Abstract: An information processing device includes an obtaining section configured to obtain position information of a plurality of parts of a photographing target, a deriving section configured to derive a length between two parts, and a production control section configured to perform production on the basis of the derived length.

Abstract: Provided is an information processing device for effectively using a television that is in a non-use state by using an artificial intelligence function. An information processing device for controlling operation of a display device by using an artificial intelligence function, includes an acquisition section that acquires sensor information, and an inferring section that infers content, which is to be outputted by the display device according to a use state, by using the artificial intelligence function, on the basis of the sensor information. The inferring section infers content, which is to be outputted by the display device that is in a non-use state, on the basis of information regarding a room where the display device is placed. The information regarding the room is included in the sensor information.

Abstract: An artificial intelligence information processing device that generates information about a scene according to artificial intelligence is provided. The artificial intelligence information processing device includes a gaze degree estimation unit configured to estimate a degree of gaze of a user who is watching content according to artificial intelligence on the basis of sensor information, an acquisition unit configured to acquire a video of a scene at which the user gazes in the content and information about the content on the basis of an estimation result of the gaze degree estimation unit, and a scene information estimation unit configured to estimate information about the scene at which the user gazes according to artificial intelligence on the basis of the video of the scene at which the user gazes and the information about the content.

Abstract: To provide a user interface capable of efficiently accessing to information presented in the past. An information processing apparatus includes a detection unit, a control unit, and an output unit. The detection unit detects behavior of a user. The control unit determines a current interest object of the user depending on the detected behavior and sequentially generates display information including content corresponding to the determined interest object. The output unit outputs the generated display information. The control unit optimizes a display mode of the display information depending on a change in the determined interest object on a basis of content of an interest object in the past of the user outputted from the output unit and content of the current interest object.

Abstract: A contents management system manages multiple contents stored in a plurality of apparatuses. The contents management system includes a command input unit that assigns a viewing style for guiding a user to desired contents and a contents search condition; a screen format generating unit that generates a screen format according to the assigned viewing style; a contents search unit that searches a contents providing space constituted by the plurality of apparatuses, each storing contents, according to the assigned search condition; and a contents presenting unit that displays and outputs information on the individual contents searched by the contents search unit on the screen format through mapping.

Abstract: In a cooperative processing system for performing cooperative process between a portable terminal and a television terminal through a service server and a device control server, content and content information separately managed by a content server connected to the television terminal and the service server are searched based on a search condition extracted from the content or the content information reproduced and displayed by the portable terminal, and the search result of the content and the content information is seamlessly displayed on the television terminal. Consequently, the convenience of the user in content usage can be enhanced.

Abstract: A remote control handset 10 is provided for navigating a user interface of an entertainment device, the user interface having a hierarchical menu structure. The remote control handset 10 has a button 40 on its upper surface 20, and a button 120 on its lower surface 80. The button 40 on its upper surface 20 is used to navigate deeper into the hierarchical menu structure, and the button 120 on its lower surface 80 is used to navigate in the other direction (i.e. higher) in the menu structure. The remote control handset 10 is thus configured to make navigation of a graphical interface having hierarchical menu structure more intuitive, logical, and efficient.

Abstract: A remote control handset for intuitively navigating a user interface of an entertainment device, the user interface having a hierarchical menu structure. The remote control handset of the present invention is not required to have any buttons. The remote control handset has a first control surface, and a second control surface. The first control surface has a substantially planar portion and allows navigation with a level of the hierarchical menu structure. The second control surface has a component in an axis that is normal to the substantially planar portion of the first control surface, and is for navigating between the levels of the hierarchical menu structure.

Abstract: A contents management system manages multiple contents stored in a plurality of apparatuses. The contents management system includes a command input unit that assigns a viewing style for guiding a user to desired contents and a contents search condition; a screen format generating unit that generates a screen format according to the assigned viewing style; a contents search unit that searches a contents providing space constituted by the plurality of apparatuses, each storing contents, according to the assigned search condition; and a contents presenting unit that displays and outputs information on the individual contents searched by the contents search unit on the screen format through mapping.

Abstract: A remote control handset 10 is provided for navigating a user interface of an entertainment device, the user interface having a hierarchical menu structure. The remote control handset 10 has a button 40 on its upper surface 20, and a button 120 on its lower surface 80. The button 40 on its upper surface 20 is used to navigate deeper into the hierarchical menu structure, and the button 120 on its lower surface 80 is used to navigate in the other direction (i.e. higher) in the menu structure. The remote control handset 10 is thus configured to make navigation of a graphical interface having hierarchical menu structure more intuitive, logical, and efficient.

Abstract: In a cooperative processing system for performing cooperative process between a portable terminal and a television terminal through a service server and a device control server, content and content information separately managed by a content server connected to the television terminal and the service server are searched based on a search condition extracted from the content or the content information reproduced and displayed by the portable terminal, and the search result of the content and the content information is seamlessly displayed on the television terminal. Consequently, the convenience of the user in content usage can be enhanced.

Abstract: A remote control handset for intuitively navigating a user interface of an entertainment device, the user interface having a hierarchical menu structure. The remote control handset of the present invention is not required to have any buttons. The remote control handset has a first control surface, and a second control surface. The first control surface has a substantially planar portion and allows navigation with a level of the hierarchical menu structure. The second control surface has a component in an axis that is normal to the substantially planar portion of the first control surface, and is for navigating between the levels of the hierarchical menu structure.