A Workstation Architecture to Support Multimedia
Abstract: "The advent of high speed networks in the wide and local area enables multimedia traffic to be easily carried between workstation class machines. This dissertation considers an architecture for a workstation to support such traffic effectively. In addition to presenting the information to a human user the architecture allows processing to be done on continuous media streams. The proposed workstation architecture, known as the Desk Area Network (DAN), extends ideas from Asynchronous Transfer Mode (ATM) networks into the end system. All processors and devices are connected to an ATM interconnect. This is shown to be capable of supporting both multimedia data streams and more traditional CPU cache line traffic.
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allow architecture associative cache Asynchronous Asynchronous Transfer Mode ATM Document Collection bandwidth behaviour bits block cache line cache miss cache request Cambridge University Computer camera chapter chip clock configuration connection CPU cache CPU node DECStation demonstrator Desk Area Network devices Direct Mapped dissertation experimental experiments Fairisle FIFO format FPGA frame Group Technical Note hardware header high performance high speed implementation input internal interconnect kernel Local Area Network logic main memory memory access memory server miss ratio multimedia multiplexing network interface operating system optimize output packet PAL compiler Pandora parse Pegasus project Primary Cache priority processor node protocol queue Rambus RDRAMs Research Group Technical rindex routeing scheduling secondary cache Set Associative signal Simulation standard stream cache Systems Research Group traffic transmission TURBOchannel University Computer Laboratory user process user-space Wanda workstation Xilinx