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OQGRG: a multi-start algorithm for global solution of nonlinear and mixed integer programsUgray, Zsolt Gyula 28 August 2008 (has links)
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Compiler directed speculation for embedded clustered EPIC machinesPillai, Satish 28 August 2008 (has links)
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Efficient and effective symbolic model checkingIyer, Subramanian Krishnan 28 August 2008 (has links)
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Schrödinger equation Monte Carlo simulation of nanoscale devicesZheng, Xin, 1975- 29 August 2008 (has links)
Some semiconductor devices such as lasers have long had critical dimensions on the nanoscale where quantum effects are critical. Others such as MOSFETs are now being scaled to within this regime. Quantum effects neglected in semiclassical models become increasing important at the nanoscale. Meanwhile, scattering remains important even in MOSFETs of 10 nm and below. Therefore, accurate quantum transport simulators with scattering are needed to explore the essential device physics at the nanoscale. The work of this dissertation is aimed at developing accurate quantum transport simulation tools for deep submicron device modeling, as well as utilizing these simulation tools to study the quantum transport and scattering effects in the nano-scale semiconductor devices. The basic quantum transport method "Schrödinger Equation Monte Carlo" (SEMC) provides a physically rigorous treatment of quantum transport and phasebreaking inelastic scattering (in 3D) via real (actual) scattering processes such as optical and acoustic phonon scattering. The SEMC method has been used previously to simulate carrier transport in nano-scaled devices in order to gauge the potential reliability of semiclassical models, phase-coherent quantum transport, and other limiting models as the transition from classical to quantum transport is approached. In this work, SEMC-1D and SEMC-2D versions with long range polar optical scattering processes have been developed and used to simulate quantum transport in tunnel injection lasers and nanoscaled III-V MOSFETs. Simulation results serve not only to demonstrate the capabilities of the developed quantum transport simulators, but also to illuminate the importance of physically accurate simulation of scattering for the predictive modeling of transport in nano-scaled devices.
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Generalization, lemma generation, and induction in ACL2Erickson, John D., Ph. D. 29 August 2008 (has links)
Formal verification is becoming a critical tool for designing software and hardware today. Rising complexity, along with software's pervasiveness in the global economy have meant that errors are becoming more difficult to find and more costly to fix. Among the formal verification tools available today, theorem provers offer the ability to do the most complete verification of the most complex systems. However, theorem proving requires expert guidance and typically is too costly to be economical for all but the most mission critical systems. Three major challenges to using a theorem prover are: finding generalizations, choosing the right induction scheme, and generating lemmas. In this dissertation we study all three of these in the context of the ACL2 theorem prover. / text
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THE PRACTICAL APPLICATION OF MODULAR METHODS TO OPTICAL SYSTEM DESIGNAnderson, Douglas Warren, 1950- January 1978 (has links)
No description available.
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FINITE ELEMENT ANALYSIS OF FATIGUE CRACK GROWTH UNDER RANDOM LOADINGAlawi, Hassan Sayyed Hussain January 1979 (has links)
No description available.
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INCREMENTAL SYNTHESIS OF INDUCTIVE ASSERTIONS FOR PROGRAM VERIFICATIONBritton, Dianne Ellen, 1950- January 1977 (has links)
No description available.
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The development of a computer program for thermal comfort analysisPraditsmanont, Apichat 31 March 2011 (has links)
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Language and compiler support for mixin programmingCardone, Richard Joseph 18 April 2011 (has links)
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