
Uber CEO discusses sustainability goals, driver experience improvements, emissions-free plans, food delivery efficiency, and the future of ridesharing, including autonomous vehicles and the gig economy.

Explore digital twin technology and reactive architectures in automotive applications, covering connected, electric, and autonomous vehicles across embedded, edge, cloud, and enterprise environments.

Explore AI's impact on society, autonomous vehicles, and careers with insights from psychology and personalization research.

Explore advanced robotics concepts, focusing on abstract reasoning and joint semantic-physical representations for improved planning and decision-making in complex environments.

Explore unconventional AI security strategies through humorous scenarios, from dancing self-driving cars to gossiping chatbots, in this entertaining and informative 101 talk.

Explore how software is revolutionizing the automotive industry, enhancing user experiences and creating exciting opportunities for developers in vehicle technology.

Explore automotive cybersecurity challenges and solutions in the digital age. Learn about emerging threats, protective measures, and industry trends for safer connected vehicles.

Explore multi-robot task allocation and path planning with probabilistic performance guarantees. Learn algorithmic approaches for optimizing team performance in open environments.

Explore safe learning algorithms for robots in complex environments. Discover data-efficient, online methods guaranteeing safety and adaptability for real-world applications in robotics and AI.

Explore a five-decade journey in mechanical systems control, from state space theory to intelligent industrial robots and autonomous driving. Gain insights from Masayoshi Tomizuka's research at UC Berkeley.

Explore autonomous micro-drone swarm navigation in dense forests. Learn about trajectory planning, obstacle avoidance, and swarm coordination for palm-sized aerial robots in challenging environments.

Explore the Zenseact Open Dataset's role in advancing autonomous driving technology. Learn about its creation, features, and applications in ongoing research projects.

Explore the impact of connected and automated vehicles on transportation engineering, focusing on mathematical challenges and opportunities in this emerging field.

Explore fundamental traffic models and wave phenomena in vehicular flow, examining mathematical concepts crucial for understanding and optimizing autonomous vehicle systems.

Explore primate and machine vision computations, comparing face recognition, image processing, and neural networks. Gain insights into computational neuroscience and visual perception illusions.

Explore CubeRover: an innovative, ultra-light lunar rover for diverse payloads. Learn about its modular design, scalability, and potential to revolutionize lunar exploration and commercial space ventures.

Explore vehicle digital transformation with insights on emerging technologies, industry trends, and future automotive innovations.

Learn about asteroid detection, impact risks, and planetary defense strategies to protect Earth from potential cosmic threats.

Explore cutting-edge autonomous mobile platforms revolutionizing ocean observation, enhancing our understanding of marine ecosystems and climate change impacts.

Explore autonomous vehicle development using Unreal Engine's immersive 3xD simulator. Learn about nDisplay, TCP plugins, sensor models, and real-world applications in this comprehensive overview.

Explore autonomous driving simulation using Carla and Python. Learn to create virtual environments, control vehicles, and implement self-driving logic with open-source tools and APIs.