
Innovative smartwatch technology enhances bio-acoustic sensing, enabling gesture recognition, object detection, and body-based data transmission, expanding wearable interaction possibilities.

Innovative system for IoT self-localization using ambient 5G signals, leveraging MEMS acoustic resonators to achieve high accuracy with low power consumption and without base station coordination.

Explore wireless hacking using software-defined radio. Learn to analyze, reverse engineer, and exploit RF signals in various systems, from pagers to satellites, using open-source tools and affordable hardware.

Explore the hidden innovations and algorithms powering everyday digital experiences, from cellular networks to image compression, in this deep dive into modern technology's inner workings.

Explore software-defined radio using affordable TV tuners. Learn about radio basics, SDR technology, equipment, modulation, and laws while getting hands-on experience with Linux tools.

Explore IoT radio frequency analysis using software-defined radio. Learn modulation types, receiver components, and practical applications for enhanced security and compliance.

Explore Zigbee signals from Solar City's Fronius inverters, uncovering wireless communication protocols and potential security implications in solar energy systems.

Comprehensive primer on SDR and RF hacking techniques, covering essential concepts and practical applications for security professionals and enthusiasts.

Explore a timing attack on OpenSSL's constant-time RSA implementation, uncovering vulnerabilities in cryptographic systems and their potential impact on security.

Explore advanced cryptography concepts including adaptive security, simulation trapdoors, and Fourier IBE in this technical talk on partitioning via non-linear polynomial functions for compact IBEs from ideal lattices.

Explore Project Noisefloor: a modular software synthesizer in Golang, transpiled to Javascript for web use. Learn about multi-platform design and real-time signal processing challenges.

Explore brain-computer interfaces with JavaScript, from signal processing to neural networks. Live demo showcases EEG headset integration, Electron, Node.js, and Vue.js for mind-controlled interactions.

Learn techniques for deploying neural networks on embedded devices, including pruning and quantization, to optimize performance and efficiency.

Explore GPU-accelerated real-time DSP for radio astronomy, focusing on BLADE software's innovative techniques for processing massive data streams from the Allen Telescope Array.

Enhancing Matplotlib performance with GR framework for high-speed data visualization, real-time applications, and improved 3D rendering. Explore interoperability with GUI toolkits and OpenGL.

Explore gravitational wave detection using Python, focusing on data analysis methods and signal processing techniques used in the LIGO-Virgo collaboration's groundbreaking discovery.

Learn to handle GPS data in Python, from reading/writing tracks to visualizing on OpenStreetMap. Explore libraries, add elevation data, and understand algorithms like Douglas-Peucker and Kalman filters for track simplification and smoothing.

Explore real-time embedded audio sampling using MicroPython on the pyboard. Learn design, testing, and implementation of a voice recording and playback system for practical applications.

Explore a faster signaling method through user interrupts, enhancing system performance and responsiveness in Linux environments.

Explore a faster signaling method through user interrupts, enhancing system performance and efficiency in Linux-based environments.

Explore digital signal processing in Swift using Apple's Accelerate framework. Learn to detect audio frequencies with Fast Fourier Transforms through an interactive demo on audio sampling rates.