| | Input: selected frames from Algorithm 1 |
| | Output: watermarked video |
| | Begin |
| (1) | for selected frames ←1 to k. |
| (2) | { |
| (3) | Take a binary image watermark W (i, j). |
| (4) | Use layer separation on selected RGB frame K (i, j) and watermarked image W (i, j). |
| (5) | Apply hyperchaotic encryption on the watermark. |
| (6) | Apply GBT transform on each layer of K (i, j). |
| (7) | Apply SVD and extract USV feature of each layer of K (i, j) and W (i, j). |
| (8) | Take S value of the frame and watermarked image. |
| (9) | Optimize the value of embedding factor α mentioned in equation (6) using hybrid GWO-GA. |
| (10) | Embed watermark W (i, j) to K (i, j) using optimized value of α calculated in equation (6). |
| (11) | Combine both S values of selected frame and watermarked image to get modified S from |
| (12) | Target the best PSNR from alpha value calculated from equation |
| (13) | Repeat steps from 2 to 12 till all the selected frames are processed. |
| (14) | } |
| (15) | for frames 1 to m in directory of extracted frames. |
| (16) | { |
| (17) | Combine watermarked frames and replace them with frames in extracted frame directory. |
| (18) | Process all selected frames and frames in given directory to form watermarked video. |
| (19) | } |
| | End |
