
Explore wave imaging techniques, from traditional approaches to new methods, with a focus on microlocal analysis, Fourier integral operators, and neural network architectures for improved imaging.

Explore dynamic responses of biological materials and associated structures in blast scenarios, focusing on injury mechanisms, material behaviors, and mitigation strategies for improved survivability.

Innovative biomimicry technique for targeted drug delivery, exploring particle engineering and its impact on respiratory diseases, pathogen invasion, and vaccine development.

Pioneering bionic technology: Explore cutting-edge robotic ankles and their potential to revolutionize mobility for amputees and stroke survivors.

Explore cutting-edge imaging technologies with Prof. Wetzstein, covering single-photon sensors, deep optics, holographic displays, and hybrid optical-electronic CNNs for advanced signal processing applications.

Explore advanced imaging techniques for analyzing painting layers, including fluorescence, X-ray, and machine learning methods for art conservation and authentication.

Explore game theory in signal processing, covering multi-arm bandits, adaptive algorithms, and reinforcement learning for spectrum management and network optimization.

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 Earth observation, big data, and urban mapping with Prof. Zhu. Learn about global urban footprints, radar tomography, and data science approaches to settlement classification.

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

Explore robot simulation using Isaac Sim and Python, from basic control to programming complex movements like jumps. Learn about URDF files and discover the potential of virtual robotics experimentation.

Inventor Dean Kamen showcases groundbreaking innovations in medical technology, water purification, and robotics, inspiring solutions to global challenges and promoting STEM education.

Explore RS232 interfacing using the 6551 UART chip, covering key concepts and practical implementation for effective serial communication in embedded systems.

Learn to build a serial interface for the 6502 microprocessor, covering charge pumps, Max232, receiving and sending data, and character transmission.

Explore the Serial Peripheral Interface (SPI) protocol, its implementation, and practical applications in embedded systems and microcontroller communication.

Learn to design and implement keyboard interface software, exploring key scanning, debouncing, and input processing techniques for efficient and reliable keyboard functionality.

Learn essential breadboarding techniques for efficient circuit prototyping. Discover practical tips to improve your electronic projects and avoid common mistakes.