David Leopoldseder -

Registered user since Wed 19 Aug 2015

Name: David Leopoldseder

Country: Austria

Affiliation: Oracle Labs

Personal website: https://www.davidleopoldseder.com/

Research interests: Virtual Machines, Compilers, Graal

Contributions

MoreVMs 2021	Author of Welcome within the MoreVMs’21-track Session Chair of Memory and Garbage Collection (part of MoreVMs’21) Committee Member in Organizing Committee within the MoreVMs’21-track
VMIL 2020	Committee Member in Program Committee within the VMIL 2020-track
ICOOOLPS 2020	Committee Member in Program Committee within the ICOOOLPS-track
MoreVMs'20	Author of Renaissance: Benchmarking Suite for Parallel Applications on the JVM (Talk) within the MoreVMs'20-track
MPLR 2019	Author of Supporting On-Stack Replacement in Unstructured Languages by Loop Reconstruction and Extraction within the MPLR 2019-track
SPLASH 2019	Author of Renaissance: A Modern Benchmark Suite for Parallel Applications on the JVM within the Posters-track Author of Supporting On-Stack Replacement in Unstructured Languages by Loop Reconstruction and Extraction within the Posters-track
ECOOP 2019	Committee Member in Artifact Evaluation Committee within the Artifacts-track
PLDI 2019	Author of Renaissance: Benchmarking Suite for Parallel Applications on the JVM within the PLDI Research Papers-track
VMIL 2018	Author of A Cost Model for a Graph-Based Intermediate-Representation in a Dynamic Compiler within the VMIL 2018-track
VEE 2018	Author of An Analysis of x86-64 Inline Assembly in C Programs within the Research Papers-track
Scala 2017	Author of Making Collection Operations Optimal with Aggressive JIT Compilation within the Scala 2017-track
SPLASH 2017	Author of Simulation-based Code Duplication for Enhancing Compiler Optimizations within the Student Research Competition-track Author of Simulation-based Code Duplication for Enhancing Compiler Optimizations within the Doctoral Symposium-track
DLS 2015	Author of Java-to-JavaScript Translation via Structured Control Flow Reconstruction of Compiler IR within the DLS-track