Abstract:
[Problem] Desired sound is collected in a more suitable form even in an environment in which noises randomly occur. [Solution] An information processing device according to the present invention includes a sound collector and a support member which has a protrusion with a streamlined shape on a part thereof and which supports the sound collector at the tip end of the protrusion or at a position in the vicinity of the tip end.
Abstract:
[Object] To process an image captured by a camera mounted on a moving object device or a user to be suitable for display on an image display device fixed to the head or face of the user. [Solution] The image rendering processor 1042, in the beginning, corrects the user's head posture angle q h using the camera posture angle q c (F1421), and clips a display angle of view depending on the corrected user's head posture angle q h * from the captured image to render a free viewpoint image (F1422). Then, the image processing device 1040 transmits the free viewpoint image rendered by the image rendering processor 1042 to the display device 1020 via the communication unit 1041, and the image is displayed on the display device 1020 (F1430).
Abstract:
Provided is an image display device configured to display a free viewpoint image that tracks a movement of observer's head and trunk. The line-of-sight direction and trunk orientation of the user are individually oriented in a free viewpoint space displayed on a display device 500 based on posture information of the user's head and trunk, which are respectively obtained from a head motion tracking device 200 and a trunk motion tracking device 300. A behavior that is natural in real space can be represented by moving a line of sight to a front direction of the trunk on a space in a state where the line of sight does not match the front direction of the trunk. An unnatural UI that goes straight to the line-of-sight direction is prevented regardless of orientation of the trunk.
Abstract:
Provided is an image display device configured to display a free viewpoint image that tracks a movement of observer's head and trunk. The line-of-sight direction and trunk orientation of the user are individually oriented in a free viewpoint space displayed on a display device 500 based on posture information of the user's head and trunk, which are respectively obtained from a head motion tracking device 200 and a trunk motion tracking device 300. A behavior that is natural in real space can be represented by moving a line of sight to a front direction of the trunk on a space in a state where the line of sight does not match the front direction of the trunk. An unnatural UI that goes straight to the line-of-sight direction is prevented regardless of orientation of the trunk.
Abstract:
PROBLEM TO BE SOLVED: To propose a method for making a user intuitively recognize a state of one's own biological clock.SOLUTION: This information processor includes: a first information acquisition part acquiring position information related to a present position of a user and time information indicating present time at the present position; a second information acquisition part acquiring biological clock information related to a biological clock based on the bioinformation of the user; and a display control part displaying a map image on a display part. The display control part specifies and displays a location corresponding to a time difference between the present time and time of the biological clock, to the present position, on the map image.
Abstract:
PROBLEM TO BE SOLVED: To propose a method of allowing a user to appropriately perform an action of predetermined schedule by effectively utilizing a body clock.SOLUTION: An information processing device is equipped with: a first information acquisition section which acquires priority action information in which a priority action of a user is associated with time at which the priority action is performed; a second information acquisition section which acquires biological information regarding a body clock of the user at the present time; a state setting section which sets an ideal state of the body clock corresponding to the priority action based on the acquired priority action information; a state estimation section which estimates the present state of the body clock at the present time based on the acquired biological information; a third information acquisition section which acquires set action information regarding a set action which is included in the schedule of the user and can be set at a given time; and a display control section which allows a display section to display a state of the body clock in the schedule based on a target value used for changing a phase of the body clock at the present state to a phase of the ideal state and the acquired set action information.