Result Details
Wavelet Lifting on Application Specific Vector Processor
        BAŘINA, D.; ZEMČÍK, P. Wavelet Lifting on Application Specific Vector Processor. In GraphiCon'2013. Vladivostok: GraphiCon Scientific Society, 2013. p. 83-86.  ISBN: 978-5-8044-1402-4.
    
                Type
            
        
                conference paper
            
        
                Language
            
        
                English
            
        
            Authors
            
        
                Bařina David, Ing., Ph.D., FIT (FIT), DIFS (FIT), DCGM (FIT)
                
Zemčík Pavel, prof. Dr. Ing., dr. h. c., UAMT (FEEC), DCGM (FIT)
        Zemčík Pavel, prof. Dr. Ing., dr. h. c., UAMT (FEEC), DCGM (FIT)
                    Abstract
            
        With the start of the widespread use of discrete wavelet transform the need for its efficient implementation is becoming increasingly more important. This work presents a general approach of discrete wavelet transform scheme vectorisation evaluated on an FPGA-based Application-Specific Vector Processor (ASVP). This unit can be classified as SIMD computer in Flynn's taxonomy. The presented approach is compared with two other non-vectorised approaches. Using the frequently exploited CDF 9/7 wavelet, the achieved speedup is about 2.6× compared to naive implementation.
                Keywords
            
        discrete wavelet transform, lifting scheme, SIMD, parallelization, vectorisation
                URL
            
        
                    Annotation
                
            With the start of the widespread use of discrete wavelet transform the need for its efficient implementation is becoming increasingly more important. This work presents a general approach of discrete wavelet transform scheme vectorisation evaluated on an FPGA-based Application-Specific Vector Processor (ASVP). This unit can be classified as SIMD computer in Flynn's taxonomy. The presented approach is compared with two other non-vectorised approaches. Using the frequently exploited CDF 9/7 wavelet, the achieved speedup is about 2.6× compared to naive implementation.
                
                Published
            
            
                    2013
                    
                
            
                    Pages
                
            
                        83–86
                
            
                        Proceedings
                
            
                    GraphiCon'2013
                
            
                    Conference
                
            
                    23rd International Conference on Computer Graphics and Vision
                
            
                    ISBN
                
            
                    978-5-8044-1402-4
                
            
                    Publisher
                
            
                    GraphiCon Scientific Society
                
            
                    Place
                
            
                    Vladivostok
                
            
                EID Scopus
                
            
                    BibTeX
                
            @inproceedings{BUT103540,
  author="David {Bařina} and Pavel {Zemčík}",
  title="Wavelet Lifting on Application Specific Vector Processor",
  booktitle="GraphiCon'2013",
  year="2013",
  pages="83--86",
  publisher="GraphiCon Scientific Society",
  address="Vladivostok",
  isbn="978-5-8044-1402-4",
  url="https://www.researchgate.net/publication/283425090_Wavelet_Lifting_on_Application_Specific_Vector_Processor"
}
                Files
            
        
                Projects
            
        
        
            
        
    
    
        Intelligent Management Platform for Advanced Real-Time media processes, MŠMT, Sedmý rámcový program Evropského společenství pro atomovou energii (Euratom) v oblasti jaderného výzkumu a vzdělávání, 7E13044, start: 2012-11-01, end: 2015-10-31, completed
                
Transport systems development centre, TAČR, Centra kompetence, TE01020155, start: 2012-04-01, end: 2018-03-31, completed
        Transport systems development centre, TAČR, Centra kompetence, TE01020155, start: 2012-04-01, end: 2018-03-31, completed
                Research groups
            
        
                Computer Graphics Research Group (RG GRAPH)
            
        
                Departments