Abstract: A method and structure that supports the formation of co-linear device pairs and mitigation of undesired interference in a digital multi-media communication environment. Compass orientation information of co-located devices within range of one another in a wireless communication environment is used to determine whether sufficiently co-linear device pairing opportunities exist and may also be used to identify and/or mitigate undesired interference conditions. Various remedial actions may be performed to enhance co-linear device pairing and mitigation action may be taken to mitigation interference between substantially co-linear and co-located devices in the environment.

Abstract: Embodiments of the present invention are directed to provide a method and system for the generation and display of a channel space state for a band of frequencies in a wireless display device. One novel method enables the display of a channel space state by continuously or repeatedly scanning, in a remote wireless transceiver, a channel space to determine a channel space state. The channel space state is communicated to the wireless display device. When interference for the channel used to transmit content to the wireless display device is detected during a scan, a graphical representation of the channel space state is displayed in the wireless display.

Abstract: A system and method for automatically performing a channel selection procedure in a wireless network includes a forward transmitter that embeds an identifier into forward data that is transmitted over a forward link. A forward receiver then receives the forward data on the forward link, and removes the identifier from the forward data. A reverse transmitter receives the identifier from the forward receiver, and embeds the identifier into reverse data that is transmitted over a reverse link on a selected reverse channel chosen from among a plurality of available reverse channels. A reverse receiver then searches the reverse channels to identify the selected reverse channel containing reverse data with the identifier embedded. The reverse receiver may then utilize the reverse data received over the identified reverse channel.

Abstract: To achieve ultra-high bandwidth data transmission according to embodiments of the invention, a plurality of parallel 60 GHz band frequency signals traveling in substantially parallel paths is employed. A connector or housing includes a plurality of metallized, grounded shells or chambers having antenna pairs that are embedded therein. There is no physical contact between the transmitter and receiver antennas. Instead, the metallized, grounded connector chambers provide isolation between adjacent radio links which all operate on the same frequency.

Abstract: A method and structure that supports the formation of co-linear device pairs and mitigation of undesired interference in a digital multi-media communication environment. Compass orientation information of co-located devices within range of one another in a wireless communication environment is used to determine whether sufficiently co-linear device pairing opportunities exist and may also be used to identify and/or mitigate undesired interference conditions. Various remedial actions may be performed to enhance co-linear device pairing and mitigation action may be taken to mitigation interference between substantially co-linear and co-located devices in the environment.

Abstract: A system and method for effectively implementing a universal remote control device comprises a configurable control assembly that includes an LCD panel for selectively displaying appropriate sets of control symbols that represent control commands for controlling a plurality of different electronic devices. Device control information for the various different electronic devices may be downloaded into the remote control device to support various desired device control modes for controlling the different respective electronic devices. The control assembly also includes a switch matrix that is transparently implemented to include control switches that are each aligned over a corresponding respective one of the control symbols on the LCD panel. The control assembly further includes a button panel with control buttons that are transparently positioned to permit viewing the control symbols on the display panel through the control buttons.

Abstract: A multiple partial encryption device consistent with certain embodiments has an input for receiving a unencrypted video signal. An encryption arrangement produces a partially multiple encrypted video signal from the unencrypted video signal. An output provides the partially multiple encrypted video signal. This abstract is not to be considered limiting, since other embodiments may deviate from the features described in this abstract.

Abstract: A system of inter-connectable modules that can be used to build consumer electronic sub-systems and products. Familial features are included for easy setup and control. Data is passed between modules using a common interface to permit easy routing and reconfiguration of data flows.

Abstract: A method of selecting data for multiple carriage partial encryption consistent with certain embodiments involves examining unencrypted packets of data in a digital audio/video data stream to identify a packet type; and selecting packets of the identified packet type for multiple partial encryption, wherein the amount of data to be encrypted is sufficient to render a portion of an entire frame unviewable. This abstract is not to be considered limiting, since other embodiments may deviate from the features described in this abstract.

Abstract: The present apparatus and method control the flow of communication between a host and a data storage device. A plurality of data transport streams are maintained as active while a first burst of data for a first transport stream is initiated. The first burst is interrupted prior to the complete communication of the burst. The first transport stream is maintained as active and a first burst of data for a second transport stream is initiated. The first burst of the second transport stream is interrupted, the second transport stream is maintained as active and the method and apparatus return to continue the communication of the first burst of the first transport stream. Typically, a first stream ID is asserted prior to initiating the first burst of the first transport stream and a second stream ID is initiated prior to initiating the first burst of the second transport stream.

Abstract: To achieve ultra-high bandwidth data transmission according to embodiments of the invention, a plurality of parallel 60 GHz band frequency signals traveling in substantially parallel paths is employed. A connector or housing includes a plurality of metallized, grounded shells or chambers having antenna pairs that are embedded therein. There is no physical contact between the transmitter and receiver antennas. Instead, the metallized, grounded connector chambers provide isolation between adjacent radio links which all operate on the same frequency.

Abstract: A transmit digital processing system for wireless transmission of HDMI and/or DVI data using an FPGA. The FPGA converts the data into two data streams and includes a front end component multiplexing video data with control data. A complementary receive FPGA is also disclosed.

Abstract: A method consistent with certain embodiments, of processing a received encrypted frame signal, wherein the received encrypted frame signal is indicative that a specific video frame is encrypted, involves receiving a video signal including the received encrypted frame signal; wherein the received video signal comprises a received bit stream; synthesizing the received encrypted frame signal to produce a synthesized encrypted frame signal that is in synchronization with the received encrypted frame signal; determining if a sink wireless receiver is locked to the received bit stream, and if so, passing the received encrypted frame signal to the sink device; and if the sink wireless receiver is not locked to the received bit stream, passing the synthesized encrypted frame signal to the sink device. This abstract is not to be considered limiting, since other embodiments may deviate from the features described in this abstract.

Abstract: An encrypted content transport stream is received by a viewer's device and recorded for subsequent playback. During recording, keys in headers of packets of the stream are stripped and placed in sequence in a table. Also, the table indicates changes in key indicating bits. When it is desired to play the content, start-of-frame indicator bits such as PUSI and/or RAI bits are used to access the table of keys to retrieve the keys necessary to decrypt the transport stream packets sought to be played.

Abstract: A method of encoding a packetized digital television signal consistent with certain embodiments involves encrypting a portion of the packets containing the digital television signal according to a first encryption algorithm; encrypting the portion of the packets containing the digital television signal according to a second encryption algorithm; leaving a portion of the packets containing the digital television signal unencrypted; assigning a primary packet identifier to the unencrypted packets; assigning a primary packet identifier to the packets encrypted under the first encryption algorithm; and assigning a secondary packet identifier to the packets encrypted under the second encryption algorithm. This abstract is not to be considered limiting, since other embodiments may deviate from the features described in this abstract.

Abstract: A method of processing digital content consistent with certain embodiments involves receiving a signal containing the digital content, wherein the digital content has a first encrypted sample of the digital content, the sample being encrypted under a first encryption method, a second encrypted sample of the digital content, the sample being encrypted under a second encryption method, and an unencrypted portion; and decrypting the first encrypted sample to produce a decrypted sample. This abstract is not to be considered limiting, since other embodiments may deviate from the features described in this abstract.

Abstract: A method, in accordance with one embodiment, of managing power consumption in a network, comprising receiving an instruction for a first device in an active power state and serving as a network master node to enter into a power management state, the network master node adapted to perform a network administrative function while in an active power state, the power management state having a lower power consumption than the active power state; sending data from the first device to a second device serving as a network slave node, the data enabling the second device to start performing the network administrative function while in an active power state; and placing the first device into the power management state after sending the data.

Abstract: Methods and apparatus for optical wireless communication. In one embodiment, a wireless optical video system in which video content (e.g., DVI or HDMI) is transmitted wirelessly between a digital video source and a display device. This wireless optical communication is accomplished using a laser, encoded with the digital video data, directed from an optical transmitter to an optical receiver. In another embodiment, the data to be communicated includes high-definition video content.

Abstract: A method consistent with certain embodiments carried out at a television provider headend involves receiving a feed of scrambled television content in the form of a stream of packets; descrambling the scrambled television content to produce a stream of clear packets; selecting a packet for multiple encryption; duplicating the packet to provide first and second packets; re-mapping the first and second packets to first and second packet identifiers; encrypting the first packet under a first encryption algorithm to produce a first encrypted packet; encrypting the second packet under a second encryption algorithm to produce a second encrypted packet; and re-mapping clear packets to the first packet identifier. This abstract is not to be considered limiting, since other embodiments may deviate from the features described in this abstract.

Abstract: Embodiments of the present invention include a system for accessing a memory device comprising a master device coupled to a first serial bus. The system further comprises a slave device coupled to a second serial bus wherein the slave device comprises a first memory. The system further includes a slave device simulator coupled to the first serial bus and coupled to a long distance system specific interconnection, wherein the slave device simulator comprises a first shadow memory of the first memory and wherein a master device simulator is coupled to the second serial bus and coupled to the system specific interconnection. The master device comprises a second shadow memory of the slave device. Data read operations of the master may be satisfied directly from the slave device simulator shadow memory. Data writes from the master are propagated to the slave device and data coherency routines update the shadow memories accordingly.