SEMINARON DESIGN OF 2-D FILTERS USING A PARALELL PROCESSOR ARCCHITECTURE : two-dimensional filters are usually part of the implementation of the digital image processing applications. These filters process of recursive sets of instructions, and require
high-speed computing. optimized implementations of these filters depends on use and Application Specific Integrated Circuits (ASIC). Parallel system with different processing units is a design option may be able to perform the necessary calculations performance. In this article, as a loop transformation algorithm provides an efficient the use of a parallel multiprocessor system is presented. Uniform nested loops represents the image filters and available processors are modeled as a multidimensional phenomenon data flow graphs. A new loop structure is generated for the arbitrary number of processors available in the system can operate in parallel. Example and description of the algorithm is presented in the document.
high-speed computing. optimized implementations of these filters depends on use and Application Specific Integrated Circuits (ASIC). Parallel system with different processing units is a design option may be able to perform the necessary calculations performance. In this article, as a loop transformation algorithm provides an efficient the use of a parallel multiprocessor system is presented. Uniform nested loops represents the image filters and available processors are modeled as a multidimensional phenomenon data flow graphs. A new loop structure is generated for the arbitrary number of processors available in the system can operate in parallel. Example and description of the algorithm is presented in the document.
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