Search for dissertations about: "expected delay"
Showing result 1 - 5 of 75 swedish dissertations containing the words expected delay.
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1. Performance Analysis of Positive Systems and Optimization Algorithms with Time-delays
Abstract : Time-delay dynamical systems are used to model many real-world engineering systems, where the future evolution of a system depends not only on current states but also on the history of states. For this reason, the study of stability and control of time-delay systems is of theoretical and practical importance. READ MORE
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2. Multi-Threaded Distributed System Simulations : Using Bi-Lateral Delay Lines
Abstract : As the speed increase of single-core processors keeps declining, it is important to adapt simulation software to take advantage of multi-core technology. There is a great need for simulating large-scale systems with good performance. READ MORE
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3. Univariate and Multivariate Surveillance of Outbreaks
Abstract : In many areas there is a need to monitor observations in order to detect changes in the underlying processes as quickly as possible. The theory of statistical surveillance provides the possibility of making optimal decisions about whether a change has occurred or not based on the data available at the time of the decision. READ MORE
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4. Impact of Fuel Properties on Partially Premixed Combustion
Abstract : Compression ignited engines generally have higher efficiency than spark ignition engines. However, the most common combustion concept in compression ignited engines, conventional diesel combustion, struggles with high levels of particulate matter and NOx emissions. READ MORE
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5. Energy and Delay-aware Communication and Computation in Wireless Networks
Abstract : Power conservation has become a severe issue in devices since battery capability advancement is not keeping pace with the swift development of other technologies such as processing technologies. This issue becomes critical when both the number of resource-intensive applications and the number of connected devices are rapidly growing. READ MORE