Abstract: To further improve usability. An information processing device (10) includes a control unit (190) that executes a process of activating a second application for setting related to the operation of a first application, displaying a screen of the first application and superimposing a menu for changing the setting of the second application on a part of the screen, and operating the first application and the second application independently.

Abstract: A program causes an information processing apparatus to activate a second application that provides an extended function to a first application, superimpose and display a menu of the second application on the first application in response to a predetermined operation at a predetermined position on a screen where the first application is displayed and the second application is not displayed, and execute processing corresponding to the extended function selected from the menu.

Abstract: To provide an extension function that permits more intuitive operations without interfering with the behavior of an external application. There is provided an information processing apparatus that includes a controller configured to control functional extension of an external application. The controller causes an extended menu icon whose display position is adjustable to be superimposed and displayed on a display window of the external application, and controls a display position of an extended menu according to the display position of the extended menu icon. The controller causes an extension function icon to be superimposed and displayed on the display window with a display position of the extension function icon being adjustable, the extension function icon being associated with an extension function selected on the extended menu, and controls a display position of a sub-icon accompanying the extension function icon, according to the display position of the extension function icon.

Abstract: By describing electrical program guide information in a language such as XML and then multiplexing the electrical program guide information to a broadcast signal for transmission, advertisements, images and sounds can be easily entered and various program guides can be realized. For manufacturers of receiving devices, it suffices to develop only the software for receiving, decoding and displaying received XML data. There is no need to develop the software for displaying the EPG for each type of receiving device. Thus, the number of development steps can be reduced.

Abstract: A server computer stores user favorites information that relates to the favorites of a user. Whether digital information that has newly occurred on a network suits the favorites of the user is judged based on the user favorites information. If it is judged that there exists digital information that suits the favorites of the user, the server computer informs the user of the new establishment of the digital information that suits the favorites of the user by transmitting E-mail to the user. When a browsing request of the digital information is made by the user, the server computer delivers the digital information to the user and stores history information relating to a history of the digital information that has been delivered to the user. Thereafter, the server computer updates the user favorites information based on the history information.

Abstract: At a server 2, a subject for updating an object registered in a database 3 and an event for obtaining the subject are generated, while a request for the subject from a receiving terminal 5 is received and totaled so that a resource necessary for providing the subject is allocated on the basis of the result of totaling. Then, the event is transmitted and the subject is provided on the basis of the resource allocated thereto. At the receiving terminal 5, the event is received and the necessity of the subject to be obtained on the basis of the event is evaluated so that request data requesting the subject is transmitted to the server 2 on the basis of the result of evaluation. Then, the subject provided by the server 2 in response to the request data is obtained on the basis of the event.

Abstract: A transmitting system for transmitting contents data, meta data, and meta data schema. A meta data schema that represents the structure of meta data of contents data is stored in a meta data schema storing portion. A contents segmenting portion generates segmentation data for selecting a particular segment from successive contents data supplied from a contents storing portion and supplies the generated segmentation data to a meta data combining portion. The meta data combining portion correlates meta data with corresponding segmentation data in a format corresponding to the structure of the meta data schema, combines the meta data with the segmentation data, and outputs the combined data. The meta data schema, meta data with segmentation data, and contents data are converted in a transmission format.

Abstract: At step S1, a URI of a desired content is input. At step S3, corresponding to the input URI, a proper resolution executing portion is selected. A plurality of resolution executing portions perform processes in parallel. At step S4, with reference to a correlation table that correlates identification names of contents and file names in a storing unit, a name resolving process is performed. At step S6, with reference to name resolution table data transmitted as an MPEG2 section table in a satellite broadcast, a name resolving process is performed. At step S8, by communicating with a name resolving service on a network such as DNS, a name resolving process is performed. After the name resolving processes in all methods have been completed, at step S10, an acquired location list L is sent to a content acquiring portion. The content acquiring portion references the list L and acquires a content designated by the URI.

Abstract: A transmitting apparatus for transmitting a hierarchical structure of a directory for hierarchically managing locations of contents data is disclosed, that includes a managing unit for managing a hierarchical structure of a directory composed of a container entry and a leaf entry, a container entry containing information in the immediately lower hierarchical level thereof, a leaf entry being disposed in the immediately lower hierarchical level of a container entry, a leaf entry not containing information in the immediately lower hierarchical level thereof, a detecting unit for detecting a change of the hierarchical structure of the directory managed by the managing unit and obtaining position information and identification information corresponding to the detected result, the position information representing the position of a container entry in the hierarchical structure of the directory, the identification information identifying a leaf entry corresponding to the hierarchical structure of the directory, and

Abstract: Transmitting apparatuses, transmitting methods, receiving apparatuses, receiving methods, and transmitting and receiving systems for transmitting and receiving a hierarchical structure of a directory for hierarchically managing locations of contents data is disclosed. The apparatuses, methods and systems manage a hierarchical structure of a directory composed of a container entry and a leaf entry. The container entry contains information of the lower hierarchical level thereof, a leaf entry being located directly below a container entry. The leaf entry does not contain information of the lower hierarchical level thereof.

Abstract: An information processing apparatus includes: an information storage; a relevant information detector detecting pieces of information having a predetermined relevance to one another from pieces of the information stored in the information storage; a relevancy information storage storing relevancy information indicating that the detected pieces of information are pieces of information having the predetermined relevance to one another; and an information processor for providing access control to a desired piece of information in the information stored in the information storage if the processing for providing access control to the desired piece of information is designated, and for detecting another piece of information having the relevance to the desired piece of information for which the processing for providing access control is designated, on the basis of the relevancy information stored, and performing the processing for providing access control to the detected other piece of information having the relevan

Abstract: A managing apparatus for managing data necessary for providing a content is disclosed, that includes a reserving element for reserving a delivery resource for each content, a storing element for storing reserved delivery resource assignment information, and a transmitter for transmitting the reserved delivery resource assignment information.

Abstract: An information providing apparatus for registering the delivery of content data including a storing section for storing content that is provided and a delivery designating section for designating a delivery condition for delivering the content, wherein a delivering apparatus presents data necessary for determining the delivery condition that is designated by the delivery designating section.

Abstract: Notification of lapse information of a public key certificate from a PKI directory server to a PKI directory client. Certificate authority information in a certificate authority structure is made to correspond to a container entry, end entity information is made to correspond to a leaf entry, and the certificate authority structure is assigned to a directory tree. If a certain certificate is lapsed and a certificate is newly issued, the newly issued certificate and its serial number are stored in the entry. After a predetermined time elapses, the certificate is put into a certain URL and the certificate stored in the entry is replaced with the URL information. At a receiver, a filtering mask is set on the basis of a certificate pass for obtaining the necessary certificate. A directory tree in which URL information and the serial number have been stored is repetitively transmitted from the transmission side. At the receiver, only the entries selected by the filtering mask are updated.

Abstract: An ice thickness/drifting velocity observation of sea ice by using an ice thickness measurement sonar and a current meter moored into the sea and a sea ice observation by a high-resolution airborne SAR are synchronously performed, a correlation between a draft profile of sea ice passing over the sonar and an SAR backscattering coefficient profile is calculated, and an ice draft of desired sea ice is calculated from the relational expression and an SAR backscattering coefficient. As the SAR backscattering coefficient, a backscattering coefficient of L-band HV polarization may be used. A backscattering coefficient of X-band VV polarization is preferably used as the SAR backscattering coefficient to detect thin ice having a thickness of not more than approximately 10 cm.

Abstract: A transmitting apparatus is disclosed, that comprises a transmitting means for transmitting the same contents of update information a plurality number of times, the update information representing that data has been updated, wherein the transmission timing of the same contents of the update information transmitted by the transmitting means is designated corresponding to operating state information of receiving means that receives the update information from the transmitting means.

Abstract: A transmitting apparatus for transmitting a hierarchical structure of a directory for hierarchically managing locations of contents data is disclosed, that comprises a managing means for managing a hierarchical structure of a directory composed of a container entry and a leaf entry, a container entry containing information in the immediately lower hierarchical level thereof, a leaf entry being disposed in the immediately lower hierarchical level of a container entry, a leaf entry not containing information in the immediately lower hierarchical level thereof, a detecting means for detecting a change of the hierarchical structure of the directory managed by the managing means and obtaining first difference information and second difference information, the first difference information being the difference of container entries corresponding to the detected result, the second difference information being the difference of leaf entries corresponding to the detected result, and a transmitting means for transmitting

Abstract: A server computer stores user favorites information that relates to the favorites of a user. Whether digital information that has newly occurred on a network suits the favorites of the user is judged based on the user favorites information. If it is judged that there exists digital information that suits the favorites of the user, the server computer informs the user of the new establishment of the digital information that suits the favorites of the user by transmitting E-mail to the user. When a browsing request of the digital information is made by the user, the server computer delivers the digital information to the user and stores history information relating to a history of the digital information that has been delivered to the user. Thereafter, the server computer updates the user favorites information based on the history information.

Abstract: In order to reduce the amount of data to be transmitted by a transmission apparatus, the transmission apparatus transmits control sub-information to a receiving apparatus separately from video data which is actually distributed, and eliminates redundant distribution of video data. The receiving apparatus stores the received video data and creates content in accordance with the control sub-information.

Abstract: At a server 2, a subject for updating an object registered in a database 3 and an event for obtaining the subject are generated, while a request for the subject from a receiving terminal 5 is received and totaled so that a resource necessary for providing the subject is allocated on the basis of the result of totaling. Then, the event is transmitted and the subject is provided on the basis of the resource allocated thereto. At the receiving terminal 5, the event is received and the necessity of the subject to be obtained on the basis of the event is evaluated so that request data requesting the subject is transmitted to the server 2 on the basis of the result of evaluation. Then, the subject provided by the server 2 in response to the request data is obtained on the basis of the event.