
Explore cutting-edge AI research and applications with Anca Dragan's keynote address at Ray Summit 2022, focusing on advancements in machine learning and distributed computing.

Explore cognitive and iterative robotics concepts with Rachid Alami, delving into advanced techniques for intelligent machine systems and autonomous decision-making.

Explore Chinese views on UAVs and manned/unmanned teaming in future warfare, gaining insights into emerging military technologies and strategies.

Explore hierarchical control strategies for complex robotic systems, focusing on dynamically stable behaviors in 3D hopping and planar bipedal robots. Learn about geometric and nonlinear control in hierarchical architectures.

Explore the interdependence of planning and perception in robotics, focusing on physical property learning, multi-modal sensing, and uncertainty modeling for improved task performance.

Explore how AI accelerates materials discovery through machine learning, high-throughput methods, and autonomous systems. Learn about crystal structure mapping, phase mapping, and future opportunities in materials research.

Explore physical reservoir computing for embedding bifurcation structures in autonomous dynamics of soft bodies, focusing on innovative machine learning applications in dynamical systems.

Simulate complex robot actions like picking up and dropping objects in Unity. Learn to create advanced UGV robot behaviors using C# programming and Unity's physics engine.

Design and implement a UGV robot in Unity with C#, featuring manual and automatic movement capabilities. Learn to create and control autonomous ground vehicles in a simulated environment.

Explore strategies for successful edge computing implementation, focusing on automation, remote site management, and scalable solutions for Fortune 10 companies facing unique operational challenges.

Explore the intersection of AI and open source, discussing key characteristics for transparent, modifiable AI systems and their societal impact. Insights from OSI's Deep Dive: AI initiative shared.

Explore the next-generation cloud architecture for edge computing and 5G networks, focusing on innovative solutions and technological advancements in distributed systems.

Explore the evolution of autonomous storage fabrics through advanced technologies like NVMe/FC, FPINs, and congestion control, focusing on self-driving capabilities and automated infrastructure management.

Explore the vision of standardized AI agents enhancing the decentralized fediverse, addressing challenges and proposing a responsible, sustainable framework for the future "AIverse".

Explore fault detection, recovery, and fault-tolerant system designs for Linux in space environments. Learn strategies to ensure reliability and autonomy in hostile conditions.

Explore perception contracts for ML-enabled systems safety, focusing on error handling in ground-truth estimations and symbolic learning algorithms for vision-based control systems.

Explore Auto-GPT, an experimental AI application showcasing GPT-4's autonomous capabilities in business development and management, with step-by-step setup instructions for various AI agents.

Explore the latest Auto Coder V.4, featuring autonomous and controlled modes, error mitigation, and practical applications like generating a Flappy Bird game and GPT chatbot web app.

Explore dynamical distance learning for reinforcement agents, enhancing policy learning through state distance estimation. Discover applications in semi-supervised and unsupervised skill acquisition.

Explore advanced tracking techniques and algorithms for object detection and motion analysis in computer vision applications.

Explore containerization and Kubernetes on Boston Dynamics Spot robot, including Wasm integration, migration steps, and lessons learned for reliable, secure, and autonomous industrial robotics.