
Explore innovative approaches to robotic policy learning in spatial action spaces for complex manipulation tasks, addressing challenges and evaluating solutions in simulated and physical environments.

Explores advancements in safe robot learning, focusing on imitation learning theory, scalable reward inference, and efficient policy evaluation to enable real-world deployment with safety guarantees.

Explore robot learning from limited demonstrations, leveraging data structure and geometry. Discover optimal control strategies and intuitive interfaces for efficient skill acquisition in human-robot interaction.

Exploring modular approaches to teach robots versatile manipulation skills for unstructured environments, focusing on object-centric solutions, context adaptation, and material-based interactions.

Exploring fusion of feedback control and reinforcement learning for efficient, reliable robot learning. Discusses reward shaping, co-design of controllers and algorithms, and future directions in robotics.

Exploring next-gen robot perception: hierarchical representations, certifiable algorithms, and self-supervised learning for enhanced spatial understanding and robust estimation in robotics.

Explore interactive imitation learning for robots to adapt to human preferences, focusing on challenges beyond dataset collection and enabling seamless human-robot collaboration in real-world scenarios.

Explore linear quadratic control and online learning with Yishay Mansour. Gain insights into algorithmic foundations of learning and control in this comprehensive workshop presentation.

Explore online learning approaches to Model Predictive Control with Byron Boots, focusing on algorithmic foundations and innovative applications in learning and control systems.

Explore fundamental concepts and applications of convex optimization with Microsoft researcher Sebastien Bubeck in this comprehensive lecture on mathematical programming techniques.

Exploring wearable sensors and mobile phones to measure and improve sleep, stress, and mental wellbeing through data analysis, machine learning, and personalized interventions.

Exploring social factors in cybersecurity: empirical analyses of security tool adoption and the development of Thumprint, a socially intelligent authentication system for small groups.

Interactive tools addressing global challenges in accessibility and STEM education. Explores crowdsourcing for urban accessibility and wearable technology for children's STEM learning experiences.

Explore the nuanced impact of AI on cybersecurity with experts, examining potential benefits, risks, and strategies for individuals and organizations to navigate this evolving landscape.

Exploring AI applications in women's health, featuring talks on digital twins in pregnancy research and designing with menstrual cycle data. Aims to build community and advance the field.

Explore privacy-preserving, fair, and robust machine learning models in online dating apps. Learn about data privacy challenges and innovative solutions for protecting personal information while ensuring effective matchmaking.

Explore smart algorithm design using traditional DSP vs. machine learning. Compare approaches, discuss principles, and determine optimal techniques for your application.

Explore real-time neural network inference for DSP engineers. Learn practical steps, compare inference engines, and balance latency, performance, and stability in audio plugin development.

Explore cutting-edge open-source technologies through keynotes on cloud-native projects, safety-critical applications, infrastructure modernization, and RISC-V, featuring industry experts and innovative case studies.

Explore non-asymptotic analysis of classical system identification with Necmiye Ozay, delving into advanced algorithmic foundations for learning and control in this insightful conference presentation.

Exploring how imitating shortest path planners in simulation can produce effective real-world robots for navigation and manipulation, without human demonstrations or reinforcement learning.