PPT-Jacobi Iterative technique on Multi GPU platform

By Ishtiaq Hossain Venkata Krishna Nimmagadda Application of Jacobi Iteration Cardiac Tissue is considered as a grid of cells Each GPU thread takes care of voltage calculation at one cell This calculation requires Voltage values of neighboring cells. Lucas Takeo Kanade Computer Science Department CarnegieMellon University Pittsburgh Pennsylvania 15213 Abstract Image registration finds a variety of applications in computer vision Unfortunately traditional image registration techniques tend to be In Action. The comScore Roadmap for Multi-Platform Cross-Media Measurement and Results of the CIMM Study. Joan FitzGerald, SVP, Television and Cross-Media Solutions. It’s Simple, . RIGHT?. How Many?. Non-scanning CT (computerized tomography). Standard CT system. CT(computerized tomography) creates 3D views of what is inside. General medical imaging technique to look inside of a patient’ body. Background. Computations. K-means. Performance of K-Means. Smith Waterman is a non iterative case and of course runs fine. Matrix Multiplication . 64 cores. Square blocks Twister. Row/Col . decomp. Twister. An outside view of Building 6, the newest addition to the Jacobi Medical Center.. Main Entrance. Jacobi is a public city hospital, caring for a diverse and largely impoverished population. We recently expanded our facilities, adding an entirely new hospital, and a cardiac catheterization lab.. detection using. electrochemical impedance technique. Yi Wan. Institute of oceanology, . CAS. 27-10-2014. Bacteria. Sulfate-reducing bacteria. E. coli. Staphylococcus . Aureus. Ebola virus. Bacillus Cereus. draft-choi-cdni-req-intf-00.txt. Taesang. . Choi (choits@etri.re.kr). Jonggyu. Sung (jonggyu.sung@kt.com). Jongmin. Lee (jminlee@sk.com). Ja-Ryeong. . Koo (wjbkoo@lguplus.co.kr). John . Dongho. Shin (eastsky@solbox.com). Computations. K-means. Performance of K-Means. Smith Waterman is a non iterative case and of course runs fine. Matrix Multiplication . 64 cores. Square blocks Twister. Row/Col . decomp. Twister. Richard Bateson. SVP sales & marketing. March . 2015. . Understanding the . opportunity. The challenge and opportunity. Maximizing the opportunity. 3 guiding principles. The right enablers. UK case study. Goal is to solve the system . Can use direct or iterative methods. Direct Methods. LU Decomposition. QR Factorization. Iterative Methods (what we will use). Jacobi. Gauss-Seidel. Successive Over Relaxation(SOR). Micro-multi-sensor platform for industrial processes monitoring. Michel Saint-Mard. , Managing director, . TAIPRO Engineering . SA, Angleur, Belgium. Dr. Serguei Stoukatch. *, Senior Scientist, Microsys Laboratory. Define . Iterative Patterns. …. Iterative Patterns follow a specific . RULE. .. Examples of Iterative Patterns:. 2, 4, 6, 8, 10, …. 2, 4, 8, 16, 32, …. 96, 92, 88, 84, 80, …. 625, 125, 25, 5, …. Goal is to solve the system . Can use direct or iterative methods. Direct Methods. LU Decomposition. QR Factorization. Iterative Methods (what we will use). Jacobi. Gauss-Seidel. Successive Over Relaxation(SOR). Navaneet Kumar, Sandeep Jain, Rajesh Jain. Networking & Multimedia Solutions Group. Updated Jan 2012. Outline. Virtual Platform – Challenges & Requirement. Significance of TLM 2.0. TLM LT Methodology.