Abstract: The subject application is directed to a system and method for compact representation of multiple markup data pages of electronic document data. Parsed electronic page content data is first received representing a plurality of markup pages. Element code data, attribute code data, attribute data type code data and relationship map data are then generated. The received parsed electronic page content data is then compressed using the generated code data and the relationship map data. The compact markup language data is stored based upon the output of the compressed parsed electronic page content data. In addition, the generated element code data, attribute code data, attribute data type code data, and relationship map data are stored. The parsed electronic page data is regenerated in accordance with the stored element code data, the stored attribute code data, the stored attribute data type code data, and the stored relationship map data.

Abstract: The subject application is directed to a system and method for staged processing of electronic document processing jobs. A plurality of electronic documents, inclusive of setting data representing document processing device operations, are first directed to at least one associated document processing device are received. Processing stages for each received electronic document are then identified based upon the corresponding setting data. Each received electronic document is thereafter communicated to the corresponding identified processing stages. A preselected document processing operation is then sequentially completed via each of the processing stages corresponding to each received electronic document.

Abstract: A beamforming system that can be used for both receive and transmit beamforming is provided. The system receives samples of a number of signals, each sample containing a band of frequencies and routes all sampled signals associated with the same beamformed frequency band to a predetermined processing block. A predetermined number of the routed sampled signals are selected sequentially according to predetermined criteria, weighted and accumulated to form a composite signal. Individual signals are then selected from the composite signal and routed to an appropriate output. The system uses a much smaller number of weighting functions than conventionally required, with processing for a single frequency being performed in the same processing block. This reduces the complexity of beamforming processing substantially and simplifies frequency reuse. In addition a single DSP design that works for both transmit and receive beamforming can be implemented.