Search for dissertations about: "primary decomposition"
Showing result 1 - 5 of 66 swedish dissertations containing the words primary decomposition.
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1. Dominator-based Algorithms in Logic Synthesis and Verification
Abstract : Today's EDA (Electronic Design Automation) industry faces enormous challenges. Their primary cause is the tremendous increase of the complexity of modern digital designs. Graph algorithms are widely applied to solve various EDA problems. READ MORE
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2. Fungal and bacterial contributions to decomposition in terrestrial and aquatic ecosystems
Abstract : Microbial decomposers process a great majority of net primary production in the biosphere and regulate carbon (C) and nutrient cycling. Microbial communities are extremely diverse and often disregarded from global C-cycling models, but one strategy to overcome this challenge is to focus on the major decomposer groups: fungi and bacteria. READ MORE
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3. Calcareous Algae of a Tropical Lagoon : Primary Productivity, Calcification and Carbonate Production
Abstract : The green algae of the genus Halimeda Lamouroux (Chlorophyta, Bryopsidales) and the encrusting loose-lying red coralline algae (Rhodophyta, Corallinales) known as rhodoliths are abundant and widespread in all oceans. They significantly contribute to primary productivity while alive and production of CaCO3 rich sediment materials on death and decay. READ MORE
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4. Decomposition of modules over the Weyl algebra
Abstract : The thesis consists of two papers that treat decomposition of modules over the Weyl algebra. In the first paper decomposition of holonomic modules is used to prove that there is a finite set of Noetherian operators that suffice to distinguish the elements in a primary ideal. READ MORE
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5. A song of ice and mud : Interactions of microbes with roots, fauna and carbon in warming permafrost-affected soils
Abstract : Permafrost-affected soils store a large quantity of soil organic matter (SOM) – ca. half of worldwide soil carbon – and currently undergo rapid and severe warming due to climate change. READ MORE