Talks & Papers

Highlights

30 Years of Scalable Parallel Programming: So Many Hardware Advances, So Few Broadly Adopted Languages [ Slides | Video ] 🔗
Brad Chamberlain, PNW PLSE 2026, May 5, 2026

A reflection on how much HPC hardware has changed over the past 30 years, yet how little the languages we use to target them have

User Experiences Leveraging Chapel's Features for Productive Parallel Programming [ Slides | Video ] 🔗
Engin Kayraklioglu, HPSFCon 2026, March 18, 2026

This talk highlights a variety of accomplishments by Chapel users from different fields, with a focus on how Chapel helps them.

Heading Towards Energy Savings or Just Performance: Case-Study on Message Aggregation-Based Runtimes [ Slides ] 🔗
Shubhendra Pal Singhal, Aaron Welch, Nathan Wichmann, Akihiro Hayashi, Oscar Hernandez, Bradford L. Chamberlain, Steve Poole, and Vivek Sarkar, CUG 2026, April 28, 2026

This paper and talk look at the impact of using communication aggregation on energy as well as performance, showing benefits to both in Chapel

Vendor-Neutral GPU Programming in Chapel [ Slides | Video | Demos ] 🔗
Jade Abraham and Engin Kayrakloglu, HPE Developer Meetup, online, July 31, 2024

This is a talk with demos that introduces the use of Chapel to program GPUs in a vendor-neutral manner.

High-Performance Programming and Execution of a Coral Biodiversity Mapping Algorithm Using Chapel [ Slides | Video | Paper ] 🔗
Scott Bachman, PAW-ATM 2023, Denver, CO, November 13, 2023

This talk describes the use of Chapel to estimate the biodiversity of coral reefs using satellite image analysis.

Implementing Scalable Matrix-Vector Products for the Exact Diagonalization Methods in Quantum Many-Body Physics [ Slides | Video | Paper ] 🔗
Tom Westerhout, PAW-ATM 2023, Denver, CO, November 13, 2023

This talk describes the use of Chapel to compute exact diagonalization methods on distributed systems, as used when simulating small quantum systems.

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