Over the last 5 years, I have developed a wide range applications and code with various strong requirements, like fast execution, low memory or other special contingencies, or all they together. I have developed and researched many new algorithms, like new square root method, that much faster than Newtons method. If it is possible to optimize the code, I do it.
CUDA Job Cost Overview
Typical total cost of oDesk CUDA projects based on completed and fixed-price jobs.
oDesk CUDA Jobs Completed Quarterly
On average, 6 CUDA projects are completed every quarter on oDesk.
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Time needed to complete a CUDA project on oDesk.
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CUDA oDesk freelancers typically receive a client rating of 4.78.
I am a German PhD student in theoretical physics (materials science). I develop simulation- and analysis- software using C/C++, OpenMP and CUDA in order to increase performance significantly by using highly parallel hardware architectures. I have also worked in the automotive industry, developing software for the simulation of engines. I have very good knowledge of math and physics in general. Especially in statistical physics and Monte Carlo simulations.
Research experience in the development of modeling and simulation systems. This includes: - solution of partial differential equations with the finite element method - computer implementation of finite element systems - algorithms for the solution of nonlinear partial differential equations - high performance computing using: the message passing interface library (MPI), thread programming (OpenMP), and graphic processing units (cuda) Experienced in the programming of computer graphic applications on UNIX/LINUX platforms. This includes knowledge of the following programming libraries: OpenGL, xMotif, X11, and the cuda programming language Experienced with the administration of UNIX/LINUX computer networks Experienced with scientific writing, peer reviewed papers (20), invited lectures (12), grants (6 funded), proposal review for multiple agencies including the National science Foundation, and the National Institute of Health. Industry experience as consultant in software development. Related skills include the write up of specifications for programmers, planning of computational resources, and set up of development environment Realization: (i) developed a large scale system to simulate impulse propagation in cardiac tissue, (ii) used it to elucidate the molecular mechanisms of arrhythmias and predict the effect of antiarrhythmic drugs, (iii) simulated a time of flight mass spectrometer and built a prototype, (iv) built a system to reconstruct geometric models (e.g.) from multiple imaging modalities, (iv) developed new algorithms to determine the kinetics of membrane proteins from signals collected in isolated cells. Perspective: I just started a company (http://www.clxbs.com) specializing in modeling and simulation, including scientific data visualization and high performance computing. Contracts in this area will give me an opportunity demonstrate my skills. I am committed to excellent and provide a warranty on all services.
I've been a research scientist in mechanical simulation for almost ten years the biggest French research center, the CEA. During these years, I've developped high performance, real time, mechanical simulators using mainly C++ and cuda. My job was to implement state of the art algorithms as efficiently as possible, to ensure the best performances on common hardware. Therefore, I'm very familiar with parallel programming, using OpenMP, intel TBB, as well as CUDA and OpenCL. Aside from my research job, I've also teached GPU programming at the university, for master degrees. Currently, I'm working as a research engineer in a French company, in a very different field. I'm contributing to develop a project portfolio manager in LISP ! This involves less theoric work, but allows me to contribute to challenging projects.
Senior in design and developing of software. Skills: *Parallel programmer: 8 years in parallel programming research and programming. Expertise in OpenMP, MPI and CUDA. Phd candidate on optimizing parallel software. *Master in Software Engineering. Object oriented programming and design. Functional programming and relational DB based systems. *Senior programmer in smalltalk, perl, c/c++, fortran, haskell. Same expertise in java, python, pascal. *More than 20 years developing and teaching programming.
Expert in Computer Graphics especially 3D visualization, volume rendering with OpenGL and Nvidia CUDA, with 10+ years experience as a software developer Backend (Java, PHP, C / C ++, MySQL, Oracle). Currently Systems department manager and software developer at "Bioforma Salud y Estetica Avanzada" nationwide. Computer science student with a background in advanced mathematics.
I am a highly-motivated nuclear engineer (by training) and software developer (by practice). I specialize in massively-parallel algorithms and my PhD was focused on enabling nuclear reactor calculations on future exascale computing architectures. I have a passion for programming and software development and am an advocate for open source software.
I have being working for University of Manchester for 8 years (PhD in Physics and Mathematics). My job positions require software and algorithm development with applications to image processing in optical microscopy, tomography, simulation of millions of interacting particles. Software development is done either on CPU (C++, Fortran, optimisation with Intel performance tools), clusters (MPI) or graphics cards/GPUs (CUDA)