Swift Server Side Presentation
A talk covering practical server-side Swift work and engineering lessons.
Software Engineer • Imaging Systems • Computer Vision
I am Mathieu Barnachon, a software engineer with a background in computer vision, motion capture, imaging pipelines, and applied machine learning. My work spans production systems, cloud tooling, and research-driven product development.
About
Since March 2016, I have been working at StyleShoots, where I helped design the video composition pipeline used in the company’s integrated studio systems. I also contributed to the RAW image processing pipeline and the color styling workflows applied to the resulting media.
More recently, my work has focused on cloud products and integrated tooling, including custom event tracking and image and video upload workflows. Alongside product engineering, I have explored proof-of-concept work in machine learning, including deep learning, K-Means, and SVM-based approaches.
Before StyleShoots, I worked at Ncam Technologies on camera tracking and augmented reality systems for broadcast and film production. Earlier academic work included a Ph.D. in Computer Science from Université Lyon 1, postdoctoral research in Auckland, and research collaborations in Canada.
Selected Work
A mix of production work, talks, demos, and earlier research output.
A talk covering practical server-side Swift work and engineering lessons.
An overview of an integrated capture workflow in production.
A product introduction focused on studio automation and workflow design.
A compact introduction to a connected production system for image and video.
Examples of camera tracking and augmented reality capabilities in action.
A research demo around streamed motion capture and online action recognition.
Experience
Designed core media-processing systems, including video composition and RAW image workflows, then moved into cloud-connected tools and platform services.
Worked on camera tracking and real-time augmented reality systems for broadcast and film environments, with a strong emphasis on accuracy and speed.
Research on action recognition in office environments and real-time stereo vision improvements.
Research collaboration focused on one-shot learning in pattern recognition.
Doctoral work on human action recognition from motion capture data.
Contact
The easiest way to reach me is by email. You can also find my work and profile on GitHub and LinkedIn.