2022 LLVM Dev Mtg: Efficient JIT-based remote execution
2022 LLVM Dev Mtg: Execution Domain Transition: Binary and LLVM IR can run in conjunctionПодробнее
2022 LLVM Dev Mtg: Using LLVM's libcПодробнее
2022 LLVM Dev Mtg: Automatic indirect memory access instructions generation for pointer chasing...Подробнее
2022 LLVM Dev Mtg: Direct GPU Compilation & Execution for Host Applications with OpenMP ParallelismПодробнее
2022 LLVM Dev Mtg: Merging Similar Control-Flow Regions in LLVM for Performance and Code Size...Подробнее
2023 LLVM Dev Mtg - Automatic program reoptimization support in LLVM ORC JITПодробнее
2022 LLVM Dev Mtg: VAST: MLIR for program analysis of C/C++Подробнее
2022 LLVM Dev Mtg: Using modern CPU instructions to improve LLVM's libc math libraryПодробнее
2022 LLVM Dev Mtg: High-level IRs for a C/C++ Optimizing CompilerПодробнее
2022 LLVM Dev Mtg: Machine Learning Guided Optimizations (MLGO) in LLVMПодробнее
2022 LLVM Dev Mtg: Improved Fuzzing of Backend Code Generation in LLVMПодробнее
2022 LLVM Dev Mtg: Alive-mutate: a fuzzer that cooperates with Alive2 to find LLVM bugsПодробнее
2023 LLVM Dev Mtg - Deegen: A LLVM-based Compiler-Compiler for Dynamic LanguagesПодробнее
2022 LLVM Dev Mtg: Type Resugaring in Clang for Better Diagnostics and BeyondПодробнее
2022 LLVM Dev Mtg: Interactive Crashlogs in LLDBПодробнее
2022 LLVM Dev Mtg: Inlining for SizeПодробнее
2022 LLVM Dev Mtg: Link-Time Attributes for LTO: Incorporating linker knowledge into the LTO...Подробнее
2022 LLVM Dev Mtg: JITLink: Native Windows JITing in LLVMПодробнее
