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Full-Text Articles in Electrical and Computer Engineering
Technology-Dependent Quantum Logic Synthesis And Compilation, Kaitlin Smith
Technology-Dependent Quantum Logic Synthesis And Compilation, Kaitlin Smith
Electrical Engineering Theses and Dissertations
The models and rules of quantum computation and quantum information processing (QIP) differ greatly from those that govern classical computation, and these differences have caused the implementation of quantum processing devices with a variety of new technologies. Many platforms have been developed in parallel, but at the time of writing, one method of quantum computing has not shown to be superior to the rest. Because of the variation that exists between quantum platforms, even between those of the same technology, there must be a way to automatically synthesize technology-independent quantum designs into forms that are capable of physical realization on …
Wireless Channel Characterization Based On Crowdsourced Data And Geographical Features, Rita Enami
Wireless Channel Characterization Based On Crowdsourced Data And Geographical Features, Rita Enami
Electrical Engineering Theses and Dissertations
To design and plan wireless communication systems, an accurate propagation estimate is required of a deployment region. Propagation prediction models consist of two types of fading: large-scale and small-scale fading. With large-scale fading, the path loss information is crucial for cell planning, coverage estimation, and optimization. With small-scale fading, the statistical fluctuation on the local variations of the average signal level can have a dramatic effect on protocol decisions and resulting performance. To obtain accurate estimates of both types of fading, typically field measurements are needed that use drive testing, which is expensive in terms of time and cost. Recently, …