
Explore cross-layer optimization for energy-efficient AIoT systems, integrating machine learning, wireless communication, signal processing, and VLSI architecture for ultra-low power IoT applications.

Explore cutting-edge open source hardware with Milkymist video synthesizers, pushing boundaries in digital visual art and live performance technology.

Explore the reproduction of Karpathy's GPT-2 model for audio, showcasing innovative applications of machine learning in sound processing and generation.

Develop a multimodal Q&A RAG tool using Gemini for unstructured data analysis, enhancing data science and machine learning capabilities.

Explore D-Flow framework for controlled generation in AI models, optimizing source points through flow differentiation. Learn applications in inverse problems and conditional generation.

Explore multilingual and code-switching speech recognition techniques, enhancing your understanding of advanced language processing methods.

Explore multilingual speech-to-speech translation techniques for under-resourced languages, focusing on encoding, decoding, and analysis strategies.

Explore robust speech recognition techniques, from classical approaches to modern methods addressing complex acoustic environments and non-stationary noise challenges.

Explore software-defined radio signal processing using affordable microcontrollers. Learn hardware architecture, signal processing techniques, and practical applications for digital communications and RF hacking.

Explore electro-photonic integration's role in addressing capacity and density challenges for cloud, access, and transport applications, focusing on coherent transceivers and future trends.

Explore digital hearing aid development using Linux kernel, GNU tools, and Debian. Learn about openMHA, a toolbox for hearing aid algorithms, and Mahalia, a mobile research platform for low-latency audio processing.

Explore Unity's new C# job-based audio rendering engine for large-scale audio in ECS, covering DSP graphs, sound fields, and advanced mixing techniques.

Explore wireless security research techniques combining SDR and non-SDR tools. Learn efficient reverse engineering processes for analyzing and decoding radio signals in this hands-on demonstration.

Learn practical techniques for audio classification using machine learning, including spectrograms, CNNs, and transfer learning. Explore applications in speech, music, medical diagnostics, and more using Keras and TensorFlow.

Hands-on workshop exploring Software Defined Radio for reverse engineering wireless protocols in IoT devices. Learn digital radio fundamentals and practical techniques to examine proprietary modulations.

Building a robust SIGINT platform using affordable hardware like Raspberry Pi to capture, demodulate, and analyze radio signals across various frequencies, with practical applications and insights from data collected in Manhattan.

Explore the impact of technology on Indian defense systems, featuring insights from the Kargil War and other military achievements. Gain perspective on the pros and cons of technological advancements in modern warfare.

Explore data quality issues in ML projects, their impact, and solutions. Learn to identify and fix bad data for improved project outcomes and performance.

Hands-on tutorial for signal processing using GNURadio and SDR hardware. Learn digital signal processing techniques, modulation, and practical applications for security assessment of communication systems.

Explore Software Defined Radio for hacking IoT devices. Learn digital signal processing basics and a reverse engineering workflow to recover and inject packets in proprietary wireless systems.

Explore the web-audio-api to recreate guitar effect pedals digitally, learning about audio nodes and live sound manipulation techniques.