Search for dissertations about: "Reglerteknik"
Showing result 1 - 5 of 811 swedish dissertations containing the word Reglerteknik.
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1. Complexity Issues, Validation and Input Design for Control in System Identification
Abstract : System identification is about constructing and validating modelsfrom measured data. When designing system identificationexperiments in control applications, there are many aspects toconsider. One important aspect is the choice of model structure.Another crucial issue is the design of input signals. READ MORE
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2. Aspects of proactive traffic engineering in IP networks
Abstract : To deliver a reliable communication service over the Internet it is essential for the network operator to manage the traffic situation in the network. The traffic situation is controlled by the routing function which determines what path traffic follows from source to destination. READ MORE
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3. Compensating for Unreliable Communication Links in Networked Control Systems
Abstract : Control systems utilizing wireless sensor and actuator networks can be severely affectedby the properties of the communication links. Radio fading and interferencemay cause communication losses and outages in situations when the radio environmentis noisy and low transmission power is desirable. READ MORE
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4. On Distributed Optimization in Networked Systems
Abstract : Numerous control and decision problems in networked systems can be posed as optimization problems. Examples include the framework of network utility maximization for resource allocation in communication networks, multi-agent coordination in robotics, and collaborative estimation in wireless sensor networks (WSNs). READ MORE
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5. On Communication and Flocking in Multi-Robot Systems
Abstract : Coordination of multi-robot systems to improve communication and achieve flocking is the topic of this thesis. Methods are proposed for mobile autonomous robots to follow trajectories in a way that improves communications with a base station. Further, a decentralized algorithm is presented that yields flocking with obstacle avoidance. READ MORE
