Building Safe Systems with Linux
Explore Linux's suitability for complex safety-related systems, focusing on compliance with functional safety standards and methodologies developed in the SIL2LinuxMP project.
Adaptive Attention: Bringing Active Vision into the Camera
Explore innovative camera designs and vision algorithms that mimic animal eyes, enabling adaptive and selective active vision for enhanced imaging capabilities and scene understanding.
Online and Hybrid System Identification Directly From Raw Sensory Signals
Explores neural networks with physical model biases for efficient system identification from sensory data, applicable to robotics, molecular modeling, and X-ray scattering inversion.
AI and Robotics for Inclusive Music-Making
Exploring AI and robotics in inclusive music-making, enhancing creative opportunities for disabled musicians and transforming ensemble practices through digital score technology.
AI, Security, and International Peace in Challenging Times - Session 3
Explore AI's impact on global security, challenges in establishing norms, and opportunities for international peace in an era of rapid technological advancement.
Kubernetes DevOps and GitOps in Action: An Autonomous System Approach
Explore practical integration of Kubernetes, DevOps, and GitOps to create an autonomous system for efficient product deployment and testing at scale. Learn about metrics collection, monitoring, and ArgoCD implementation.
Every CEO Needs a Digital Twin to Understand the Scope of Generative AI
Explore the impact of generative AI on leadership and business through a CEO's experience with a digital twin, showcasing future applications and evolving AI capabilities.
Training an Autonomous Pentester with Deep RL
Explore deep reinforcement learning for autonomous pentesting, using Metasploit and simulated networks to train an AI agent capable of compromising real-world vulnerable systems.
Hacking Driverless Vehicles
Exploring vulnerabilities in autonomous vehicles: sensors, decision profiles, and potential exploits. Insights into connected vehicle programs and their security implications for future transportation systems.
Opportunities for Infusing Physics into AI - ML Algorithms
Explore the fusion of physics and AI algorithms, covering neural programming, hierarchies, equations, and applications in autonomous systems and technology.
Linux Powered Autonomous Arctic Buoys
Explore the challenges and solutions in developing Linux-powered autonomous Arctic buoys for harsh environments, covering hardware, software, and deployment aspects.
The Future of Warfare
Explore the future of warfare with Pentagon's Will Roper and WIRED's Nicholas Thompson. Discover how AI, robotics, and advanced weaponry are reshaping military strategies and ethical considerations.
Collaborate on Linux for Use in Safety-Critical Systems
Explore Linux's potential in safety-critical systems for autonomous driving. Learn about industry trends, collaboration goals, and development models for robust, high-performance software solutions.
Building Environments for Autonomous Vehicle Training
Explore dynamic environment creation for autonomous vehicle training using Unity, covering simulation techniques, challenges, and sensor simulations for advancing AV development.
Moral Math of Robots - Can Life and Death Decisions Be Coded?
Experts debate ethical challenges in AI decision-making, exploring topics like self-driving cars, autonomous drones, and machine morality. Discusses key AI concepts, real-world applications, and future implications.
Sensor Security
Explore sensor vulnerabilities in IoT devices, autonomous systems, and AI, covering attack vectors, security challenges, and potential solutions for the Internet of Everything era.
Controlling Drones with JavaScript
Explore autonomous drone control using JavaScript, Node.js, and Mission Pads. Learn to send commands, read telemetry, and coordinate multiple drones for synchronized flight.
Adventures in Autonomous Sailing
Explore advancements in robotic sailing and the journey to build an autonomous boat capable of circumnavigating the globe, starting with a simple RC boat on a local pond.
Learning to Fly
Explore the journey of teaching drones to race autonomously, from initial coding to creating a complete system ready for drone racing leagues, using machine learning and environmental understanding.
Through the Looking-Glass, and What Eve Found There
Exploring security vulnerabilities in looking-glass web applications used by Autonomous Systems, revealing potential exploits that could lead to remote command execution on backbone routers and compromise Internet infrastructure.
Deep Learning to Fly
Explore autonomous drone racing technology, from environment understanding to safe navigation in challenging conditions. Learn about technology selection and development stages.