Search for dissertations about: "Parallel Consistency"
Showing result 6 - 10 of 24 swedish dissertations containing the words Parallel Consistency.
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6. On the Performance Analysis of Large Scale, Dynamic, Distributed and Parallel Systems
Abstract : Evaluating the performance of large distributed applications is an important and non-trivial task. With the onset of Internet wide applications there is an increasing need to quantify reliability, dependability and performance of these systems, both as a guide in system design as well as a means to understand the fundamental properties of large-scale distributed systems. READ MORE
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7. Virtual prototyping of vehicular electric steering assistance system using co-simulations
Abstract : Virtual prototyping is a practical necessity in vehicle system development. From desktop simulation to track testing, several simulation approaches, such as co-simulation and hardware-in-loop (HIL) simulation, are used. However, due to interfacing problems, the consistency of testing results may not be ensured. READ MORE
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8. Distributed k-ary System: Algorithms for Distributed Hash Tables
Abstract : This dissertation presents algorithms for data structures called distributed hash tables (DHT) or structured overlay networks, which are used to build scalable self-managing distributed systems. The provided algorithms guarantee lookup consistency in the presence of dynamism: they guarantee consistent lookup results in the presence of nodes joining and leaving. READ MORE
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9. Evaluation of design alternatives for a directory-based cache coherence protocol in shared-memory multiprocessors
Abstract : In shared-memory multiprocessors, caches are attached to the processors in order to reduce the memory access latency. To keep the memory consistent, a cache coherence protocol is needed. READ MORE
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10. Gaze control in episodic memory
Abstract : The role of gaze control in episodic recognition was investigated in two studies. In Study 1, participants encoded human faces inverted or upright, with or without eye movements (Experiment 1) and under sorting or rating tasks (Experiment 2) respectively. READ MORE