Search for dissertations about: "time delay Control"
Showing result 1 - 5 of 238 swedish dissertations containing the words time delay Control.
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1. Nonlinear Identification and Control with Solar Energy Applications
Abstract : Nonlinear systems occur in industrial processes, economical systems, biotechnology and in many other areas. The thesis treats methods for system identification and control of such nonlinear systems, and applies the proposed methods to a solar heating/cooling plant. READ MORE
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2. Resource-Constrained Embedded Control and Computing Systems
Abstract : This thesis deals with methods for handling resource constraints in embedded control systems and real-time computing systems. By dynamic feedback-based resource scheduling it is possible to achieve adaptability andincreased performance for these systems. READ MORE
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3. LQG-Based Real-Time Scheduling and Control Codesign
Abstract : Having multiple control tasks concurrently running on a single computing platform increases the processor utilization but degrades the control performance due to delay and jitter. In scheduling and control codesign, the objective is to optimize the combined performance of all the controllers, subject to a schedulability constraint. READ MORE
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4. Flexible Scheduling Methods and Tools for Real-Time Control Systems
Abstract : This thesis deals with flexibility in the design of real-time control systems. By dynamic resource scheduling it is possible to achieve on-line adaptability and increased control performance under resource constraints. The approach requires simulation tools for control and real-time systems co-design. READ MORE
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5. Design, Implementation and Validation of Resource-Aware and Resilient Wireless Networked Control Systems
Abstract : Networked control over wireless networks is of growing importance in many application domains such as industrial control, building automation and transportation systems. Wide deployment however, requires systematic design tools to enable efficient resource usage while guaranteeing close-loop control performance. READ MORE