Sony Electronics Inc

Sony Corporation

Other

Sony Corpotation

Kazuaki Iso

Gregory David Gudorf

Brian M Siegel

Philip Michael Abram

Brian Raymond

Marc Beckwitt

Christopher M Tobin

A method an apparatus is provided for providing selected media files, which are chosen from among a plurality of media files, to a user over a packet-switched network such as the Internet. The method begins by receiving over the packet-switched network a request from the user to receive media content. Next, a user profile associated with the user is retrieved from a database. The user profile reflects user preferences in media content to be received over the packet-switched network. The plurality of media files are ranked based at least in part on the user profile. At least one highly ranked media file is selected from among the ranked plurality of media files. At least one of the highly ranked media files is forwarded to the user over the packet-switched network.

Method and apparatus for providing customized selection of audio content over the internet using declared and behavior profile information

Method and apparatus for forwarding media content interspersed with an advertisement

Method and apparatus for providing a customized selection of audio content over the internet

A system, method, and user device for restricting access to the content of media over a network. Biometric information is collected and compared against pre-stored biometric information of a user to authenticate the identity of the user. The user then requests access to the content of a medium. Access is permitted to the requested content if the content is identified as content, or indicia identifying the content, that the user previously uploaded to the server. Access is denied to the requested content if the content is not identified as content, or indicia identifying the content, that the user previously uploaded to the server.

Method and system for restricted biometric access to content of packaged media

A method and apparatus is provided for providing selected media files, which are chosen from among a plurality of media files, to a user over a packet-switched network such as the Internet. The method begins by receiving over the packet-switched network a request from the user to receive media content. Next, a user profile associated with the user is retrieved from a database. The user profile reflects user preferences in media content to be received over the packet-switched network. The plurality of media files are ranked based at least in part on the user profile. At least one highly ranked media file is selected from among the ranked plurality of media files. At least one of the highly ranked media files is forwarded to the user over the packet-switched network.

An apparatus, program product and method personalize an on-line interface by identifying and tracking a computing environment of a user so that on-line content is tailored to the subjective preferences of the user. In addition, the computing environment advantageously includes objectively distinguishable factors such as one or more of preference settings, cookies (i.e., previously viewed web sites), time/date, location, navigation click stream, autonomic reaction to viewed on-line content and type of computer platform. Thus, one or more usage profile records for each user may be maintained, each tailored for the computing environment and user's subjective preferences when in that computing environment.

Personalized interface with adaptive content presentation

A method of obtaining, from a remote location, topic-specific information regarding a product includes: electronically receiving one of a plurality of machine-readable codes electronically navigating to an information resource at a remote location; and displaying the information resource's topic-specific information about the product on an electronic display device. In further detail, each of the machine-readable codes is associated with an information topic relating to a product, with at least one machine-readable code having an associated information topic which is different from that of the other machine-readable code or codes. Also, each of the machine-readable codes encodes an identifier which is associated with a corresponding information resource at a remote location. At least one corresponding information resource includes topic-specific information about the product which is different from that of the other corresponding information resource or resources. In the electronic-navigation step, the corresponding information resource at the remote location is the resource associated with the identifier encoded by the machine-readable code.

Electronic network and method for obtaining topic-specific information regarding a product

Two electronic devices automatically perform a synchronization session when one of the electronic devices is brought in proximity to the other electronic device. The synchronization session is initiated without user intervention based simply on the fact that the two devices have recently been brought within a predetermined distance of each other. The two electronic devices communicate in a wireless manner. The two devices may determine that they are within a predetermined distance of each other using global positioning technology, via which one of the devices determines its own position and compares it to a known position of the other electronic device. Alternatively, one of the electronic devices may output a low level signal that can be received by the other electronic device when within a certain range. Once the low level signal is received, the recipient of the low level signal outputs a stronger signal to ensure that it is received by the other electronic device requesting a synchronization session, which once established enables synchronization of information between the two devices.

Method and apparatus for synchronizing device information

A method is applied for providing electronically collected and summarized meeting information. First, verbal sounds are electronically collected. The verbal sounds are transmitted to a processor. The processor automatically converts the verbal sounds, as collected, into an electronic text file. The text from the file is then automatically scanned and summarized, in accordance with a predetermined algorithm for identifying one or more key terms in the text file, into an electronic summary file. The text file and/or the summary file are then automatically and electronically distributed to a predetermined number of users.

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Oradell, NJ, United States of America

Kazuaki Iso