spatial information on a plurality of sensors installed at locations different from each other. The circuitry sets a parameter based on a spread of a subspace of the signal of interest, determines a degree of separation that serves as an index indicative of whether the set parameter is appropriate, and separates the signal of interest and the other signal from each other using the degree of separation.

Abstract: An information processing apparatus that compares content to stored information identifying a plurality of words, identifies words from the content that match words included in the stored information, retrieves information based on the identifying, and generates an image to be displayed based on the retrieved information.

Abstract: An information processing apparatus that compares content to stored information identifying a plurality of words, identifies words from the content that match words included in the stored information, retrieves information based on the identifying, and generates an image to be displayed based on the retrieved information.

Abstract: An information processing apparatus that compares content to stored information identifying a plurality of words, identifies words from the content that match words included in the stored information, retrieves information based on the identifying, and generates an image to be displayed based on the retrieved information.

Abstract: A micro base station eNB-B, which is adjacent to a macro base station eNB-A and used in a cellular mobile communication system, comprises: a radio communication unit 110 that communicates with a radio terminal UE; and a control unit 150 that performs control to switch a power consumption state of the radio communication unit 110 on the basis of neighboring base station load information on a traffic load of the macro base station eNB-A adjacent to the base station.

Abstract: A radio communication system (101) includes plural base stations (131) connected over a network and a mobile station (111), such that the mobile station (111) has a mobile station radio communication unit (115) and a control unit (117) that tests radio communication on each base station (131) that has transmitted a radio signal receivable by the radio communication unit (115) and controls the radio communication unit (115) to transmit silent failure information including identification information on a base station presumed to have silent failure from the test result; each base station (131) has a base station radio communication unit (135), a communication unit (137) that communicates with other base stations, and a base station control unit that controls the communication unit (137), when the identification information does not indicate the present base station, transmits the silent failure information and request for silent failure detection to the corresponding base station.

Abstract: An information processing apparatus includes a display section, a generation section, a determination section, and a control section. The display section includes a screen. The generation section generates an image of content data including visible data. The determination section determines an area surrounding an area in which the visible data is arranged in the generated image and corresponding to a shape of the screen, as a visible data area. The control section generates, by the generation section, an enlarged image obtained by enlarging the image so that a size of the screen and a size of the visible data area become close to each other, determines, by the determination section, the visible data area in the enlarged image, and extracts the visible data area from the enlarged image to display the visible data area on the screen.

Abstract: A micro base station eNB-B, which is adjacent to a macro base station eNB-A and used in a cellular mobile communication system, comprises: a radio communication unit 110 that communicates with a radio terminal UE; and a control unit 150 that performs control to switch a power consumption state of the radio communication unit 110 on the basis of neighboring base station load information on a traffic load of the macro base station eNB-A adjacent to the base station.

Abstract: A radio communication system (101) includes plural base stations (131) connected over a network and a mobile station (111), such that the mobile station (111) has a mobile station radio communication unit (115) and a control unit (117) that tests radio communication on each base station (131) that has transmitted a radio signal receivable by the radio communication unit (115) and controls the radio communication unit (115) to transmit silent failure information including identification information on a base station presumed to have silent failure from the test result; each base station (131) has a base station radio communication unit (135), a communication unit (137) that communicates with other base stations, and a base station control unit that controls the communication unit (137), when the identification information does not indicate the present base station, transmits the silent failure information and request for silent failure detection to the corresponding base station.

Abstract: An information processing apparatus that compares content to stored information identifying a plurality of words, identifies words from the content that match words included in the stored information, retrieves information based on the identifying, and generates an image to be displayed based on the retrieved information.

Abstract: An information processing apparatus includes a display section, a generation section, a determination section, and a control section. The display section includes a screen. The generation section generates an image of content data including visible data. The determination section determines an area surrounding an area in which the visible data is arranged in the generated image and corresponding to a shape of the screen, as a visible data area. The control section generates, by the generation section, an enlarged image obtained by enlarging the image so that a size of the screen and a size of the visible data area become close to each other, determines, by the determination section, the visible data area in the enlarged image, and extracts the visible data area from the enlarged image to display the visible data area on the screen.