Abstract: A system for real-time interactive presentation, the system communicatively coupled to a network for access by a plurality of user devices comprising a database to store information relating to a plurality of presentations, at least one processor executing instructions stored in non-transitory memory that cause the processor to: receive a presentation in a first format from a presenter user device, convert the presentation to an HTML5 format, embed at least one HMTL5 interactive object into the converted presentation, store the converted presentation including the at least one HTML5 interactive embedded object in the database, upon a request received from a first user device for the converted presentation, transmit the converted presentation including the at least one HTML5 interactive embedded object to the first user device, wherein the presentation including the at least one HTML5 interactive embedded object is rendered for viewing on a display of the first user device, and receive and store first user inp

Abstract: The present invention is directed to a method and apparatus for recording and generating additional information related to telecommunication events using a mobile communication device, such as a telephone call or a text messaging event using cellular phone or a personal digital assistant. Specifically, the preferred embodiments of the present invention record information such as GPS coordinates that indicate a position of the mobile communication device during the communication event, as well as a location of a sender or receiver of data to or from the mobile communication device, so as to facilitate a log entry of the position of the mobile communication device as well as other useful information that are associated with the communication events.

Abstract: The present invention is directed to a method and apparatus for recording and generating additional information related to telecommunication events using a mobile communication device, such as a telephone call or a text messaging event using cellular phone or a personal digital assistant. Specifically, the preferred embodiments of the present invention records information such as GPS coordinates that indicate a position of the mobile communication device during the communication event, as well as a location of a sender or receiver of data to or from the mobile communication device, so as to facilitate a log entry of the position of the mobile communication device as well as other useful information that are associated with the communication events.

Abstract: The present invention is directed to a method and apparatus for recording and generating additional information related to telecommunication events using a mobile communication device, such as a telephone call or a text messaging event using cellular phone or a personal digital assistant. Specifically, the preferred embodiments of the present invention records information such as GPS coordinates that indicate a position of the mobile communication device during the communication event, as well as a location of a sender or receiver of data to or from the mobile communication device, so as to facilitate a log entry of the position of the mobile communication device as well as other useful information that are associated with the communication events.

Abstract: A dual link transmitter constructed according to the present invention employs a single Phase Locked Loop (PLL) to service both a primary link and a secondary link during dual link mode operations. The structure of the dual link transmitter includes both a primary link PLL and a secondary link PLL. The primary link PLL produces a primary link clock and the secondary link PLL produces a secondary link clock. During dual single link operations, the primary link clock is used to service the primary link while the secondary link clock is used to service the secondary link. However, during dual link operations, the primary link clock is used to service both the primary link and the secondary link.

Abstract: A dual link transmitter constructed according to the present invention employs a single Phase Locked Loop (PLL) to service both a primary link and a secondary link during dual link mode operations. The structure of the dual link transmitter includes both a primary link PLL and a secondary link PLL. The primary link PLL produces a primary link clock and the secondary link PLL produces a secondary link clock. During dual single link operations, the primary link clock is used to service the primary link while the secondary link clock is used to service the secondary link. However, during dual link operations, the primary link clock is used to service both the primary link and the secondary link.

Abstract: A deserializer that deserializes a high data rate bit stream to extract a set of bits contained therein includes a data sampler, a serial-to-parallel converter, a windowing block, and a phase error detection block. The data sampler over samples the high data rate bit stream to produce a serial group of samples corresponding to the set of bits of the high data rate bit stream. The serial-to-parallel converter couples to the data sampler and converts the serial group of samples into a parallel group of samples. The windowing block receives the parallel group of samples and produces output bits corresponding to the set of bits. The phase error detection block couples to the windowing block, detects errors in the alignment of the overlapping sampling windows of the windowing block, and directs the windowing block to adjust the operation. The phase error detection block and the windowing block compensate for bit stream jitter and intersymbol interference.

Abstract: A dual link transmitter constructed according to the present invention employs a single Phase Locked Loop (PLL) to service both a primary link and a secondary link during dual link mode operations. The structure of the dual link transmitter includes both a primary link PLL and a secondary link PLL. The primary link PLL produces a primary link clock and the secondary link PLL produces a secondary link clock. During dual single link operations, the primary link clock is used to service the primary link while the secondary link clock is used to service the secondary link. However, during dual link operations, the primary link clock is used to service both the primary link and the secondary link.

Abstract: A deserializer that deserializes a high data rate bit stream to extract a set of bits contained therein includes a data sampler, a serial-to-parallel converter, a windowing block, and a phase error detection block. The data sampler over samples the high data rate bit stream to produce a serial group of samples corresponding to the set of bits of the high data rate bit stream. The serial-to-parallel converter couples to the data sampler and converts the serial group of samples into a parallel group of samples. The windowing block receives the parallel group of samples and produces output buts corresponding to the set of bits. The phase error detection block couples to the windowing block, detects errors in the alignment of the overlapping sampling windows of the windowing block, and directs the windowing block to adjust the operation. The phase error detection block and the windowing block compensate for bits stream jitter and intersymbol interference.