Research Article
An Efficient Multilevel Thresholding Scheme for Heart Image Segmentation Using a Hybrid Generalized Adversarial Network
Pseudocode 1
Pseudocode for segmentation.
Input: Load the Heart CT_Scan Images, HCTSCAN | Output: Segmentation of the images based on the threshold values | Begin: | 1. Define the hyper parameters like learning rate, batch size, and number of epochs | 2. Define callbacks with the following estimators | i. model checkpoint to store the best model after compilation | ii. set the CSV logger to save the best scores acquired by the model | iii. define the Tensor Flow board with an early stopping mechanism to reduce the validation loss | 3. Fit and compile the training dataset by shuffling the records | 4. i. if threshold value<= length(masked_image) then | Create a predicted mask to have a segmented image | ii. else expand the image to concatenate with previous ROI bounds | 5. store the images in the necessary directory | End |
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