Abstract
In healthcare, a fusion of multi-modal medical images is very difficult and also an important work for the planning of surgical concepts and the diagnosis of precision. The findings of deep learning-assisted for the fusion of images are present hotspot issues. The fusion of medical images includes the difficulties in little samples and the deficiency in a united end-to-end system for input of distinct modal sets. The edges of the resultant images are lost because of the high-frequency systems fusion conditions, and also, the fused image has less contrast because of the utilization of the average rule in the low-frequency systems. Hence, this task focuses on fusing multi-modal medical images employing heuristic-assisted models. The required multi-modal images are collected for the benchmark dataset and fed into the decomposing stage. Here the implemented Adaptive Quaternion Wavelet Transform (AQWT) is employed, where the parameter in the model is optimized by an enhanced Fitness-aided Election Based and Lemur Optimizer (FEBLO) model. After decomposing, the multi-modal images split into two resultant images such as low and high-frequency multi-modal images. The acquired low and high multi-modal images forwarded to the Max rule and the fuzzy logic techniques accordingly for the image fusion. Finally, the results of the two technique images are fused together and then forwarded to the inverse AQWT model for image reconstruction. The findings are contrasted with multiple conventional models to assure the developed model's efficiency.
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The data underlying this article are available in Dataset: http://www.med.harvard.edu/aanlib/home.html.
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Babu, B.S., Venkatanarayana, M. AQWT: adaptive quaternion wavelet transform and hybrid heuristic improvement for multi-modal medical image fusion model. SIViP 18, 1041–1051 (2024). https://doi.org/10.1007/s11760-023-02760-3
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DOI: https://doi.org/10.1007/s11760-023-02760-3