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ICASSP
2008
IEEE

Automatic synthesis of VLSI architectures for arbitrary lifting-based filter banks and transforms

14 years 5 months ago
Automatic synthesis of VLSI architectures for arbitrary lifting-based filter banks and transforms
Recently, the conventional lifting scheme that is widely used for the construction of Wavelets and 2-channel filter banks has been extended to M-channel filter banks (M > 2). This extension brings up the beneficial properties of the lifting scheme to a broader range of applications, like discrete cosine transforms. There exist many hand-crafted lifting-based VLSI architectures, which mostly concentrate on a single and specific target application having a fixed data throughput and resource consumption. However, the reusability of such architectures is limited due to the lack of scalability and flexibility. To overcome this issue, we present a novel design methodology for automatic synthesis of VLSI architectures that are suitable for arbitrary lifting-based M-channel filter banks and transforms. The methodology offers wide-ranging design space exploration with varying resource consumption and data throughput tradeoffs, as it is desired in modern System-on-Chip design.
Ruben Bartholomä, Thomas Greiner, Frank Kesel
Added 30 May 2010
Updated 30 May 2010
Type Conference
Year 2008
Where ICASSP
Authors Ruben Bartholomä, Thomas Greiner, Frank Kesel, Wolfgang Rosenstiel
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