A Scalable Mutiprocessor for Real-Time Signal Processing Applications

H. Eberle, D. Scherrer

Abstract


We present a scalable multiprocessor for real-time signal processing applications. The basic building block is a node with eight processors. Nodes are connected by the switch-based network Switcherland [2]. Innovation highlights are: (a) a network with guaranteed transmission rates and bounded forwarding latencies, (b) a multiprocessor node based on RISC CPUs/DSPs and a communication infrastructure optimized for processing continuous data streams, and (c) an object-oriented programming model familiar from general-purpose systems. These properties make the described system a versatile platform for a wide range of signal processing applications.

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