Details:
Title | Using Symbolic Algebra in Algorithmic Level DSP Synthesis | Author(s) | Giovanni De Micheli, Armita Peymandoust | Type | Article in Conference Proceedings | Abstract | Current multimedia applications require the design of datapath intensive circuits. Unfortunately, current design tools and methods support design abstraction at a level that is inferior to the expectation of designers. Namely, most arithmetic-level optimizations are not supported and they are left to the designers' ingenuity. In this paper, we show how symbolic algebra can be used to construct an arithmetic-level decomposition algorithm. We also introduce our tool, SymSyn, that performs arithmetic library mapping and optimization of data-flow descriptions into data paths using arithmetic components. |
Language | English | Pages | 277 - 282 | Year | 2001 | Edition | 0 | Translation |
No | Refereed |
No |
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