Search for dissertations about: "autonomous robot Control"
Showing result 6 - 10 of 53 swedish dissertations containing the words autonomous robot Control.
-
6. Complexity-aware Decision-making with Applications to Large-scale and Human-in-the-loop Systems
Abstract : This thesis considers control systems governed by autonomous decision-makers and humans. We formalise and compute low-complex control policies with applications to large-scale systems, and propose human interaction models for controllers to compute interaction-aware decisions. READ MORE
-
7. Virtual Holonomic Constraints: from academic to industrial applications
Abstract : Whether it is a car, a mobile phone, or a computer, we are noticing how automation and production with robots plays an important role in the industry of our modern world. We find it in factories, manufacturing products, automotive cruise control, construction equipment, autopilot on airplanes, and countless other industrial applications. READ MORE
-
8. Reinforcement Learning Endowed Robot Planning under Spatiotemporal Logic Specifications
Abstract : Recent advances in artificial intelligence are producing fascinating results in the field of computer science. Motivated by these successes, the desire to transfer and implement learning methods on real-life systems is growing as well. READ MORE
-
9. Robust and Abstraction-free Control of Dynamical Systems under Signal Temporal Logic Tasks
Abstract : Dynamical systems that provably satisfy given specifications have become increasingly important in many engineering areas. For instance, safety-critical systems such as human-robot networks or autonomous driving systems are required to be safe and to also satisfy some complex specifications that may include timing constraints, i.e. READ MORE
-
10. Cognitive Interactive Robot Learning
Abstract : Building general purpose autonomous robots that suit a wide range of user-specified applications, requires a leap from today's task-specific machines to more flexible and general ones. To achieve this goal, one should move from traditional preprogrammed robots to learning robots that easily can acquire new skills. READ MORE