High Performance Scientific Computing with Video Optimizing Scientific Code for Performance and Accuracy 07 Floating Point Numbers and IEEE 754 mp4

High Performance Scientific Computing with Video
Optimizing Scientific Code for Performance and Accuracy 07 Floating Point Numbers and IEEE 754 mp4

Name	High Performance Scientific Computing with C [Video]	DOWNLOAD Copy Link Trouble downloading? see How To
Total Size	341.6 MB
Total Files	18
Hash	7B855437E5114D4177491C618CDC03C76DD2CE7E

/2.Optimizing Scientific Code for Performance and Accuracy/07.Floating-Point Numbers and IEEE-754.mp4	15.4 MB
/2.Optimizing Scientific Code for Performance and Accuracy/08.Algorithm Complexity and Performance.mp4	24.8 MB
/2.Optimizing Scientific Code for Performance and Accuracy/10.Compiler Optimizations.mp4	16.6 MB
/2.Optimizing Scientific Code for Performance and Accuracy/09.Discrete versus Fast Fourier Transform.mp4	21.3 MB
/3.Optimizing for the CPU/12.Pipelining and Hardware-Oriented Design.mp4	26.5 MB
/3.Optimizing for the CPU/13.Vectorizing with AVX.mp4	17.0 MB
/3.Optimizing for the CPU/11.How the CPU Works.mp4	13.4 MB
/4.Accelerating Code with Parallel and Distributed Computing/17.GPGPU with CUDA.mp4	24.2 MB
/1.Core Algorithms of Scientific Computing/05.Linear Equations and Matrix Methods.mp4	31.0 MB
/1.Core Algorithms of Scientific Computing/04.Numerical Integration.mp4	27.1 MB
/1.Core Algorithms of Scientific Computing/03.Interpolation and Extrapolation.mp4	26.7 MB
/1.Core Algorithms of Scientific Computing/01.The Course Overview.mp4	9.2 MB
/1.Core Algorithms of Scientific Computing/06.Monte Carlo Methods.mp4	12.8 MB
/1.Core Algorithms of Scientific Computing/02.Introduction – Why Use Computers for Math.mp4	20.2 MB
/4.Accelerating Code with Parallel and Distributed Computing/16.Distributed Memory Parallelism with MPI.mp4	19.5 MB
Showing first 15 files of 18 total files