Abstract:
A communication infrastructure includes a plurality of cable modem circuits communicatively coupled to a cable network and each associated with a corresponding one of a plurality of subscribers. A head end system communicatively couples to the cable network, to the public switched telephony network, and to the Internet network and bridges calls between the Internet network and the public switched telephony network, between the cable network and the Internet network, and between the cable network and the public switched telephony network. A billing server of the head end system grants call bridging permission to telephone devices and monitors bridging usage. The cable modem circuits include wireless access points. The head end system routes a call to a wireless terminal via the cable network and a wireless access point within a home when present there and via a wireless access point coupled to the Internet network when not present there.
Abstract:
A control device for interacting with a television system. At least one module is adapted to receive a user input identifying a video selection. The at least one module may also be adapted to search for video information corresponding to the video selection. The at least one module may, for example, be adapted to search in any or all media sources to which the control device is directly or indirectly communicatively coupled. The control device may be adapted to interact with the Internet. In such case, the at least one module may, for example, be adapted to browse the Internet using any standard Internet browsing tool. The at least one module may further be adapted to transmit a control signal adapted to cause display of the video information on the television system. The at least one module may additionally be adapted to display the video information.
Abstract:
A phone that interacts with a television system. At least one module may be adapted to receive a user input identifying a video selection. At least one module may also be adapted to display video information corresponding to the video selection. At least one module may further be adapted to transmit a control signal adapted to cause the display of video information corresponding to the video selection on the television system. The phone may, for example, be adapted to receive television system setting information and provide for user control of various television system settings. Also for example, the phone may be adapted to receive media guide information, present such information to a user, provide for user selection of a media element, and transmit a control signal adapted to cause delivery of the selected media element from a multimedia source to the television system.
Abstract:
A system and method providing location based wireless resource identification in a communication system. Various aspects of the present invention may comprise determining a location of a communication system (e.g., a multimode communication device). One or more wireless resources may then, for example, be identified based, at least in part, on the determined location. Additionally for example, respective manners of communicating with identified wireless resources may be determined and utilized for communication between the communication system and the identified wireless resources. A communication system may, for example, comprise a location determination module adapted to determine a location of the communication device. A wireless resource identification module may, for example, be adapted to identify one or more wireless resources based, at least in part, on the determined location. Also for example, a communication manager module may be adapted to determine respective manners of communicating with the identified wireless resources.
Abstract:
An end-point device comprises multiple communication transceivers via which the end-point device associates with multiple access points. The multiple access points may belong to packet switched data networks that are communicatively incompatible. Each of the associated access points contributes a separate pathway for flow of data packets between the end-point device and a backbone network that communicatively connects all associated access points. Each of the associated access points receives and stores unique network addresses assigned to the end-point device by the associated access points and information corresponding to the associated pathways in respective memories. Each of the associated access points delivers data packets directly to the end-point device and/or indirectly via the backbone network and one of the remaining associated access points. An access point selects an indirect path via the backbone network for delivering the data packets based on the information received from the end-point device and/or a variety of communication characteristics. The access point uses a unique network address assigned by another access point to the end-point device when it routes the data packets via the another access point.
Abstract:
An end-point device comprises multiple communication transceivers via which the end-point device associates with multiple access points. The multiple access points may belong to packet switched data networks that are communicatively incompatible. Each of the associated access points contributes a separate pathway for flow of data packets from the end-point device to a destination device. The end-point device gathers information regarding the associated pathways. The information may contain protocol information, user preferences and/or current pathway performance information. The end-point device uploads unique network addresses assigned to it by the associated access points and the gathered information to all or selected few of nodes of the associated networks. If needed, the end-point device associates with an additional access point or dissociates from an access point. The end-point device keeps the all or the selected few of the nodes updated about its network associations and the currently associated pathway information.
Abstract:
Embodiments of the present invention are operable to produce MPEG or like video streams from video data that is accompanied by metadata. This greatly reduces the processing requirements associated with encoding an MPEG or other like standard video stream. This is achieved by decoding formatted video data received from a computer system with a video processor. A frame or series of frames may be produced from the formatted video data by the video processor. In the instance where a series of frames are produced, these may be supplied to a display driver and presented on an operatively coupled display. The image frame or series of image frames may be supplied to a video stream encoder along with the metadata wherein the video stream encoder is operable to apply the metadata to the image or series of images in order to produce a set of instructions that allow subsequent images to be generated from the image or images produced by the video processor. This second video stream can then be distributed within a video display network.
Abstract:
A product support network that facilitates web based service, specifications and interaction includes a dedicated client device adapted to provide web pages to an interrogating machine such as a personal computer using a web browser. A plurality of support servers support testing and upgrading of the dedicated client devices, underlying components and peripherals, delivering manuals and user guides, and gathering usage statistics. Some interaction between the dedicated client device and the server does not require the personal computer. The dedicated client device circuitry consists of a system controller, a memory, a communication interface, a user input device and a display. The dedicated client device is capable of establishing communication and interacting with the server directly, being facilitated by a user input device and a display. The device related web page stored in the memory of dedicated client device includes manufacturers information related to program code, chip sets, peripherals and the device itself as well as the present working status of the device.
Abstract:
Systems and methods that provide remote access are described. In one embodiment, a system may include, for example, a plurality of communication devices and a media device. The plurality of communication devices may be operatively coupled to a network and may include, for example, a native communication device. The media device may be operatively coupled to the native communication device and the network. The media device may be associated with the native communication device and the network and may be capable of exchanging media content with the plurality of communication devices and the network. A profile of the media device may be stored in at least one of the media device and the native communication device. The profile may include, for example, information related to managing the media content when the media device is roaming.
Abstract:
A sensor for sensing one or more properties of a vehicle fluid has a tuning fork resonator adapted to contact the fluid. The tuning fork resonator comprises two tines and is operable to oscillate so that the two tines move in opposite phase at a frequency of less than 1 MHz while contacting the fluid to generate a resonator response indicative of one or more properties of the fluid. In another aspect, a sensor includes a substrate and a flexural resonator on the substrate and adapted to contact the fluid. Circuitry for operation of the resonator is on the substrate. The resonator is adapted to receive an input signal and to oscillate while contacting the fluid to generate a resonator response indicative of one or more properties of the fluid. One suitable application for the invention is monitoring the condition of a vehicle engine oil.