
Explore signal processing from compressed sensing to deep learning, covering task-based acquisition, sub-Nyquist sampling, super-resolution techniques, and hybrid algorithms combining model-based and data-driven approaches.

Explore advanced tomographic reconstruction techniques for neutron CT and cryoEM, focusing on challenges, model-based approaches, and applications in materials science and chemical mapping.

Explore advanced X-ray CT techniques, including scatter modeling, neural networks, and minimax problems, to enhance image quality and reduce artifacts in medical imaging.

Explore optimization in signal processing with Prof. John Wright, covering topics like overcomplete dictionaries, nonconvex optimization, and blind deconvolution.

Explore coherent scattering, memory effect, and Monte Carlo simulations in imaging through scattering media with Prof. Anat Levin's insightful presentation on advanced signal processing techniques.

Explore cryo-electron microscopy for high-resolution imaging of biosamples, including principles, challenges, and advanced reconstruction techniques like CryoGAN for structural analysis.

Explore VGA signal mechanics and build a circuit to display images on a monitor. Learn about sync signal timing and monitor recognition in this hands-on electronics project.

Explore signal design for communication systems, focusing on orthogonal transmission schemes and their dynamics. Delve into mathematical connections with functional analysis and additive combinatorics.

Explore Gabor analysis foundations using MATLAB, focusing on finite Abelian groups and matrix analysis methods. Learn to apply abstract harmonic analysis concepts to signal processing problems.

Einführung in die Gabor-Analyse: Grundlagen, Anwendungen und mathematische Konzepte für Signalverarbeitung, Quantenmechanik und Kommunikationstechnik.

Explore optimization in signal processing, covering first-order methods, regularization, and advanced algorithms. Gain insights into matrix optimization and parallel implementations for solving complex problems.

Explore endpoint Fourier restriction and its connection to measure unrectifiability in R^d, featuring a dichotomy between absolute continuity and 1-pure unrectifiability.

Explore Fourier restriction to the sphere, focusing on extremizers and their prevalence. Delve into proofs, key limits, and spatial decomposition in this mathematical analysis.

Explore higher order Fourier analysis and its application to the circle method, offering new perspectives on multilinear averages and complex mathematical problems.

Explore the helical maximal function in R3, its Lp boundedness, and related Fourier analytic tools. Gain insights into space curves and geometric measure theory.

Explore exponential sums on hypersurfaces, focusing on sharp moment inequalities and scale-independent results. Gain insights into critical exponents and Hardy-Littlewood lemmas.

Explore privacy-preserving cryptographic techniques for secure biometric authentication in this informative webinar by Dr. Paolo Gasti, presented for the IEEE Signal Processing Society.

Explore advanced techniques in signal processing using topological methods, enhancing data analysis and learning algorithms for complex datasets.

Inspiring talk on diversity in signal processing, tracing Dr. Kovačević's journey from math enthusiast to influential leader, highlighting her evolving perspective and actions to promote inclusivity in engineering.

Pioneering woman engineer shares insights on multimedia, brain-computer interfaces, and medical instrumentation, reflecting on her journey across continents in the field of signal processing.

Diverse presentations on inclusive AI education, equitable teaching methods, computational textbooks, and research funding opportunities across different countries and institutions.