Prizes were first awarded in 2009 and included two icamb students, holly Anderson and Monika olahova. . This was followed in 2011 by david Adams and in 2012 by Graham Scholefield. However, 2013, was an absolute triumph, with three out of only five potential Faculty Prizes being bestowed on theses submitted by icamb students. Dr Andrew Foster from Professor Nigel Robinsons Lab (currently a post-doc in the. Robinson lab in Durham dr fiona cuskin from Professor Harry gilberts lab (currently a post-doc in the. Gilbert lab ) and Dr Kristoffer Winther from Professor Kenn Gerdes lab (currently a post-doc in Gerdes lab).
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Annick loiseau co-director: Prof. Angel Rubio european PhD thesis at onera, paris, France. Local pdf novel file,.33. A first principles time-dependent density functional theory scheme for the computation of the electromagnetic response of nanostructures (Summa cum laude) Director: Prof. European Thesis, University of Valladolid. Local pdf file,.64. Le proposal magnétisme des Nanotubes: une Approche Théorique director: rnier Montpellier. The faculty of Medical Sciences Doctoral Thesis Prize is a mark of recognition of an outstanding level of achievement by the end of a research doctorate. Prizes are awarded biannually on a very limited basis following nomination by thesis examiners. Dr Tim Cheek, post Graduate tutor.
Angel Rubio universidade de coimbra, portugal. Local pdf file,.21. First principles description of response functions in low dimensional systems (Sobresaliente cum laude) Director: Prof. Angel Rubio university of the basque country, san Sebastián, Spain. European Thesis (Outstanding Thesis Prize, upv/ehu ). Local pdf file,.62. Synthèse de nano tubes de nitrure de bore: études de la structure et des propriétés (vibrationnelles et électroniques) paper (Summa cum laude) Director:.
Universidad de zaragoza instituto de química física rocasolano, csic. Local pdf file,.36. Linear and non-linear response phenomena of molecular systems within time-dependent density functional theory (Sobresaliente cum laude) Director: Prof. Silvana botti european Phd, presentation university of the basque country, san Sebastián, Spain (Outstanding Thesis Prize, upv/ehu ). Local pdf file,.72. Relativistic effects in the optical response of low-dimensional structures: new developments summary and applications within a time-dependent density functional theory framework (Sobresaliente cum laude) Director: Prof. Fernando nogueira co-director: Prof.
Local pdf file,.58. Density-functional Theory for f-Electron Systems: The α-γ phase Transition in Cerium (Magna cum laude) Director: Prof. Static and time-dependent density functionals for non-linear processes (Apto cum laude) Director: Prof. Angel Rubio european Phd, university of the basque country, san Sebastián, Spain. Local pdf file,.68. Development and applications of time-dependent density matrix functional theory (Apto cum laude) Director: Prof. Local pdf file,.24. Improving simulation of biological molecules: refining mathematical, physical and computational tools (Sobresaliente cum laude) Director: José luis Alonso, pablo Echenique and Ángel Rubio.
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Local pdf file,.16. Spectroscopic analysis of atoms and molecules (Sobresaliente con mención Cum laude, doctorado Internacional) Director: Prof. Stefan Kurth and Prof. Angel Rubio university rights of the variable basque country (UPV/ehu donostia. Local pdf file,.55.
Optimisation of the first principle code Octopus for massive parallel architectures: application to light harvesting complexes (Sobresaliente cum laude) Director: javier Muguerza co-director: Angel Rubio university of the basque country upv/EHU. Local pdf file,.02. Theoretical Description of the Optical Properties of Nanostructures Within Time dependent Density functional Theory (Apto cum laude) Director: Prof. Daniele varsano european Phd, university of the basque country, san Sebastián, Spain. Self-consistent gw approach for the unied description of ground and excited states of nite systems (Suma cum laude) Director: Prof. Angel Rubio and. Patrick rinke freie universitat Berlin.
Modelling Thermo-Electric Transport and Excited States in Low Dimensional Systems (Sobresaliente cum laude) Director: Prof. Local pdf file,.56. Exact nonadiabatic many-body dynamics electron-phonon coupling in photoelectron spectroscopy and light-matter interactions in quantum electrodynamical density-functional theory (Magna cum laude) Director: Prof. Angel Rubio co-director: heiko appel and Matthias Scheffler Humboldt-Universität zu berlin. Local pdf file,.53.
Analysis and Control of Transient Spectra Using Time-dependent Density functional Theory (Sobresaliente cum laude, doctora Internacional) Director: Prof. Angel Rubio co-director:. Alberto castro University of the basque country upv/EHU. Local pdf file,.85. Density-potential Mapping in the Standard and quantum Electrodynamical Time-dependent Density functional Theory (Sobresaliente cum laude) Director: Prof. Ilya tokatly and Prof. Angel Rubio university of the basque country (UPV/EHU).
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Andreas Knorr Technical University berlin. Local pdf file,.29. Modelling of Polymer-Carbon Nanotube heterojunctions for Photovoltaic Applications (Sobresaliente cum laude) Director: Professor Angel Rubio reviews and Associate Professor Duncan. Mowbray university of the basque country upv/EHU. Local pdf file,.18. Theoretical study on the photoswitching mechanism of negative reversibly photoswitchable fluorescent proteins (Sobresaliente cum laude) Director: Marius Wanko co-director: Angel Rubio university of the basque country upv/EHU. Local pdf file,.23.
Angel words Rubio co-director: Prof. Ilya tokatly University of the basque country upv/EHU. Local pdf file,.77. Modeling linear and non-linear light-matter interactions: From classical to atomistic nanoplasmonics (Sobresaliente cum laude) Director: Prof. Pablo garcía-gonzález university of the basque country upv/EHU. Local pdf file,.79. Exact Maps in Density-functional Theory director: Prof.
formalisms making the following specific contributions: i) A formal mapping from pcm to qpns analyzing the feasibility of using qpn models as a target analysis formalism for pcm models, ii) Implementation of an automatic transformation. The new Simqpn solver proved to be much faster than the existing SimuCom reference solver with performance improvements of up to 20 times. In most cases, the provided results were very accurate with a deviation from the reference values below. The tool was integrated into the pcm-bench tool, delivered with the pcm meta-model and compared with the simuCom reference solver as well as with lqns and lqsim, two existing solvers based on layered queueing networks. Customized pcm instances were created for each of the mapped features, evaluating for the first time in detail, the pcm features supported by each solver. Additionally, to evaluate the transformation in realistic conditions, five case studies were conducted using the largest existing pcm instances that could be obtained. One of the case studies was conducted in cooperation with abb research, demonstrating the applicability of the results of the thesis in an industrial context. Quantum Electrodynamical Time-dependent Density functional Theory director: Prof.
Changing systems in late development stages is very costly and therefore performance predictions early in the development process are essential to detect potential problems before resources have been spent on implementation. The palladio component Model (PCM) is a domain-specific real modeling language for component-based systems enabling performance prediction at design time. Four performance-influencing factors are modeled for each system component: the component implementations, the external services they use, the execution environment on which they are deployed, and the component usage profiles. The modeled system is analyzed for selected performance metrics such as response time, throughput and resource utilization, by means of a pcm model solver. Several solvers exist which place different restrictions on the pcm model instance and offer different trade-offs between accuracy and overhead. However, existing solvers offer limited flexibility in terms of efficiency and accuracy of the solution process, and suffer from scalability issues. Queueing Petri nets (QPNs) are another general-purpose modeling formalism, at a lower level of abstraction, that has been shown to lend itself very well for performance analysis of distributed component-based systems. Efficient and mature solution techniques are available for qpn models and therefore an automatic transformation from pcm to qpn models is highly desirable.
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Home, legals, kit, fzi prize "Best Diploma Thesis philipp meier from the descartes Research Group wins the fzi prize "Best Diploma Thesis philipp meier from the descartes Research Group was awarded the. Fzi (Forschungszentrum Informatik prize "Best Diploma Thesis" for his diploma thesis with the title "Automated Transformation of Palladio component Models to queueing Petri nets" supervised by samuel kounev and heiko koziolek. The work of the thesis was carried out in close cooperation with. The results of the thesis will appear in the following paper which will be presented at mascots 2011 in Singapore: Philipp meier, samuel kounev, and heiko koziolek. Automated Transformation of Palladio component Models to queueing Petri nets. In 19th ieee/acm international Symposium on Modeling, Analysis and Simulation of Computer and Telecommunication Systems (mascots 2011 singapore, july. Acceptance rate: 41/157. bib, thesis Abstract : In today's software engineering landscape, performance and scalability properties of systems are of crucial importance to ensure that statement quality-of-service requirements are satisfied.