| Abstrakt: |
Medical images of anterograde amnesia obtained through PET/CT scans will serve as the primary focus of this investigation. The Daubechies transform will be evaluated in comparison to the Choose max fusion rule, the novel Average fusion rule of enhanced Structural Content, and the conventional methods. Methodologies and Instruments for Research: For the purpose of this study, the Kaggle website is utilised to collect data (Banachewicz et al. 2022). In order to determine the total specimen sizes for the Daubechies Transform, this Multimodal Medical Image Fusion utilised Clincalc.com. Additionally, the total specimen sizes were compared to the Choose max fusion rule, and the unique Average fusion rule was learned about. For the purpose of this experiment, a total of eighty percent of the G power was utilised, and Matlab was utilised to determine the accuracy. With regard to this particular investigation, we found that the standard error was 95 percent, the beta error was 0.2, the alpha error was 0.05, and the power was 85 percent. The conclusion is that the statistical software SPSS was utilised in order to compute the accuracy (percent) through the utilisation of the independent Sample-T test with increased Structural Content. When compared to the results acquired via the use of the Choose max fusion method, the results obtained through the utilisation of the innovative Average fusion rule were more accurate. The independent T-test, which was performed on this Multimodal Medical Image Fusion, revealed a significant variance of p=0.02 (p<0.05) when comparing the groups. The findings indicate that the innovative Average fusion rule is superior than the Choose max fusion rule in terms of richer structural substance when it comes to recognising amnesia within the parameters of this experiment. [ABSTRACT FROM AUTHOR] |
