Search for dissertations about: "access time optimization"
Showing result 1 - 5 of 101 swedish dissertations containing the words access time optimization.
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1. On Distributed Optimization in Networked Systems
Abstract : Numerous control and decision problems in networked systems can be posed as optimization problems. Examples include the framework of network utility maximization for resource allocation in communication networks, multi-agent coordination in robotics, and collaborative estimation in wireless sensor networks (WSNs). READ MORE
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2. Reconfigurable On-Chip Instrument Access Networks : Analysis, Design, Operation, and Application
Abstract : The constant need for higher performance and more advanced functionality has made the design and manufacturing of modern electronic chips highly demanding. Moreover, the use of smaller transistors in modern chips has increased their sensitivity to aging and faults, hence the need to constantly monitor the correct operation of these chips. READ MORE
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3. Deep neural networks for electromagnetics applied to optimization and inverse problems
Abstract : This thesis explores the possibilities to complement full-wave electromagnetic solvers with fully-connected neural networks. We emphasize problems that must be solved a very large number of times in a limited parameter domain. We present and evaluate the normalization method ForwardNorm. READ MORE
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4. On the Use of Simulation and Optimization for the Analysis and Planning of Prehospital Stroke Care
Abstract : Immediate treatment is of extreme importance for stroke patients. However, providing fast enough treatment for stroke patients is far from trivial, mainly due to logistical challenges and difficulties in diagnosing the correct stroke type. READ MORE
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5. Performance Analysis and Optimization for Time Critical Networking
Abstract : Future communication systems will be characterized by heterogeneous traffic and requirements. Time critical applications like cyberphysical systems, augmented and virtual reality, raise the need for a low-latency based network. At the same time, conventional devices requiring for high throughput will co-exist with time critical applications. READ MORE