Global ETD Search

1	Exploring the potential of a hierarchical computing model for a commercial server Rubio, Juan Carlos 26 May 2010 (has links) Not available / text Computer servers Commercial workload Hierarchical Computing model
2	GME-MOF an MDA metamodeling environment for GME / Emerson, Matthew Joel. January 2005 (has links) Thesis (M. S. in Computer Science)--Vanderbilt University, May 2005. / Title from title screen. Includes bibliographical references.
3	Harmony: an execution model for heterogeneous systems Diamos, Gregory Frederick 10 November 2011 (has links) The emergence of heterogeneous and many-core architectures presents a unique opportunity to deliver order of magnitude performance increases to high performance applications by matching certain classes of algorithms to specifically tailored architectures. However, their ubiquitous adoption has been limited by a lack of programming models and management frameworks designed to reduce the high degree of complexity of software development inherent to heterogeneous architectures. This dissertation introduces Harmony, an execution model for heterogeneous systems that draws heavily from concepts and optimizations used in processor micro-architecture to provide: (1) semantics for simplifying heterogeneity management, (2) dynamic scheduling of compute intensive kernels to heterogeneous processor resources, and (3) online monitoring driven performance optimization for heterogeneous many core systems. This work focuses on simplifying development and ensuring binary portability and scalability across system configurations and sizes. Heterogeneous Many-core Compiler Runtime GPU Processor SIMD Scheduling Execution model Modeling Computing model Computer architecture Algorithms Heterogeneous computing
4	Evolutionary membrane computing: A comprehensive survey and new results Zhang, G., Gheorghe, Marian, Pan, L.Q., Perez-Jimenez, M.J. 19 April 2014 (has links) No / Evolutionary membrane computing is an important research direction of membrane computing that aims to explore the complex interactions between membrane computing and evolutionary computation. These disciplines are receiving increasing attention. In this paper, an overview of the evolutionary membrane computing state-of-the-art and new results on two established topics in well defined scopes (membrane-inspired evolutionary algorithms and automated design of membrane computing models) are presented. We survey their theoretical developments and applications, sketch the differences between them, and compare the advantages and limitations. (C) 2014 Elsevier Inc. All rights reserved. Membrane computing Evolutionary computation Evolutionary membrane computing Membrane-inspired evolutionary algorithm P-systems Optimisation problems Multiobjective optimisation Differential evolution Automatic design Algorithm Metaheuristics Variant Rules Model

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