
Explore the evolving landscape of heterogeneous parallelism in C++, including standards, specifications, and future applications in IoT, self-driving cars, and machine learning.

Explore building a retro-style computer using Rust, covering VGA output, PS/2 keyboard input, audio generation, and embedded systems challenges on modern hardware.

Explore interactive C++ using Jupyter and Cling. Learn prototyping techniques, interface guidance, and powerful combinations for data science and exploratory programming.

Exploring C++20's safer alternative to the erase-remove idiom for element removal in collections, offering improved efficiency and eliminating common pitfalls in STL usage.

Explore how different development environments shape tech creation across research, prototyping, software products, video games, and game engines, highlighting unique challenges and methods in each field.

Explore insights from Emacs newcomers as Daniel Gopar shares experiences and challenges faced by beginners, offering valuable perspectives for both novices and experienced users alike.

Discover how to integrate modern GUI applications into Emacs using EAF. Learn to enhance your Emacs experience with cutting-edge features and functionalities.

Demonstrating Emacs as a comprehensive environment for Perso-Arabic users, covering input methods, bidirectional support, and applications like email, calendars, and typesetting.

Explore how user testing enhances technical writing, providing insights into user experiences and improving documentation. Learn techniques to convert test results into better, more user-focused content.

Exploring the intersection of mixed reality and art, this talk delves into the potential and challenges of AR and VR in artistic expression, emphasizing meaningful content over technological gimmicks.

Explore decentralized kernel CI using snowpatch and Patchwork for rapid feedback on Linux kernel patches, improving development efficiency and collaboration across diverse testing environments.

Explore how open source hardware and software can enhance assistive technologies, empowering individuals with disabilities through customizable solutions for improved independence and quality of life.

Learn to create unique clothing patterns using Haskell's "diagrams" library. Explore composable graphics, mathematical structures, and build an open-source fashion design pipeline for functional and stylish apparel.

Explore how IoT can reduce cognitive burden in daily life, reimagining homes and workplaces for improved efficiency and convenience through smart design and automation.

Explore the intersection of font design and mathematics, covering topics like nib pens, Donald Knuth, railroad tracks, and differential equations. No advanced math knowledge required.

Explore open-source filmmaking tools and free culture funding models. Learn about KitCAT virtual studio system, Lib-Ray alternative to DVDs, and the Lunatics! animated series project.

Explore creating cross-stitch art with a restricted sepia palette using Python. Learn to generate graphs for natural alpaca fiber colors and overcome challenges in the process.

Explore practical tools for improving information architecture, including content inventory, card sorting, and user testing. Learn to enhance user experience and reduce support load.

Explore Australia's changing landscape through a digitized aerial photography archive, featuring open-source solutions for metadata management and image discovery across multiple agencies.

Explore building affordable, customized input devices using open-source tech to empower individuals with disabilities, enhancing computer interaction and environmental control.

Comprehensive tutorial on Scribus for professional layout design, covering document setup, layout elements, text styling, color management, and PDF export. Ideal for beginners seeking to master this powerful open-source tool.