Discrete Wavelet Transform
The Discrete Wavelet Transform (DWT) is a signal processing technique that decomposes data into different frequency components, enabling multi-scale analysis and feature extraction. Current research focuses on integrating DWT with deep learning architectures, such as convolutional neural networks (CNNs) and transformer models, to improve performance in diverse applications including image dehazing, text detection, and medical image analysis. This versatile tool significantly enhances various fields, from improving the accuracy of machine condition monitoring and deepfake detection to facilitating more efficient image processing and time series forecasting.
Papers
Presentation Attack detection using Wavelet Transform and Deep Residual Neural Net
Prosenjit Chatterjee, Alex Yalchin, Joseph Shelton, Kaushik Roy, Xiaohong Yuan, Kossi D. Edoh
Stockformer: A Price-Volume Factor Stock Selection Model Based on Wavelet Transform and Multi-Task Self-Attention Networks
Bohan Ma, Yushan Xue, Yuan Lu, Jing Chen
Enhancement of theColor Image Compression Using a New Algorithm based on Discrete Hermite Wavelet Transform
Hassan Mohamed Muhi-Aldeen, Asma A. Abdulrahman, Jabbar Abed Eleiwy, Fouad S. Tahir, Yurii Khlaponin
Improvement of Color Image Analysis Using a New Hybrid Face Recognition Algorithm based on Discrete Wavelets and Chebyshev Polynomials
Hassan Mohamed Muhi-Aldeen, Maha Ammar Mustafa, Asma A. Abdulrahman, Jabbar Abed Eleiwy, Fouad S. Tahir, Yurii Khlaponin