Parameterized core functional dataflow graphs and their application to design and implementation of wireless communication systems
SiPS(2013)
摘要
Due to the increased complexity of dynamics in modern DSP applications, dataflow-based design methodologies require significant enhancements in modeling and scheduling techniques to provide for efficient and flexible handling of dynamic behavior. In this paper, we address this problem through a new framework that is based on integrating two complementary modeling techniques, core functional dataflow (CFDF) and parameterized synchronous dataflow (PSDF). We apply, in a systematically integrated way, the structured mode-based dynamic dataflow modeling capability of CFDF together with the features of PSDF for dynamic parameter reconfiguration and quasi-static scheduling. We refer to this integrated methodology for mode- and dynamic-parameter-based modeling and scheduling as core functional parameterized synchronous dataflow (CF-PSDF). Through a wireless communication case study involving MIMO detection, we demonstrate the utility of design and implementation using CF-PSDF graphs. Experimental results on this case study demonstrate the efficiency and flexibility of our proposed new CF-PSDF based design methodology.
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关键词
parameterized core functional dataflow graphs,dynamic scheduling,flexible handling,dynamic parameter reconfiguration,signal processing,scheduling,wireless communication systems,data flow graphs,dynamic dataflow,quasistatic scheduling,complementary modeling techniques,wireless channels,cf-psdf graph,mimo detector,mimo communication,dataflow graph,parameterized modeling,graph theory,core functional parameterized synchronous dataflow,modern dsp applications,mimo detection
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