Aligned with
This conference contributes to global sustainability by aligning its research discussions and academic sessions with key United Nations Sustainable Development Goals. It fosters knowledge exchange, innovation, and collaborative engagement.
This track focuses on the fundamental principles and theories underlying harmonic analysis. Topics include the study of Fourier series, Fourier transforms, and their applications in various mathematical contexts.
This session explores the development and application of wavelet theory in modern mathematics. Emphasis will be placed on both theoretical advancements and practical implementations in signal processing.
This track examines recent advancements in Fourier analysis and its implications across various fields of study. Participants will discuss innovative techniques and applications that leverage Fourier methods.
This session is dedicated to the mathematical techniques used in signal processing, with a focus on harmonic analysis and wavelet methods. Contributions will highlight novel approaches to analyzing and interpreting signals.
This track delves into the role of functional analysis in pure mathematics and its applications in solving complex problems. Participants will explore various functional spaces and their significance in theoretical and applied contexts.
This session highlights the intersection of time-frequency analysis with harmonic and wavelet theories. Discussions will include innovative methods for analyzing signals that vary in both time and frequency domains.
This track focuses on the study of orthogonal functions and their role in approximation theory. Participants will discuss various techniques for function approximation and their mathematical foundations.
This session explores the application of spectral methods in numerical analysis, emphasizing their effectiveness in solving differential equations. Contributions will include theoretical insights and practical case studies.
This track investigates multiscale analysis and its applications in various mathematical and engineering problems. Participants will discuss methods for analyzing phenomena at multiple scales and their implications.
This session focuses on the challenges and advancements in nonlinear analysis, particularly in the context of partial differential equations. Contributions will explore both theoretical developments and practical applications.
This track examines the practical applications of harmonic analysis and wavelet theory in engineering disciplines. Participants will discuss case studies that illustrate the impact of these mathematical tools on engineering solutions.
