
Explore AI agents' impact on code generation and software development with Imbue CEO Kanjun Qiu. Learn about autonomous AI systems, practical research, and the challenges of creating AI that writes and verifies code.

Explore how Lifeblood leverages data engineering, IoT, and manufacturing to innovate in clinical blood component processing, featuring scalable solutions, real-time insights, and data governance strategies.

Presentation on Temporal Difference Learning for Model Predictive Control, exploring innovative approaches in robotics and AI. Insights into recent papers and project developments by researcher Nicklas Hansen.

Autonomous robot using OpenCV and Arduino to track and follow faces, with real-time adjustments based on face position and size for movement control.

Explore key frameworks for assessing software vulnerabilities, including VEX, EPSS, CVSS, and SBOMs. Learn to enhance security through automated policy and GitOps practices.

Explore how large AI models revolutionize robotics through Task and Motion Planning, examining PaLM-E, RT-2, and Aloha Unleashed for advanced robot decision-making and dexterity.

Data-driven approaches for fine manipulation in robotics, enhancing precision and adaptability. Research focuses on empowering general-purpose hardware systems to automate delicate tasks using imitation learning and reinforcement learning techniques.

Supercharge Kubernetes development with Telepresence: Explore features, workflows, and best practices for seamless local development against remote clusters.

Explore robotic deep-sea expeditions and their implications for NASA's search for alien life. Discover how autonomous vehicles embody scientific minds in extreme environments.

Learn to assemble the upper deck of an Elegoo Smart Car, including Arduino setup, ultrasonic sensor installation, and proper wiring techniques for a functional robotic vehicle.

Learn to build a computer vision system that accurately counts and identifies money and coins using OpenCV, covering setup, image processing, object detection, and color analysis.

Explore cutting-edge research on complex robot task learning, including simulation environments, hierarchical decomposition, and skill chaining for long-horizon tasks in robotics and AI.

Explore animal and robot locomotion in complex 3-D terrain, focusing on physical interactions, transitions between modes, and strategies for robust movement in challenging environments.

Explore cutting-edge advancements in AI, space tech, and robotics with insights from industry experts, shaping the future of digital realms.

Explore 18 diverse Raspberry Pi Pico projects, from web servers to robots. Learn MicroPython, build smart devices, and create fun gadgets while developing practical skills in electronics and programming.

Explore C++ and ROS integration for robust robotics simulation, focusing on communication bridges, deterministic execution, and cross-simulator compatibility. Enhance autonomous driving applications with scalable testing frameworks.

Explore BehaviorTree.CPP for task planning in robotics. Learn advantages over finite state machines, implementation details, and unique features of this popular library for robots and virtual agents.

Explore Zephyr RTOS with Benjamin Cabé: architecture, use cases, community, licensing, and practical tips for embedded systems developers. Gain insights into this versatile open-source platform.

Explore cutting-edge AI innovations at VinAI, led by Dr. Hung Bui. Discover advancements in probabilistic models, deep learning, and human-machine understanding across various applications.

Explore cutting-edge developments in robot learning across locomotion, navigation, and manipulation, drawing parallels from child development to advance intelligent robotics through simulation and real-world applications.

Discover innovative methods for modifying walking patterns and gait rehabilitation through evidence-based approaches presented by Ryan Roemmich in this medical grand rounds lecture.