Search for dissertations about: "model errors tolerance"
Showing result 1 - 5 of 12 swedish dissertations containing the words model errors tolerance.
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1. Multiple-Bit Errors in Computer Systems
Abstract : This thesis discusses the types of transient faults caused by heavy-ion or a-particle radiation that manifest as multiple-bit errors and how information redundancy techniques can achieve fault tolerance with respect to some classes of multiple-bit errors. The first part of the thesis considers the fault modelling problem, beginning with the problem of how single event upsets (SEUs) originating from faults in register cells in microprocessors manifest as primary errors. READ MORE
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2. On the Effects of Soft Errors in Embedded Control Systems
Abstract : This thesis investigates techniques for making closed loop control systems fault-tolerant and robust with respect to soft errors occurring in the computer hardware. Soft errors are caused by transient faults that alter the binary values stored in latches, flip-flops and other state elements without causing any permanent damage to the hardware. READ MORE
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3. Towards active engine mounting systems for commercial vehicles: modeling and analysis
Abstract : The vehicle engine mounting system, which consists of several mounts connecting the engine to the vehicle structure, not only supports the weight of the engine but also isolates the noise, vibration and the transmitted forces to the vehicle structure. At present conventional elastomeric mounts are widely used in engine mounting systems for commercial vehicles. READ MORE
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4. Verification of Distributed Erlang Programs using Testing, Model Checking and Theorem Proving
Abstract : Software infiltrates every aspect of modern society. Production, transportation, entertainment, and almost every other sphere that influences modern living are either directly or indirectly dependent on software systems. READ MORE
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5. Part Quality Prediction and Variation Reduction in Multistage Machining Processes Based on Skin Model Shapes
Abstract : All manufacturing processes inevitably induce variations into manufactured parts that may result in nonconformance. Nonconforming parts incur costs due to the additional process required for rework or scrap loss. Hence, methodical efforts to reduce these variations are necessary for competitive manufacturing. READ MORE