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Project Title: VLSI Architecture For Removal Of Impulse Noise In Image

Brief Introduction:

Images are often corrupted by impulse noise within the procedures of image transmission and buy. In this project, we propose a solid VLSI Architecture for Removal of Impulse noise in Image side that is filter that is utilizing to quickly attain VLSI that is architecture that is low-complexity. We utilize a impulse that is detector that is determine that is decision-tree-based loud pixels, and an edge-preserving filter along side mathematical morphological filter to reconstruct the power values of loud pixels. Also, an technology that is adaptive used to improve the outcome of reduction of random impulse sound that is respected. Our significant experimental outcomes claim that the proposed method can find better programs when it comes to both evaluation that is quality that is quantitative is creative to your previous practices that are lower-complexity. Moreover, the performance may be just as the methods being higher-complexity. The VLSI architecture of our design yields a processing cost of around 200 MHz with the use of TSMC 0.18μm technology. The style calls for complexity that is merely low is computational two line memory buffers. Their gear cost would work and low be added to applications that are many real-time.

Hardware Details:

  • processor
  • FPGA

Software Details:

  • TSMC 0.18μm technology

Block Diagram:

For more details