Table 4.
Authors | Neural networks classifications | Wavelet based classifications | Contourlet based classifications | Other classifications | ||||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
NN | ANN | PNN | PCNN | WT | DWT | SWT | DCT | DT-CWT | SI-DWT | CT | NSCT | PCA | IHS | Entropy | Fuzzy | HVS | RVS | HPF | SVR | |
Paramanandham [48] | p | p | p | p | p | p | p | p | ||||||||||||
Ehlers [49] | p | p | p | |||||||||||||||||
Yoonsuk Choi [50] | p | p | p | p | p | |||||||||||||||
Ross [51] | p | p | ||||||||||||||||||
Li [52] | p | |||||||||||||||||||
Egfin Nirmala [53] | p | p | p | |||||||||||||||||
Pohl [54] | p | p | p | p | p | p | ||||||||||||||
Uttam Kumar [55] | p | p | p | |||||||||||||||||
Meti [56] | p | p | p | p | ||||||||||||||||
Makode [57] | p | p | p | p | p | |||||||||||||||
Chang [58] | p | p | p | p | ||||||||||||||||
Jiang [15] | p | p | p | p | p | |||||||||||||||
Hall [59] | p | p | ||||||||||||||||||
Satish Kumar [60] | p | |||||||||||||||||||
Pawar [61] | p | p | p | p | p | p | ||||||||||||||
Lemeshewsky [62] | p | p | p | p | ||||||||||||||||
Dengi [63] | p | p | ||||||||||||||||||
Li [64] | p | |||||||||||||||||||
Zheng [65] | p | |||||||||||||||||||
Li [66] | p | p | p | p |
Here p represents the literature review on different fields in various categorizations by different authors
NN, Neural network, DWT, Discrete wavelet transform, DCT, Discrete cosine transform, PNN, Pulse-coupled neural network, WT, Wavelet transform, SWT, Stationary wavelet transform, ANN, Artificial neural network,, SI-DWT, Shift invariant discrete wavelet transform, PCNN, Pulse-coupled neural network, PCA, Principal component analysis, NSCT, Non-subsampled contourlet transform, CT, Contourlet transform, HIS, Hue intensity saturation, DT-CWT, Dual-tree complex wavelet transform, HVS, Hue value saturation, RVS, Regression variable substitution. HPF, High pass filter, SVR, Synthetic variable ratio