Abstract. Traditional median filter algorithm has the long processing time, which goes against the real-time image processing. According to its shortcomings, this paper puts forward the rapid median filter algorithm, and uses DE2 board of the company called Altera to do the realization on FPGA (CycloneII 2C35). The experimental results show that the image pre-processing system is able to complete a variety of high-level image algorithms in milliseconds, and FPGA's parallel processing capability and pipeline operations can dramatically improve the speed of image processing, so the FPGA-based image processing system has broad prospects for development
The median filter algorithm and the connected component labeling algorithm are the base components o...
This work presents an efficient fast parallel architecture of the Vector Median Filter (VMF) using c...
This paper presents the considerations on selecting a multiprocessor MISD architecture for fast imp...
10.1109/ICOSP.2010.5655365International Conference on Signal Processing Proceedings, ICSP426-42
The 2-D median filter, one of the oldest and most well-established image-filtering techniques, still...
This paper gives the algorithm and implementation details of a sliding real time 3 x 3 median filter...
Median filtering has proved an effective way to remove impulse noise while preserving rapid signal c...
Abstract—A new FPGA implementation for adaptive median filters is proposed. Adaptive median filters ...
Digital images are often corrupted by impulsive noise also called as salt and pepper noise [1]. It o...
This paper presents the design and implementation on a Field Programmable Gate Array (FPGA) of a 2-D...
Abstract — The selective median filter is a mixed filter which removes spike noise (or an impulse no...
Acquisition noises in the digital image processing system basically made out of imprudent clamors, f...
A general-purpose median filter configuration consisting of two single-chip median filters is propos...
International audienceMedian filtering is a well-known method used in a wide range of application fr...
This paper presents the considerations on selecting a multiprocessor MISD architecture for fast impl...
The median filter algorithm and the connected component labeling algorithm are the base components o...
This work presents an efficient fast parallel architecture of the Vector Median Filter (VMF) using c...
This paper presents the considerations on selecting a multiprocessor MISD architecture for fast imp...
10.1109/ICOSP.2010.5655365International Conference on Signal Processing Proceedings, ICSP426-42
The 2-D median filter, one of the oldest and most well-established image-filtering techniques, still...
This paper gives the algorithm and implementation details of a sliding real time 3 x 3 median filter...
Median filtering has proved an effective way to remove impulse noise while preserving rapid signal c...
Abstract—A new FPGA implementation for adaptive median filters is proposed. Adaptive median filters ...
Digital images are often corrupted by impulsive noise also called as salt and pepper noise [1]. It o...
This paper presents the design and implementation on a Field Programmable Gate Array (FPGA) of a 2-D...
Abstract — The selective median filter is a mixed filter which removes spike noise (or an impulse no...
Acquisition noises in the digital image processing system basically made out of imprudent clamors, f...
A general-purpose median filter configuration consisting of two single-chip median filters is propos...
International audienceMedian filtering is a well-known method used in a wide range of application fr...
This paper presents the considerations on selecting a multiprocessor MISD architecture for fast impl...
The median filter algorithm and the connected component labeling algorithm are the base components o...
This work presents an efficient fast parallel architecture of the Vector Median Filter (VMF) using c...
This paper presents the considerations on selecting a multiprocessor MISD architecture for fast imp...