523 results about "Content Identifier" patented technology

The content metadata directory system connects consumers of identified content to managed metadata databases and other digital resources. The system manages links between identifiers in content objects and metadata sources. It supports a variety of different type of content identifiers and allows for overlap among different content identification schemes. One method of associating a content object with metadata uses a combination of a content identifier and a bounding identifier to enable handling of disparate sets of content identifiers for content objects with potentially conflicting content identifiers. The method receives a content identifier for a content object from among a set of content identifiers and provides a unique bounding identifier for the set of content identifiers. This unique bounding identifier is used in combination with the content identifier to form a globally unique identifier for the content object. This globally unique identifier is associated with a metadata source, which enables routing of a user to the metadata source.

A digital watermark (DWM) content identifier is steganographically embedded in content. The DWM content identifier provides a link to a rights registry storing usage rights associated with the content. In some implementations the rights registry provides an association between the DWM content identifier and a digital rights management (DRM) content identifier. The DRM content identifier is used to find associated usage rights. The DWM content identifier can also be used to transfer content from a first DRM system to a second DRM system.

A system for facilitating voice calls over a content centric network (CCN) receives from a CCN user an expressed interest in receiving voice calls directed to the CCN user, wherein information in the CCN can be addressed, located, and disseminated by its content identifier and wherein data packets in the CCN are self-authenticating. Next, the system receives from a second network a packet for a voice call directed to the CCN user. The system then forwards to the CCN user the packet received from the second network with a CCN identifier corresponding to the interest expressed by the CCN user and forwards a packet from the CCN user for the voice call to the second network.

A method for routing data at a first node of a network including a second node. The method includes: providing the first node with a database storing an association between: an URL component identifying content at the first node, and a unique identifier associated to the second node, the unique identifier being specified by the second node; registering content locally stored in the second node by storing in the database an association between an URL component identifying the locally stored content and the unique identifier of the second node; and, upon reception from a requesting entity, by the first node, of a content request having a content identifier, the method includes: checking in the database whether the content identifier includes the URL component, and forwarding the content request to the second node if the content identifier includes the URL component associated with the unique identifier of the second node.

A method is presented that includes generating a content identifier for at least one article. The content identifier identifies the article. Also, determining if at least a portion of the at least one article is present on at least one device based on the content identifier. The at least one portion of the at least one article is stored if the at least one portion of the at least one article is determined to be not present on the at least one device. Also presented is a method including requesting at least one article by a content identifier representing the article. The at least one article is determined if it is present on at least one device based on the content identifier. At least one portion of the at least one article is returned if the at least one portion of the at least one article is determined to be present on the at least one device.

A method of indexing content for network searching comprises identifying media content signals stored at sites distributed over a distributed computer network; extracting content identifiers from the content signals; using the content identifiers to obtain metadata used to classify the media content signals; and creating a searchable index of the media content signals based on the metadata, wherein users access the searchable index on the distributed computer network to submit a search query for the searchable index to retrieve links to the media content signals.

The present invention provides a system and method for managing distribution of content to a device, the system comprising a database for storing a number of elements as a hierarchical structure, content identifiers being able to be associated with elements in the hierarchical structure, and one of the elements representing the device, and a server for referencing the hierarchical structure in the database to generate a profile for the device, the profile containing a number of content identifiers indicating content to be provided to the device. A device manager is associated with the device and arranged to receive the profile from the server and to use the content identifiers in the profile to cause the content indicated by the profile to be provided to the device, a record being kept identifying the content provided to the device in accordance with the profile. The device manager is arranged upon receipt of a subsequent profile from the server to compare the content identifiers in the subsequent profile with the record to determine new content not yet provided on the device and old content no longer to be provided on the device, the device manager being arranged to use the relevant content identifiers to cause the new content to be provided to the device, and to cause the old content to be removed. This approach facilitates the efficient management of distribution of content to devices.

An application debugging switch also monitors application performance. The application debugging switch forwards the requests from a first host to a second host, and later forwards the response coming from that second host to that first host. As most of the applications work in a request—response architecture, the application debugging switch can measure the response time of the application. The switch attaches a timestamp to each request that it forwards. When the response to that request comes to the switch, the switch can determine the response time of that application. The application debugging switch collects multiple samples of response time over a certain period of time. These samples provide a good measurement for the average application response time. The response time is a combination of the network response time and the application response time. The application debugging switch holds multiple measurement classes. Each class defines different sources or destinations of traffic (IP addresses and networks) and different applications (TCP/UDP ports or content identifiers in the requests). Collecting the response time for each class separately allows zooming in to an application and user that experience bad service and detect the reason for their failure.

An arrangement (100) and a method are disclosed for sharing a content item (101), such as a music title, with a second user. A first user (110) grabs a piece of music from the title and sends said piece of music to a friend (130). The user device (110) adds a content identifier and a user identifier identifying the sender to the transmitted piece of music. The recipient reproduces the piece of music (102). If he or she subsequently decides to buy the complete title, the sender will obtain an award from the content owner (130) for promoting the title. This electronic version of "mouth-to-mouth" marketing encourages people to spread music clips and may persuade friends to purchase content items.

Content identifiers are associated with respective metadata. Through use of the metadata, a user's experience with the content can be enhanced. A variety of other arrangements are also detailed.

The exemplary embodiments describe systems and methods for multimedia-on-demand services. A multimedia-on-demand system includes a mass storage device that receives and stores multimedia content items. Memory couples to the mass storage device and stores a multimedia-on-demand data table and multimedia-on-demand instructions. The multimedia-on-demand data table includes a multimedia content identifier field corresponding to a multimedia content item stored on the mass storage device. The multimedia-on-demand data table may also include a multimedia content usage indicator field associated with the multimedia content item. The multimedia-on-demand instructions are executed by a processor and include instructions to automatically receive the multimedia content items. The multimedia-on-demand instructions also send a multimedia-on-demand usage message based at least in part on the multimedia content usage indicator.

Content-targeted ads are served with e-mail messages, such as HTML e-mail messages by (i) having the document publisher include a unique content identifier in the content, (ii) having a client device pass the unique content identifier to a content-relevant ad server in a content-relevant ad request, and (iii) having the content-relevant ad server use the unique contend identifier to identify previously registered content for purposes of determining content-relevant ads. In the content-relevant ad server, multiple ads may compete for desired ad attributes (e.g., relative position on a page) or features. An arbitration process may be used to chose and/or order the ads. By having the client device pass the unique content identifier to the content-relevant ad server when it needs the ads, ads can be chosen and generated all at the time the user reads (or more generally “opens”) the e-mail document. This permits up-to-date ad information to be used when serving ads. User actions with respect to served ads may be tracked by (i) using an ad image to display ads in the document, and (ii) using an image map (included in the document originally served) to monitor user behavior with respect to an ad served in a document. All the information about the ad impression may be encoded in a unique identifier, which is returned, along with the ad image. The ad image and unique identifier may be provided to a client device. When a user selects an ad, this unique identifier may be returned to the ad server. A position of an image map clicked may also be returned to the ad server. The returned unique identifier and image position may be used to allow the ad server to determine which ad was selected. Thus, the unique identifier permits a selection to be matched with a previous ad serve.

The Invention pertains to a device for the client-sided requesting, transmitting, receiving, delivering, outputting and displaying of server-sided stored data by means of context data and time index data and/or content identifier data, which are transferred to the server and to which server-sided additional data are stored and can be requested and can be displayed or outputted on the client-side.

The present invention provides a content locating method and a content delivery network node. In this case, the content locating method provided by the present invention comprises: receiving by a first content delivery network CDN node a service request sent by a service control function entity or an IPTV service control function entity, wherein this service request carries a content identifier which is used to indicate requesting content corresponding to this content identifier; if the first CDN node cannot provide the content service requested by the service request, then the first CDN node sends an inquiry request to a CDN global controller so as to acquire the information about a second CDN node which can provide the content service requested by the service request and request the second CDN node to provide the content service. By way of the present invention, the pressure of the CDN global controller can be reduced and the processing delay of CDN can be shortened.

A process is introduced that determines contour requirements from many factors. Based on the contour requirements, the process either generates at least one content-derived signature contour from either many content identifiers or at least one content-derived signature contour, or generates at least one optimized content-derived signature contour from contour-related data and either at least one content-derived signature contour or a derivation from at least one content-derived signature contour.

The present invention provides a method and system of performing de-duplication for at least one computer file in a computer system. In an exemplary embodiment, the method and system include (1) tuning a rolling-hash algorithm for the de-duplication, (2) chunking the data in the file into chunks of data by using the tuned algorithm, (3) producing a content identifier for each of the chunks, and (4) processing the chunks that are unique, the content identifier for each of the chunks that are unique, and references to the chunks that are unique. In an exemplary embodiment, the computer system includes a de-duplication-enabled data store. In an exemplary embodiment, the computer system includes (a) a transferor computer system that is configured to transfer the file to a de-duplication-enabled computer system and (b) the de-duplication-enabled computer system.

A relay apparatus on a network includes an analysis section that analyzes multimedia contents transmitted from a contents provider. The relay apparatus temporarily stores contents identifiers, component information of the contents, and element data pointed by pointers of the component information, and creates a transmission sequence for transmitting the element data. A transmission section transmits the contents identifier, the contents component information and the element data according to the transmission sequence to a service provider. When the relay apparatus receives a request from a terminal or from a service provider even before the service provider completes registration of the entire multimedia contents, the relay apparatus or the service provider can start rendering multimedia transmission services to the terminal.

In a server serving as an information distribution apparatus and an information communication terminal, contents are managed by using content identifiers (content IDs) managed as IDs conforming to a rule of uniformity. Particularly, in the information communication terminal, a content ripped from a recording medium such as a CD, and stored in a storage element, such as a hard disk drive, is also managed by using a content identifier acquired from the information distribution apparatus. In this way, contents stored in the storage element can be managed by using content IDs each managed as an ID common to the information communication terminal and the information distribution apparatus. In communication between the information communication terminal and the information distribution apparatus, a content identifier conforming to a rule of uniformity is used for identifying a content to which the content identifier is assigned, so that the terminal is capable of downloading the content as well as acquiring additional information relevant to the content from the apparatus.

An information processing apparatus, that obtains pieces of content information relating to content recorded in an information recording medium, includes a content identifier generation unit configured to read a content certificate which is recorded in the recording medium and which corresponds to the content stored in the information recording medium, and generates a content identifier by combining hash values which correspond to the content and which are included in data stored in the content certificate, a data transmitting unit configured to transmit the content identifier generated using the content identifier generation unit to a content information provision server, a data receiving unit configured to receive, from the content information provision server, the pieces of content information relating to the content which is specified on the basis of the content identifier, and a data outputting unit configured to output the pieces of content information received using the data receiving unit.