Search for dissertations about: "delay minimization"
Showing result 1 - 5 of 14 swedish dissertations containing the words delay minimization.
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1. Low-delay sensing and transmission
Abstract : This thesis studies cooperative sensing and transmission in the context ofwireless sensor networks (WSNs). We especially focus on two means of cooperative sensing and transmission, namely, distributed source coding and relaying. READ MORE
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2. Mathematical Models and Algorithms for Wireless Network Design and Optimization
Abstract : Optimization techniques always play an important role in designing high-performance wireless systems. This presented thesis studies a selected set of optimization problems for different kinds of wireless networks, making use of mathematical programming techniques to find optimal solutions and of efficient heuristics to find near-optimal solutions. READ MORE
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3. Power loss minimization in electric cars by wheel force allocation
Abstract : The need for lowering the emission levels has never been greater than now. In the vehicle industry, electrification seems to be an irreversible way ahead but user-related challenges such as limited range delay electricity as the primary energy source for personal transportation. READ MORE
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4. A Parameterization of Positive Real Residue Interpolants with McMillan Degree Constraint
Abstract : The main body of this thesis consists of six appended papers.The papers are about the theory of the positive real interpolationwith McMillan degree constraint.In Paper A, a parameterization of the positive real residue interpolantswith McMillan degree constraint is given. READ MORE
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5. Energy Saving vs. Performance: Trade-offs in Optical Networks
Abstract : The energy consumption of communication networks is continuously growing. Many energy saving approaches have been proposed at the device, system, and network level. The most promising way to address this problem is to utilize photonic technologies as much as possible thanks to their low energy consumption per bit performance. READ MORE