High Performance Scientific Computing with C [Video]
File List
- 1.Core Algorithms of Scientific Computing/05.Linear Equations and Matrix Methods.mp4 29.6 MB
- 1.Core Algorithms of Scientific Computing/04.Numerical Integration.mp4 25.8 MB
- 1.Core Algorithms of Scientific Computing/03.Interpolation and Extrapolation.mp4 25.5 MB
- 3.Optimizing for the CPU/12.Pipelining and Hardware-Oriented Design.mp4 25.3 MB
- 4.Accelerating Code with Parallel and Distributed Computing/15.Shared Memory Parallelism with OpenMP.mp4 23.8 MB
- 2.Optimizing Scientific Code for Performance and Accuracy/08.Algorithm Complexity and Performance.mp4 23.7 MB
- 4.Accelerating Code with Parallel and Distributed Computing/17.GPGPU with CUDA.mp4 23.1 MB
- 2.Optimizing Scientific Code for Performance and Accuracy/09.Discrete versus Fast Fourier Transform.mp4 20.3 MB
- 1.Core Algorithms of Scientific Computing/02.Introduction – Why Use Computers for Math.mp4 19.3 MB
- 4.Accelerating Code with Parallel and Distributed Computing/16.Distributed Memory Parallelism with MPI.mp4 18.6 MB
- 3.Optimizing for the CPU/13.Vectorizing with AVX.mp4 16.2 MB
- 2.Optimizing Scientific Code for Performance and Accuracy/10.Compiler Optimizations.mp4 15.8 MB
- 2.Optimizing Scientific Code for Performance and Accuracy/07.Floating-Point Numbers and IEEE-754.mp4 14.7 MB
- 3.Optimizing for the CPU/11.How the CPU Works.mp4 12.8 MB
- 1.Core Algorithms of Scientific Computing/06.Monte Carlo Methods.mp4 12.2 MB
- 4.Accelerating Code with Parallel and Distributed Computing/14.Parallel Architectures, Amdahl’s Law, and Gustafson’s Law.mp4 10.4 MB
- 1.Core Algorithms of Scientific Computing/01.The Course Overview.mp4 8.8 MB
- Exercise Files/code_34572.zip 25.7 KB
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