'Computational engineering' presentation slideshows

Grid InterNetworking

Grid InterNetworking. Michael Welzl http://www.welzl.at DPS NSG Team http://dps.uibk.ac.at/nsg Institute of Computer Science University of Innsbruck. Politecnico di Torino Torino, Italy 26 November, 2007. Outline. Who am I? Problem scope (Grid introduction) Grid InterNetworking

549 views • 43 slides

CREATE: The Opportunities and Challenges

551 views • 37 slides

ERROR, ACCURACY, AND STABILITY

DYNET CENTER NI[ COMPUTATIONAL ENGINEERING NUMERICAL METHODS. ERROR, ACCURACY, AND STABILITY. DYNET CENTER NI[ COMPUTATIONAL ENGINEERING NUMERICAL METHODS. ERROR, ACCURACY, AND STABILITY. DYNET CENTER NI[ COMPUTATIONAL ENGINEERING NUMERICAL METHODS. ERROR, ACCURACY, AND STABILITY.

339 views • 23 slides

Biological human-machine interfaces (2 ov) L

Biological human-machine interfaces (2 ov) L. Christina M Krause. PhD Docent of Neuropsychology Docent of Cognitive Neuroscience Senior scientist (EEG) Cognitive Science and Technology Laboratory of Computational Engineering krause@lce.hut.fi www.lce.hut.fi/~krause.

379 views • 19 slides

Institute for Computational Engineering and Sciences (ICES)

185 views • 18 slides

Optimized athlete body sensor networks for simulation-based performance analysis ESPRIT PoC

Swimming data capture. Optimized athlete body sensor networks for simulation-based performance analysis ESPRIT PoC AIJ Forrester, CJ Brooks, SR Turnock, DJ Taunton, DA Hudson, K Takeda, JIR Blake, MP Prince, CWG Phillips,

129 views • 1 slides

Pathways, Cells, and Organelles

Pathways, Cells, and Organelles. Name: Ananth Grama Title: Professor of Computer Science Employer/Affiliation: Purdue. Current Area of Research Interest Parallel Computing Computational Biology/Bioinformatics Computational Engineering and Sciences

128 views • 1 slides

Tracks: 1: NanoEngineering for Medical Diagnostics 2: NanoEngineering for Imaging

Tracks: 1: NanoEngineering for Medical Diagnostics 2: NanoEngineering for Imaging 3: Nanoengineering for Medical Therapeutics 4: Nano-/Micro-fluidics for Medical Diagnostics and Therapeutics 5: NanoEngineering for Regenerative Medicine 6: Manufacturing for Nanomedicine

203 views • 1 slides