Abstract: Improvement in usability is further promoted. An information processing device (10) includes: an acquisition unit (111) that acquires a positional relationship between a plurality of users arranged in a virtual space; and a generation unit (1122) that generates, on a basis of the positional relationship acquired by the acquisition unit (111), output data of a sound to be presented to a target user from sound data of a sound made by each of the users, wherein the generation unit (1122) generates the output data by using a sound other than a sound that can be directly heard by the target user among the sounds respectively made by the users.

Abstract: Provided is a sound collecting device in which sound is favorably input to a sound collecting unit. The sound collecting device includes an attachment portion that has a sound collecting unit attached and is adapted to be inserted into an external ear canal, a holding portion adapted to be inserted into the external ear canal and hold the attachment portion at a predetermined position in the external ear canal, and a wearing portion that is positioned on an opposite side of the attachment portion while interposing the holding portion and adapted to be at least partly engaged with an auricle, in which the attachment portion and the holding portion do not block the external ear canal and have acoustic transparency. Further, the attachment portion and the holding portion are positioned in the ear in a state of not blocking the external ear canal.

Abstract: There is achieved a configuration that executes sound localization processing applying a head-related transfer function (HRTF) corresponding to a user identified by a user identification, and makes an output from an output unit for each user position. The configuration includes a user identification unit that executes user identification and a user position identification process and a sound localization processing unit that executes sound localization processing using, as a processing parameter, a head-related transfer function (HRTF) specific to the user. The sound localization processing unit executes sound localization processing that treats the HRTF specific to the identified user as a processing parameter, and outputs a signal obtained by the sound localization processing to an output unit for the identified user position.

Abstract: An acoustic processing apparatus includes an acquisition section that acquires operation position information of a seat apparatus that operates following a movement of a user; and a sound image localization processor that performs sound image localization processing on an audio signal according to the operation position information acquired by the acquisition section, the audio signal being reproduced by a speaker unit provided to the seat apparatus.

Abstract: The present invention is directed to reducing influence of crosstalk components by appropriately blocking a propagation path of the crosstalk components output from speakers that reproduce signals for right and left ears respectively. Provided is a contact member used in contact with a back and/or a back of a head of a listener. The contact member is installed with: a first speaker that reproduces a signal for the left ear and a second speaker that reproduces a signal for the right ear; and a propagation obstruction adapted to block a propagation path of crosstalk components output from the respective speakers.

Abstract: To favorably reduce crosstalk components output from respective speakers that reproduce left and right ear signals. Directivity is given to a left ear signal and a right ear signal and the left ear signal and the right ear signal are reproduced by using at least two respective speakers arranged back-to-back to reduce crosstalk components. For example, the speaker may be a speaker installed in a headrest or a seat provided with the headrest. For example, the directivity given to the left ear signal and the directivity given to the right ear signal may be bidirectional directivity or unidirectional directivity.

Abstract: Provided is a sound collecting device in which sound is favorably input to a sound collecting unit. The sound collecting device includes: an attachment portion that has a sound collecting unit attached and is adapted to be inserted into an external ear canal; a holding portion adapted to be inserted into the external ear canal and hold the attachment portion at a predetermined position in the external ear canal; and a wearing portion that is positioned on an opposite side of the attachment portion while interposing the holding portion and adapted to be at least partly engaged with an auricle, in which the attachment portion and the holding portion do not block the external ear canal and have acoustic transparency.

Abstract: The present invention is directed to reducing influence of crosstalk components by appropriately blocking a propagation path of the crosstalk components output from speakers that reproduce signals for right and left ears respectively. Provided is a contact member used in contact with a back and/or a back of a head of a listener. The contact member is installed with: a first speaker that reproduces a signal for the left ear and a second speaker that reproduces a signal for the right ear; and a propagation obstruction adapted to block a propagation path of crosstalk components output from the respective speakers.

Abstract: An acoustic processing apparatus includes an acquisition section that acquires operation position information of a seat apparatus that operates following a movement of a user; and a sound image localization processor that performs sound image localization processing on an audio signal according to the operation position information acquired by the acquisition section, the audio signal being reproduced by a speaker unit provided to the seat apparatus.

Abstract: To favorably reduce crosstalk components output from respective speakers that reproduce left and right ear signals. Directivity is given to a left ear signal and a right ear signal and the left ear signal and the right ear signal are reproduced by using at least two respective speakers arranged back-to-back to reduce crosstalk components. For example, the speaker may be a speaker installed in a headrest or a seat provided with the headrest. For example, the directivity given to the left ear signal and the directivity given to the right ear signal may be bidirectional directivity or unidirectional directivity.

Abstract: A sound image localization processing section 41 performs sound signal processing for localizing a sound image of reproduction sound on a sound signal supplied from a sound source section 20. A control section 46 controls the sound signal processing performed by the sound image localization processing section, on the basis of posture tilt information that is generated by a posture tilt information generation section 30 and that indicates tilt of listening posture of a listener, and adjusts a localization position of the sound image in accordance with the tilt of the listening posture. For example, the localization position of the sound image is adjusted in an upward direction in accordance with tilt of the listening posture of the listener in a front direction, and the localization position of the sound image is adjusted in a downward direction in accordance with tilt of the listening posture in a rear direction.

Abstract: Systems include a service-provider device; and a browser loaded on a first device. To connect the service-provider device with the first device, the browser fetches a device ID from the first device, and sends a request for a service to the service-provider device with the device ID. The service-provider device determines whether the service is allowed to be provided by checking whether the device ID is registered.

Abstract: Systems include a service-provider device; and a browser loaded on a first device. To connect the service-provider device with the first device, the browser fetches a device ID from the first device, and sends a request for a service to the service-provider device with the device ID. The service-provider device determines whether the service is allowed to be provided by checking whether the device ID is registered.

Abstract: A client generates a list associating a document, an operation for the document, and a user and transmits the list to a server. When an operation for the document is received from a user, the client acquires information including a document, an operation for the document, and a user and transmits the information to the server. The server receives and stores the list from the client, receives the information from the client, searches storage unit for a list including information matching the information, and transmits the list to the client. The client receives and displays the searched list.

Abstract: A data migration apparatus, which migrates data from a first document management system capable of setting an access right in document units to a second document management system incapable of setting an access right in document units and capable of setting an access right in folder units, includes a determination unit configured to determine whether an access right to document data of a document to be migrated inherits an access right to a higher-level folder or is unique to the document, a sub-folder creation unit configured to create a sub-folder to which a same access right as that unique to the document is set at a migration destination, if the determination unit determines that the access right to the document data is unique to the document, and a document storage unit configured to store the document data to be migrated in the sub-folder created by the sub-folder creation unit.

Abstract: A document management system and method of efficiently controlling a document print operation that entails storing specifying information pertaining to identification information of document data for a printing apparatus, determining whether or not the document data corresponding to the identification information has been updated after a prior printing of the document, and transmitting to the printing apparatus either the document data or the specifying information depending on the results of the determination.

Abstract: A client generates a list associating a document, an operation for the document, and a user and transmits the list to a server. When an operation for the document is received from a user, the client acquires information including a document, an operation for the document, and a user and transmits the information to the server. The server receives and stores the list from the client, receives the information from the client, searches storage unit for a list including information matching the information, and transmits the list to the client. The client receives and displays the searched list.

Abstract: The present invention can realize easy transition from a task managed by a To-Do list to a workflow. When an unprocessed task stored in the To-Do list database is converted by an instruction into the workflow in the client software, a document management system of the present invention extracts a workflow definition including an activity corresponding to an unprocessed task to be converted by the instruction and notifies a client software of the workflow definition. When the client software selects the workflow definition, server software creates an instance of the workflow corresponding to the selected workflow definition, and applies information about the task to be converted, to the activity corresponding to the task to be converted in the instance of the workflow.

Abstract: An image forming apparatus is equipped with a scanner for scanning a paper document to thereby convert it to document data; a document memory for storing the document data; and a history memory for holding a history of user operations on the document data in association with whether or not the user operations are being managed as an object of control processing. A user operation upon document data is accepted from a operating unit. If this user operation is being managed as an operation that is not an object of control processing in the history memory, then the document data is processed based upon this user operation.

Abstract: An image forming apparatus is equipped with a scanner for scanning a paper document to thereby convert it to document data; a document memory for storing the document data; and a history memory for holding a history of user operations on the document data in association with whether or not the user operations are being managed as an object of control processing. A user operation upon document data is accepted from a operating unit. If this user operation is being managed as an operation that is not an object of control processing in the history memory, then the document data is processed based upon this user operation.