FortranCon2020 [SP]: Front-end optimization in gfortran

(30:12)

FortranCon2020 [SP]: Experimental Fortran Programming

(23:56)

FortranCon2020 [SP]: Toward a thriving open source Fortran community

(31:30)

FortranCon2020 [SP]: Parallelization of a Legacy Software through Fortran 2018 Standard

(33:3)

FortranCon2020 [SP]: LFortran: Interactive LLVM-based Fortran Compiler for Modern Architectures

(23:46)

FortranCon2020 [SP]: Using R with High Performance Fortran on a Windows Laptop

(20:14)

FortranCon2020 [SP]: Evolving Fortran for Emerging Architecture: ...

(32:25)

FortranCon2020 [SP]: ParaMonte: Plain Powerful Parallel Monte Carlo Library

(36:46)

FortranCon2020 [SP]: Shroud: generate Fortran wrappers for C and C++ libraries

(29:41)

What's the FASTEST Computer Language? C++ vs Fortran vs Cobol: E04

(15:22)

Lecture 1, part 1: Object-oriented programming in Fortran

(1:13:)

Scientific Computing Lecture 13: Linear Algebra with BLAS and LAPACK

(59:52)

FortranCon2020 [Workshop, part1]: Introduction to Object-oriented Programming with Fortran

(1:31:28)

Introduction to FORTRAN

(39:5)

Graph plotting in Fortran FTN95

(45:39)

Damian Rouson, LBL: Parallel Fortran Programming

(1:1:10)

OpenMP Parallel Programming Full Course: 5 Hours

(5:37:12)

Introduction to Fortran - Part 1

(32:57)

FORTRAN 77 variables

(30:8)

FortranCon2020 [SP]: Connecting Fortran to the Internet of Things

(29:25)

FortranCon2020 [SP]: EIS2 - A mathematically rich input file processor for HPC applications

(28:42)

FortranCon2020 [SP]: A Fortran-Keras Deep Learning Bridge for Scientific Computing

(26:34)

FortranCon2020 [SP]: Flang: The LLVM Fortran Front-End

(27:45)

FortranCon2020 [SP]: Highly Parallel Fortran and OpenACC Directives

(30:41)

FortranCon2020 [SP]: gtk-fortran: a GTK / Fortran binding

(28:41)

FortranCon2020 [Keynote]: Fortran 2018...and Beyond

(45:41)

FortranCon2020 [JP]: Fortran Package Manager

(19:57)

FortranCon2020 [JP]: Fortran Standard Library

(17:18)