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Random Partial Haar Wavelet Transformation for Single Instruction Multiple Threads
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 Title & Authors
Random Partial Haar Wavelet Transformation for Single Instruction Multiple Threads
Park, Taejung;
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Many researchers expect the compressive sensing and sparse recovery problem can overcome the limitation of conventional digital techniques. However, these new approaches require to solve the l1 norm optimization problems when it comes to signal reconstruction. In the signal reconstruction process, the transform computation by multiplication of a random matrix and a vector consumes considerable computing power. To address this issue, parallel processing is applied to the optimization problems. In particular, due to huge size of original signal, it is hard to store the random matrix directly in memory, which makes one need to design a procedural approach in handling the random matrix. This paper presents a new parallel algorithm to calculate random partial Haar wavelet transform based on Single Instruction Multiple Threads (SIMT) platform.
procedural Haar wavelet;compressive sensing;parallel processing;CUDA;GPU;sparse signal recovery;
 Cited by
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