
Explore Shield AI's innovative AI and autonomy technology for defense, featuring insights from co-founder Brandon Tseng on collaborations between Silicon Valley and the U.S. government.

Explore insights on government-industry collaboration in technology innovation, featuring Applied Intuition's CEO discussing challenges and opportunities in vehicle software development and adoption.

Explore the future of human-robot collaboration with Stanford experts, discussing autonomous robots, enhancing human performance, and understanding human intent in collaborative design.

Explore solutions for scalable, reusable, and robot-complete data in robotics, addressing challenges and hidden costs to advance robot learning beyond current limitations.

Explore how neural networks revolutionize automated model discovery for soft materials, making it accessible to a diverse community and accelerating scientific innovation in various fields.

This course discusses nonlinear dynamics and control of underactuated mechanical systems, with an emphasis on machine learning methods.

Exploring challenges in AI task specification, focusing on aligning human communication with machine understanding to improve robustness, transfer, and feature learning in AI systems.

Explore emergent intelligence in AI through unsupervised learning, generative modeling, and self-assembling agents. Discover surprising outcomes beyond explicit programming in representation, video generation, and creature development.

Explore the development of zero-shot robot policies for real-world tasks. Gain insights into Robot Utility Models (RUMs) and their ability to generalize to new environments without finetuning, achieving 90% success in novel settings.

Explore cutting-edge robotic technologies revolutionizing interventional radiology procedures, enhancing precision and patient outcomes in minimally invasive treatments.

Explore AI planning techniques, algorithms, and applications in robotics, space, games, and medicine. Learn about search strategies, heuristics, and practical planning systems.

Explore how Industry 4.0 transforms manufacturing, requiring advanced workforce literacy skills for innovation, productivity, and economic success in the digital age.

Industry professionals discuss COVID-19's impact on logistics and supply chain operations, exploring trends, technology adaptation, manufacturing changes, job prospects, and pathways to graduate roles in the field.

Explore precision irrigation technologies, their benefits, adoption barriers, and real-world applications in this insightful webinar on improving water efficiency in agriculture.

Explore strategies for positive digital citizenship, managing online interactions, and integrating digital resources in education. Gain insights on digital wellbeing and addressing challenges in online learning.

In 20 episodes, Jabril will teach you about Artificial Intelligence and Machine Learning!

Comprehensive exploration of robotics fundamentals, covering kinematics, dynamics, trajectory planning, control, sensors, vision, motion planning, and advanced topics like intelligent robots and biped walking.

This course deals with topics in robotics: technologies in robotics, its parallel and grippers manipulators, sensors, trajectory planning, velocity analysis, image processing, forward position control, and dynamic analysis of robotics.

Learn to use 9-axis inertial measurement units with Arduino, covering sensor connections, data processing, 3D visualizations, and practical applications like tilt-compensated compasses and self-leveling platforms.

Explore computer vision and robotics research, from face analysis to smart headlights, with insights on making research fun and productive using the "Think like an amateur, do as an expert" approach.

Explore network modeling strategies for the Internet, from chip-level communication to global-scale simulations, examining scaling laws, biological concepts, and socio-economic factors shaping its future.