Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The median filter is a non-linear filter used for removal of salt and pepper noise from images. Each pixel of the image is replaced by the median of its surrounding elements, the median value is calculated by sorting the data. The complexity of the sorting algorithms used on the median filters are O(n 2 ) or O(n), depending on the kernel size. Those algorithms re formulated for scalar single processor computers, with few of them successfully adapted and implemented for computer with a parallel architecture.   present a novel sorting algorithm, with O(n) computational complexity and a highly parallelizable structure, based on the Complementary Cumulative Distribution Function. Furthermore, a 2D median filter based on our proposed sorting algorithm can achieve O(1) complexity.  have implemented our proposed algorithm in two parallel architectures: SIMD Intel and CUDA, which have a throughput of 12.8 and 35 ∼ 57 megapixels per second respectively.
['Ricardo M. Sánchez', 'Paul A. Rodríguez']
I am writing a research paper on a idea Bidimensional median filter for parallel computing architectures
[{"from": "human", "value": "I am writing a research paper on a idea Bidimensional median filter for parallel computing architectures"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The median filter is a non-linear filter used for removal of salt and pepper noise from images. Each pixel of the image is replaced by the median of its surrounding elements, the median value is calculated by sorting the data. The complexity of the sorting algorithms used on the median filters are O(n 2 ) or O(n), depending on the kernel size. Those algorithms re formulated for scalar single processor computers, with few of them successfully adapted and implemented for computer with a parallel architecture.   present a novel sorting algorithm, with O(n) computational complexity and a highly parallelizable structure, based on the Complementary Cumulative Distribution Function. Furthermore, a 2D median filter based on our proposed sorting algorithm can achieve O(1) complexity.  have implemented our proposed algorithm in two parallel architectures: SIMD Intel and CUDA, which have a throughput of 12.8 and 35 \u223c 57 megapixels per second respectively."}]