Registered user since Fri 14 Nov 2014
Lindsey Kuper is an assistant professor at the University of California, Santa Cruz, where she studies programming-language-based approaches to building concurrent and distributed software systems. Her research contributions have included library-level choreographic programming, semantics of replicated data structures, verification of distributed protocols with refinement types, and language and library design for deterministic concurrent programming. She was a co-founder and organizer of !!Con (“bang bang con”), the radically eclectic conference of ten-minute talks on the joy, excitement, and surprise of computing. She is the recipient of the NSF CAREER Award, an ICFP Distinguished Paper Award, and a Google Faculty Research Award, and received her Ph.D. in computer science in 2015 from Indiana University.
Contributions
2026
Haskell
- Session Chair of Afternoon Session 2 (part of Haskell 2026)
- Program Chair of Welcome (Day 2) within the Haskell 2026-track
- Session Chair of Morning Session (part of Haskell 2026)
- Co-chair in Program Committee within the Haskell 2026-track
- Session Chair of Morning Session (part of Haskell 2026)
- Program Chair of Program chair's report within the Haskell 2026-track
- Program Chair of Welcome within the Haskell 2026-track
- Session Chair of Afternoon Session (part of Haskell 2026)
Choreographic Programming
2025
ICFP
SPLASH
2024
Choreographic Programming
- Co-chair of Closing within the Choreographic Programming 2024-track
- Author of Toward Verified Library-Level Choreographic Programming with Algebraic Effects within the Choreographic Programming 2024-track
- Session Chair of Welcome and Keynote (part of Choreographic Programming 2024)
- Author of ChoRus: Library-Level Choreographic Programming in Rust within the Choreographic Programming 2024-track
- Co-chair of Opening within the Choreographic Programming 2024-track
- Committee Member in Organizing Committee within the Choreographic Programming 2024-track
- Session Chair of Languages & Verification (part of Choreographic Programming 2024)