Tanya Lattner via llvm-dev
2020-Aug-25 00:28 UTC
[llvm-dev] Announcing the 2020 Virtual LLVM Developers' Meeting Program!
I am pleased to announce the 2020 Virtual LLVM Developers’ Meeting <https://llvm.org/devmtg/2020-09/> program! Registration will be opening this week and an announcement will be sent to the mailing lists and posted on the webpage. You can also follow LLVM.org on Twitter <https://twitter.com/llvmorg> or Facebook <https://www.facebook.com/LLVMORG>. Keynote: Undef and Poison: Present and Future - J. Lee Technical Talks: Clang & Linux: Asm Goto with Outputs - B. Wendling; N. Desaulniers LLVM Libc: Current Status, Challenges and Future Plans - S. Reddy; G. Chatelet; P. Asker; D. Finkelstein Branch Coverage: Squeezing more out of LLVM Source-based Code Coverage - A. Phipps Memory tagging in LLVM and Android - E. Stepanov; K. Serebryany; P. Collingbourne; M. Phillips Towards a representation of arbitrary alias graph in LLVM IR for Fortran code - K. Li; T. Islam Control-flow sensitive escape analysis in Falcon JIT - A. Pilipenko Extending Clang for checking compliance with automotive coding standards - M. Vujosevic Janicic An Update on Optimizing Multiple Exit Loops - P. Reames Code Size Compiler Optimizations and Techniques - A. Kumar Accelerate Matrix Multiplication Using the New POWER Outer Product Instructions - B. Saleil; J. Carvalho CIL : Common MLIR Dialect for C/C++ and Fortran - P. NR; V. M; Ranjith; Srihari Building compiler extension for LLVM 10.0.1 - S. Guelton LLVM-based mutation testing for C and C++ - A. Denisov; S. Pankevich Matrix Support in Clang and LLVM - F. Hahn Adding CUDA® Support to Cling: JIT Compile to GPUs - S. Ehrig The Present and Future of Interprocedural Optimization in LLVM - J. Doerfert; B. Homerding; S. Baziotis; S. Stipanovic; H. Ueno; K. Dinel; S. Okumura; L. Chen Pushing Back Lit's Boundaries to Test Libc++ - L. Dionne Evolving “convergent”: Lessons from Control Flow in AMDGPU - N. Hähnle How to update debug info in compiler transformations - A. Prantl; V. Kumar Proposal for A Framework for More Effective Loop Optimizations - M. Kruse; H. Finkel Changing Everything With Clang Plugins: A Story About Syntax Extensions, Clang's AST, and Quantum Computing - H. Finkel; A. Mccaskey (OpenMP) Parallelism-Aware Optimizations - J. Doerfert; S. Stipanovic; H. Mosquera; J. Chesterfield; G. Georgakoudis; J. Huber Checked C: Adding memory safety support to LLVM - M. Grang; K. Kjeer Tutorials: Everything I know about debugging LLVM - N. Desaulniers LLVM in a Bare Metal Environment - H. Qadeer PGO: Add per-callsite counters - P. Kosov; Y. Sergey Understanding Changes made by a Pass in the Opt Pipeline. - J. Schmeiser Using clang-tidy for customized checkers and large scale source tree refactoring - V. Bridgers Finding Your Way Around the LLVM Dependence Analysis Zoo - S. Baziotis; S. Moll Using the clang static analyzer to find bugs - V. Bridgers A Deep Dive into the Interprocedural Optimization Infrastructure - J. Doerfert; B. Homerding; S. Baziotis; S. Stipanovic; H. Ueno; K. Dinel; S. Okumura; L. Chen MLIR Tutorial - M. Amini Lightning Talks: Finding and Outlining Similarities in LLVM IR - A. Litteken A fast algorithm for global code motion of congruent instructions - A. Kumar; S. Pop From Implicit Pass Dependencies to Effectiveness Prediction - H. Ueno; J. Doerfert; E. Park; G. Georgakoudis; T. Jayatilaka; S. Badruswamy Using Clang as An Alternative C/C++ Frontend of The ROSE Source-to-Source Compiler - A. Wang; P. Lin; C. Liao; Y. Yan OpenACC support in Flang with a MLIR dialect - V. Clement; J. Vetter Fragmenting the DWARF to Enable Dead Debug Data Elimination - J. Henderson Source-based Code Coverage for Embedded Use Cases - A. Phipps; C. Addison pre-merge checks for LLVM - M. Goncharov; C. Kühnel Getting stack size just right on XCore - J. McCrea Compile Faster with the Program Repository and ccache - Y. Yi; P. Bowen-Huggett GWP-TSan: Zero-Cost Detection of Data Races in Production - M. Morehouse; K. Serebryany CompilerInvocation to -cc1 command line - D. Grumberg Outer-Loop Vectorization Legality Analysis for RV: One Step Closer to a Powerful Vectorizer for LLVM - S. Baziotis Flang Update - S. Scalpone Code Feature Analysis, Tracking, and Future Usage - T. Jayatilaka; J. Doerfert; G. Georgakoudis; E. Park; H. Ueno; S. Badruswamy Lowering XLA HLO using RISE - A Functional Pattern-based MLIR Dialect - M. Lücke; A. Smith; M. Steuwer SYCL for CUDA: An overview of implementing PI for CUDA - A. Johnston Extending LLDB to More Scripting Languages - J. Devlieghere Adding a Subtarget Support to LLVM in Five Minutes - E. Yakubova Birds of a Feather: ClangBuiltLinux BoF - N. Desaulniers Loop Optimization BoF - M. Kruse; K. Barton LLVM Just-In-Time Compilers BoF - L. Hames Code Size Optimization - S. Bartell; V. Adve Student Research Competition Enzyme: High-Performance Automatic Differentiation of LLVM - W. Moses; V. Churavy SPAM: Stateless Permutation of Application Memory with LLVM - M. Ziad; M. Arroyo; S. Sethumadhavan HPVM-FPGFA: Leveraging Compiler Optimizations for Hardware-Agnostic FPGA Programming - A. Ejjeh; K. Kanwar; M. Kotsifakou; V. Adve; R. Rutenbar Guided Linking: shrinking and speeding up dynamically linked code - S. Bartell; V. Adve ApproxTuner: A Compiler and Runtime System for Adaptive Approximations - H. Sharif; M. Kotsifakou; Y. Zhao; A. Kothari; B. Schreiber; E. Wang; Y. Sarita; N. Zhao; K. Joshi; V. Adve; S. Misailovic; S. Adve Posters: CIRCT: MLIR for Hardware Design - S. Neuendorffer; C. Lattner; A. Wilson An Approach to Generate Correctly Rounded Math Libraries for New Floating Point Variants - J. Lim; M. Aanjaneya; J. Gustafson; S. Nagarakatte Compiling a Higher-Order Smart Contract Language to LLVM - V. Nagaraj; J. Johannsen; A. Trunov; G. Pirlea; A. Kumar; I. Sergey To -jInfinity & Beyond - W. Moses; K. Kwok; L. Sha llvm-diva – Debug Information Visual Analyzer - C. Enciso Quickly Finding RISC-V Code Quality Issues with Differential Analysis - L. Marques Error estimates of floating-point numbers and Jacobian matrix computation in Clad - V. Vassilev; A. Penev; R. Shakhov Data Dependency using MSSA: Analysis and Contrast - R. Sharma Connecting Clang to The ROSE Source-to-Source Compiler - A. Wang; P. Lin; C. Liao; Y. Yan Incremental Compilation Support in Clang - V. Vassilevv; D. Lange -------------- next part -------------- An HTML attachment was scrubbed... URL: <http://lists.llvm.org/pipermail/llvm-dev/attachments/20200824/1b47cade/attachment.html>