Add to ORKGA VLSI median filter unit has been designed and implemented in 3-μ m M2 CMOS, using full-custom VLSI design techniques. The unit consists of two single-chip median filters, one extensible and one real-time. The chips are bit-level pipelined systolic structures based on odd/even transposition sorting. The extensible chip is designed for applications requiring variable window sizes and variable word-lengths, whereas the other one is for real-time applications. Various median filtering techniques are easily realized by using the designed chips together with reasonable external hardware
An analogue median filter, realised in a 0.35 μm CMOS technology, is presented in this paper. The ke...
Abstract. An analogue median filter, realised in a 0.35 µm CMOS technology, is presented in this pap...
Abstract. Traditional median filter algorithm has the long processing time, which goes against the r...
A general-purpose median filter configuration consisting of two single-chip median filters is propos...
A general-purpose median filter unit configuration is proposed in the form of two single-chip median...
Several DSP algorithms need to remove high-frequency or impulsive noise while preserving edges, e.g....
Abstract: This paper deals with developing a efficient VLSI architecture for median filter to remove...
A novel algorithm for VLSI median filtering of one-dimensional signals of complexity linearly depend...
Several DSP algorithms need to remove high-frequency or impulsive noise while preserving edges, e.g...
Abstract — The selective median filter is a mixed filter which removes spike noise (or an impulse no...
This paper gives the algorithm and implementation details of a sliding real time 3 x 3 median filter...
A selective median filter which consumes less power has been designed and different logics for major...
Digital images are often corrupted by impulsive noise also called as salt and pepper noise [1]. It o...
Abstract—A new FPGA implementation for adaptive median filters is proposed. Adaptive median filters ...
Median filtering has proved an effective way to remove impulse noise while preserving rapid signal c...
An analogue median filter, realised in a 0.35 μm CMOS technology, is presented in this paper. The ke...
Abstract. An analogue median filter, realised in a 0.35 µm CMOS technology, is presented in this pap...
Abstract. Traditional median filter algorithm has the long processing time, which goes against the r...
A general-purpose median filter configuration consisting of two single-chip median filters is propos...
A general-purpose median filter unit configuration is proposed in the form of two single-chip median...
Several DSP algorithms need to remove high-frequency or impulsive noise while preserving edges, e.g....
Abstract: This paper deals with developing a efficient VLSI architecture for median filter to remove...
A novel algorithm for VLSI median filtering of one-dimensional signals of complexity linearly depend...
Several DSP algorithms need to remove high-frequency or impulsive noise while preserving edges, e.g...
Abstract — The selective median filter is a mixed filter which removes spike noise (or an impulse no...
This paper gives the algorithm and implementation details of a sliding real time 3 x 3 median filter...
A selective median filter which consumes less power has been designed and different logics for major...
Digital images are often corrupted by impulsive noise also called as salt and pepper noise [1]. It o...
Abstract—A new FPGA implementation for adaptive median filters is proposed. Adaptive median filters ...
Median filtering has proved an effective way to remove impulse noise while preserving rapid signal c...
An analogue median filter, realised in a 0.35 μm CMOS technology, is presented in this paper. The ke...
Abstract. An analogue median filter, realised in a 0.35 µm CMOS technology, is presented in this pap...
Abstract. Traditional median filter algorithm has the long processing time, which goes against the r...