Abstract:
An audio broadcast creation client applies the concept of style sheets to audio data intended for audio broadcasts. The creation client associates style sheet elements to sections of the audio broadcast. An audio broadcast rendering engine applies the style sheet elements at runtime to alter or enhance sections of the audio broadcast. Different style sheets may be applied to the same raw audio broadcast data to alter the end result. A template is provided for generating audio broadcasts. The user may record the appropriate audio files and refer to these audio files in fields of the audio broadcast template.
Abstract:
A system and method of performing cooperative non-repudiated message exchange from a first system to a second system in a computer network comprises checking for discrepancies between a current system time in the second system with an actual time; performing a time synchronization process to match the current system time with the actual time; exchanging public encryption keys between the first and second systems; sending a digitally signed message from the first system to the second system; decoding the digitally signed message; sending a digitally signed acknowledgment message from the second system to the first system; decoding the digitally signed acknowledgment message; and committing text of the digitally signed message to an official transcript on the first system.
Abstract:
A system for preparing data, employing a server computer system having a store Repository A for a first file comprising data (e.g. audio data) and a plurality of sets of lossy data Repository B generated 130 from the data in the first file. The system comprises a component 115 for requesting at least two sets of the plurality of sets of lossy data, a component 120 for receiving the at least two sets; and a component 125 for combining the at least two sets in order to generate a second file. The data in the second file is of reduced lossiness with respect to the data in the first file.
Abstract:
A system and method of performing cooperative non-repudiated message exchange from a first system to a second system in a computer network comprises checking for discrepancies between a current system time in the second system with an actual time; performing a time synchronization process to match the current system time with the actual time; exchanging public encryption keys between the first and second systems; sending a digitally signed message from the first system to the second system; decoding the digitally signed message; sending a digitally signed acknowledgment message from the second system to the first system; decoding the digitally signed acknowledgment message; and committing text of the digitally signed message to an official transcript on the first system.
Abstract:
A system for preparing data, operable with a server computer system having a store for a first file comprising data (e.g. audio data) and a plurality of sets of lossy data generated from the data in the first file. The system comprises a requesting component for requesting at least two sets of the plurality of sets of lossy data; a receiving component for receiving the at least two sets; and a combining component for combining the at least two sets in order to generate a second file. The data in the second file is of reduced lossiness with respect to the data in the first file.
Abstract:
A system for communicating status data associated of a first user to a second user, for use with a first data processing system associated with a plurality of status events of the first user and comprising a first communication component for communicating status event data associated with the plurality of status events; the system comprising: a status event handler for receiving communicated status event data; a weight component for determining weight data associated with the status event data; and a second communication component for communicating the weight data to a second data processing system. Suitable for use in an instant messaging system