Fortran Tutorial
Comprehensive Fortran programming tutorial covering basics to advanced concepts, including variables, loops, arrays, functions, and file operations for beginners and intermediates.
Fortran Video Tutorials
Learn essential Fortran programming concepts, from basic syntax to advanced topics like file handling, arrays, and subroutines, through hands-on video tutorials.
Advanced Fortran Programming
Explore advanced Fortran concepts including array functions, string operations, modules, complex numbers, file processing, and parallel programming with OpenMP. Enhance your programming skills for scientific computing.
Fortran Programming Tutorials
Comprehensive tutorial series covering Fortran programming fundamentals, advanced concepts, and practical applications. Suitable for beginners and experienced programmers alike.
FORTRAN Tutorial
Learn essential FORTRAN programming concepts, from basic operations to advanced topics like matrix manipulation and series calculations, in a beginner-friendly format.
Fortran with OpenMP
Learn parallel programming in Fortran using OpenMP. Master threads, clauses, work sharing, and optimization techniques for high-performance computing applications.
Fortran Tutorial
Comprehensive tutorial covering Fortran programming fundamentals, including data types, control structures, functions, and advanced topics like modules and file I/O.
Project Sulong: LLVM Bitcode Interpreter on Graal VM - Executing Low-Level Languages
Explore Sulong, an LLVM bitcode interpreter on Graal VM, enabling efficient execution of low-level languages like C and Fortran on the JVM. Learn about its architecture, native interfaces, and memory-safe C/C++ execution.
Introduction to Fortran
Learn Fortran 90/95 basics for scientific programming and numerical computation. Covers language elements, functions, best practices, and open-source tools. Suitable for beginners to intermediate learners.
All of This Has Happened Before, and It Will All Happen Again
Explores the history of early programming languages, their goals, and how those motivations remain relevant in modern computing, drawing parallels between past and present challenges.
OpenMP for Better High-Level Parallelism, Not Just for High Performance Computing
Explore OpenMP for efficient shared memory parallelism in C++, C, and FORTRAN. Learn its versatile applications beyond high-performance computing, from graphics to finance and data analysis.
Pyodide - A Python Distribution for the Browser
Explore Pyodide: Run Python in browsers and Node.js using WebAssembly. Learn about porting packages, JavaScript-Python integration, and building serverless web apps with Python.
Python Is Faster Than Fortran
Discover how Python outperforms Fortran in speed and efficiency, challenging traditional assumptions about programming language performance.
Insights and Experiences of Packaging Python Binary Extensions
Explore challenges and solutions for packaging Python binary extensions in scientific computing, focusing on portability and performance across diverse platforms.
Fortran Optimization for Accelerator Devices - Data-Centric Representation
Explore data-centric optimization techniques for Fortran code on accelerator devices, enhancing high-performance computing capabilities.
SpeedyWeather.jl - Reinventing Atmospheric Models
Innovative Julia-based atmospheric modeling tool offering interactive, user-friendly simulations for climate research, overcoming traditional Fortran constraints with flexible, extensible components.
libHSL - The Ultimate Collection for Large-Scale Scientific Computation
Explore libHSL, a powerful Fortran package collection for scientific computation, now accessible in Julia through HSL.jl and Ipopt.jl with pre-built binaries.
CMake and C++20 Modules - Roadmap and Implementation
Explore CMake's evolution, C++20 module support, and key features for seamless C++ building, testing, and deployment across platforms.
Modern Fortran - A Contradiction or Future-Proof Language?
Explore modern Fortran's evolution, focusing on program design, parallelism, and interoperability. Discover how this 65-year-old language remains relevant for scientific simulations.