Single Image Haze Removal with Color Correction

(a) Input Image

(b) Dhara et al.

(d) Wang et al.

(e) Park et al.

(f) mGIFaCC

(g) GT

(h) Input Image

(i) Dhara et al.

(j) Jeon et al.

(k) Wang et al.

(l) Park et al.

(m) mGIFaCC

Figure 3: Qualitative comparison of the proposed method with competing techniques for a synthetic color-cast image and a natural colo cast image

Input Image

Tripathi et al.

WGIF

Huang et al.

Zhu et al.

Cai et al.

Raikwar et al.

Dhara et al.

AMIF

Proposed mGIFCC (HSI)

Proposed mGIFCC (RGB)

Fig. 5: Qualitative comparison of the proposed method with competing techniques for a natural sand storm image

Groundtruth

Synthetic Color-Cast Hazy Image

Tripathi et al.

WGIF

Huang et al.

Zhu et al.

Cai et al.

Raikwar et al.

Dhara et al.

AMIF

Proposed mGIFCC (HSI)

Proposed mGIFCC (RGB)

Fig. 5: Qualitative comparison of the proposed method with competing techniques for a synthetic color-cast image

Synthetic Hazy Image

Tripathi et al.

WGIF

Huang et al.

Zhu et al.

Cai et al.

Raikwar et al.

Dhara et al.

AMIF

RefineDNet

CEEF

Proposed mGIFCC (HSI)

Proposed mGIFCC (RGB)

GT

Fig. 6: Qualitative comparison of the proposed method with competing techniques for a synthetic hazy image (O-Haze database)

Input Image

Tripathi et al.

WGIF

Huang et al.

Zhu et al.

Cai et al.

Raikwar et al.

Dhara et al.

Zhu et al. (2021)

RefineDNet

CEEF

Proposed mGIFCC (HSI)

Proposed mGIFCC (RGB)

Fig. 7: Qualitative comparison of the proposed method with competing techniques for a natural hazy image

Groundtruth

Synthetic Color-Cast Hazy Image

Tripathi et al.

WGIF

Huang et al.

Zhu et al.

Cai et al.

Raikwar et al.

Dhara et al.

AMIF

Proposed mGIFCC (HSI)

Proposed mGIFCC (RGB)

Fig. 8: Qualitative comparison of the proposed method with competing techniques for a synthetic color-cast image