
Explores a framework for lossy distributed source coding using conditional VQ-VAE, achieving state-of-the-art performance on complex correlations and high-dimensional data without relying on hand-crafted source modeling.

Explores rate-adaptive MacKay-Neal codes using protographs and distribution matchers for flexible, high-performance wireless and optical communication systems, achieving near-Shannon limit performance across various rates.

Explores dynamic denoising in AMP for sparse regression codes with outer codes, discussing performance improvements, state evolution approximations, and extensions to multi-user scenarios and multiple measurement vectors.

Explore recent advancements in precoded polar codes, focusing on low-complexity design, high error-correction capability, and efficient decoding for improved communication systems.

Explore advanced techniques for improving polar codes, focusing on reducing scaling exponents and enhancing practical implementations in coding theory.

Explores optimizing Flash memory performance through mutual information maximization, focusing on LDPC codes and device longevity in the context of multi-bit cell storage and read operations.

Explore how machine learning and digital data can enhance humanitarian aid targeting in low-income countries, improving accuracy and addressing challenges in poverty assessment.

Learn to create an escape room puzzle using illuminated arcade buttons, Arduino coding, and strategic timing. Covers hardware setup, wiring, and programming for an engaging interactive challenge.

Explore advanced error-correcting code theory, focusing on list-decoding techniques for random code ensembles. Gain insights into cutting-edge research in coding theory.

Explore how AI's developing spatial intelligence could revolutionize human-machine interaction, enabling robots to process visual data and act in the real world.

Explores SINDy-RL, a framework combining sparse identification of nonlinear dynamics with reinforcement learning for efficient, interpretable control policies in complex environments.

Exploring the revolutionary potential of Generative AI in biology, from designing new medicines to transforming human health and sustainability. Insights from a pioneering entrepreneur in biotech innovation.

Explore compositional generative modeling for AI generalization beyond training data, enabling complex planning and decision-making in unseen tasks and environments.

Explore RISC-V, the open-source processor architecture revolutionizing computing. Learn its technical aspects, applications, and significance in this comprehensive overview.

Explore practical cellular IoT applications using nRF9160 SiP and Golioth's platform. Learn to build, customize, and extend IoT solutions from hardware to cloud visualization.

Explore AI challenges in molecular design: representation, experimental alignment, and oracle reliance. Learn about new workflows and approaches to address real-world complexities in molecular discovery.

Build a RAID RISC-V NAS using Banana Pi BPI-F3 and OpenMediaVault. Learn hardware setup, Bianbu OS installation, RAID configuration, and performance testing for a DIY network-attached storage solution.

Explore innovative MatMul-free language modeling techniques using quantization and recurrence, achieving comparable performance to traditional models while significantly reducing computational costs and memory usage.

Explore the SCER initiative for measuring and improving carbon efficiency of Large Language Models, promoting sustainable AI development and renewable energy adoption.

Build a DIY rain gauge using Raspberry Pi Pico, 3D-printed parts, and simple electronics. Learn hardware assembly, design principles, coding, and real-world testing for accurate rainfall measurement.

Innovative approach using neural networks for IoT gateway modulators, offering improved extensibility and portability across diverse hardware platforms with enhanced efficiency.