Abstract: A transcoding engine communicatively coupled to a broadcast source receiver for receiving the broadcast stream, decoding the broadcast stream, extracting and storing the PSIP tables from the broadcast stream and inserting metadata into the decoded broadcast stream, encoding the broadcast stream and the metadata, and attaching the PSIP tables to the encoded broadcast stream. A listener server device is communicatively coupled to the transcoding engine for receiving the encoded broadcast stream and establishing a low-latency tunnel with a caller client over a public internet and providing the encoded broadcast stream to the caller client through the low-latency tunnel.

Abstract: A transcoding engine communicatively coupled to a broadcast source receiver for receiving the broadcast stream, decoding the broadcast stream, extracting and storing the PSIP tables from the broadcast stream and inserting metadata into the decoded broadcast stream, encoding the broadcast stream and the metadata, and attaching the PSIP tables to the encoded broadcast stream. A listener server device is communicatively coupled to the transcoding engine for receiving the encoded broadcast stream and establishing a low-latency tunnel with a caller client over a public internet and providing the encoded broadcast stream to the caller client through the low-latency tunnel.

Abstract: The invention provides a method for monitoring a digital media receiver (including receivers for television or other type of digital media) to determine whether it is necessary for a receiver to re-connect in order to continue receiving a predetermined channel or stream. This invention is useful in digital media monitoring systems and in situations with many receivers connected to the same signal source and predetermined channels defined to be output by each receiver. One embodiment of the invention uses an auditing receiver that constantly scans the upstream channel-map, guide data, service information or system information to determine if the connection parameters required for receiving each predetermined stream have changed. Some examples of connection parameters include packet identifiers (PIDs), radio frequency (RF) channel and uniform resource locator (URL), depending on the type of broadcast and stream.

Abstract: The invention provides a method for monitoring a digital media receiver (including receivers for television or other type of digital media) to determine whether it is necessary for a receiver to re-connect in order to continue receiving a predetermined channel or stream. This invention is useful in digital media monitoring systems and in situations with many receivers connected to the same signal source and predetermined channels defined to be output by each receiver. One embodiment of the invention uses an auditing receiver that constantly scans the upstream channel-map, guide data, service information or system information to determine if the connection parameters required for receiving each predetermined stream have changed. Some examples of connection parameters include packet identifiers (PIDs), radio frequency (RF) channel and uniform resource locator (URL), depending on the type of broadcast and stream.

Abstract: The invention provides a method for monitoring a digital media receiver (including receivers for television or other type of digital media) to determine whether it is necessary for a receiver to re-connect in order to continue receiving a predetermined channel or stream. This invention is useful in digital media monitoring systems and in situations with many receivers connected to the same signal source and predetermined channels defined to be output by each receiver. One embodiment of the invention uses an auditing receiver that constantly scans the upstream channel-map, guide data, service information or system information to determine if the connection parameters required for receiving each predetermined stream have changed. Some examples of connection parameters include packet identifiers (PIDs), radio frequency (RF) channel and uniform resource locator (URL), depending on the type of broadcast and stream.

Abstract: The invention according to a preferred embodiment provides a method for capturing electronic files from an electronic device and transmitting the electronic files to an address specified by a user. The method includes the steps of detecting output selection from the user; capturing the output using a driver; verifying the file format is compatible with the address using an interface; attaching one or more files to a message; displaying the message and allowing the message to be edited by the user, wherein editing includes specifying one or more addresses where the electronic file is to be sent; and sending the message. Optionally, the invention includes dialing and connecting to the Internet if necessary prior to sending the electronic file to the designated addresses. The message may include a cross-platform compatible machine language such as XML.

Abstract: The invention according to a preferred embodiment provides a method for capturing print images from a computer application software program and transmitting the images to an e-mail address specified by a user. The method includes the steps of detecting custom printer driver selection from the user; capturing the document using the custom printer driver; converting one or more pages of the document into one or more images using an interface; attaching one or more images to an e-mail message; displaying the e-mail message and allowing the e-mail message to be edited by the user, wherein editing includes specifying one or more addresses where the document is to be sent; and sending the e-mail message, and, optionally dialing and connecting to the Internet if necessary, prior to sending the document to the designated e-mail addresses.