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Showing result 11 - 15 of 44 swedish dissertations matching the above criteria.
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11. Fault-Tolerance Strategies and Probabilistic Guarantees for Real-Time Systems
Abstract : Ubiquitous deployment of embedded systems is having a substantial impact on our society, since they interact with our lives in many critical real-time applications. Typically, embedded systems used in safety or mission critical applications (e.g. READ MORE
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12. Timing and Schedulability Analysis of Real-Time Systems using Hidden Markov Models
Abstract : In real-time systems functional requirements are coupled to timing requirements, a specified event needs to occur at the appropriate time. In order to ensure that timing requirements are fulfilled, there are two main approaches, static and measurement-based. READ MORE
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13. Analysis and Optimisation of Distributed Embedded Systems with Heterogeneous Scheduling Policies
Abstract : The growing amount and diversity of functions to be implemented by the current and future embedded applications (like, for example, in automotive electronics) have shown that, in many cases, time-triggered and event-triggered functions have to coexist on the computing nodes and to interact over the communication infrastructure. When time-triggered and event-triggered activities have to share the same processing node, a natural way for the execution support can be provided through a hierarchical scheduler. READ MORE
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14. Architectures and Protocols for Performance Improvements of Real-Time Networks
Abstract : When designing architectures and protocols for data traffic requiring real-time services, one of the major design goals is to guarantee that traffic deadlines can be met. However, many real-time applications also have additional requirements such as high throughput, high reliability, or energy efficiency. READ MORE
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15. Analysis and Synthesis of Heterogeneous Real-Time Systems
Abstract : During the development of a real-time system the main goal is to find an implementation that satisfies the specified timing constraints. Often, it is most cost-effective to use a heterogeneous solution based on a mixture of different microprocessors and application-specific integrated circuits. READ MORE