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Computer Terminologies for HPC : S1: Idea behind OpenMP, Speed-up and Amdahl's law

Fortran with OpenMP : 001 : Introduction to OpenMP

Fortran with OpenMP : 002 : Threads and Hello World Program

Fortran with OpenMP : 003 : Race Condition, Parallel and Critical Blocks

Fortran with OpenMP : 004 : Matrix-Multiplication with Parallel do block

Fortran with OpenMP : 005 : Threads in action and Speed-Up ratios

Fortran with OpenMP : 006 : Clauses part-1, Coarse Grain Parallelism and speed-up inconsistencies

Fortran with OpenMP : 007 : OpenMP Sections and work sharing

Fortran with OpenMP : 008 : Private Clauses theory and need

Fortran with OpenMP : 009 : private clause in detail

Fortran with OpenMP : 010 : firstprivate clause in detail

Fortran with OpenMP : 011 : lastprivate clause in detail

Fortran with OpenMP : 012 : Ordered Clause and directive. Comparison with critical block

Fortran with OpenMP : 013 : OpenMP Single and Barrier directives Part 1 of 2

Fortran with OpenMP : 014 : OpenMP Single and Barrier directives Part 2 of 2

Fortran with OpenMP : 015 : OpenMP Workshare Clause Part 1 of 2

Fortran with OpenMP : 016 : OpenMP Workshare Clause Part 2 of 2

Fortran with OpenMP : 017 : Schedule Clause - What is it?

Fortran with OpenMP : 018 : Schedule Clause - Static

Fortran with OpenMP : 019 : Schedule Clause - Dynamic

Fortran with OpenMP : 020 : Schedule Clause - Guided

Fortran with OpenMP : 021 : Runtime Schedule Clause and comparisons

Fortran with OpenMP : 022 : Atomic Construct and Atomic Operators

Fortran with OpenMP : 023 : Master Clause part 1 of 2

Fortran with OpenMP : 024 : Master Clause Part 2 of 2

Fortran with OpenMP : 025 : Dice roll simulation with a peculiar problem

Fortran with OpenMP : 026 : OpenMP If Clause

Fortran with OpenMP : 027 : OpenMP num_threads clause

Fortran with OpenMP : 028 : OpenMP Ordered Clause in detail

Fortran with OpenMP : 029 : OpenMP Reduction Clause

Description:

Dive into advanced Fortran programming with this comprehensive 6-hour video playlist focused on implementing OpenMP procedures for parallel computing. Learn about high-performance computing terminologies, OpenMP fundamentals, thread management, race conditions, parallel blocks, and matrix multiplication. Explore various OpenMP clauses, work-sharing constructs, and performance optimization techniques. Master concepts such as private variables, ordered clauses, barriers, workshare directives, and scheduling options. Gain practical experience through hands-on examples, including dice roll simulations and performance comparisons. Ideal for those with a solid foundation in Fortran seeking to enhance their skills in parallel programming and high-performance computing.

Fortran with OpenMP

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