International Conference on Architectural Support for Programming Languages and Operating Systems
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| International Conference on Architectural Support for Programming Languages and Operating Systems | |
|---|---|
| Name | International Conference on Architectural Support for Programming Languages and Operating Systems |
| Abbreviation | ASPLOS |
| Discipline | Computer science |
| Frequency | Annual |
| First | 1982 |
International Conference on Architectural Support for Programming Languages and Operating Systems is a premier annual conference that brings together researchers in computer architecture, programming language design, and operating system implementation. Established to foster cross-disciplinary collaboration among communities represented by venues like ISCA, PLDI, and SOSP, the conference has been central to advances influencing projects at Intel Corporation, ARM Holdings, IBM, and research groups at Massachusetts Institute of Technology, Stanford University, and Carnegie Mellon University. ASPLOS papers often shape work in commercial efforts such as x86 architecture, ARM Cortex, and open-source initiatives at Linux Foundation and Apache Software Foundation.
Overview
ASPLOS serves as a joint forum for researchers from labs and institutions including University of California, Berkeley, Princeton University, University of Cambridge, ETH Zurich, and University of Illinois Urbana-Champaign to present research that bridges computer architecture, compilers, runtime systems, and operating systems. The program routinely features contributions from authors affiliated with Google, Microsoft Research, Apple Inc., Facebook (Meta Platforms), and national laboratories such as Lawrence Berkeley National Laboratory and Los Alamos National Laboratory. The conference format includes peer-reviewed technical papers, poster sessions, and invited talks from leaders associated with awards like the Turing Award and the ACM Fellow designation.
History and Development
ASPLOS originated in the early 1980s amid shifts in research exemplified by collaborations between groups at Bell Labs, Digital Equipment Corporation, and academic centers such as University of Washington. Early meetings attracted participants who also published at ACM SIGPLAN and ACM SIGARCH venues, and who later influenced processor designs at Sun Microsystems and compiler frameworks like LLVM. Over decades, ASPLOS evolved alongside landmark projects including SPARC, MIPS architecture, and the rise of multicore designs at Intel Corporation and AMD. The conference responded to emerging trends from research funded by agencies such as the National Science Foundation and DARPA, and interacted with community efforts like OpenMP and POSIX standardization.
Conference Scope and Topics
ASPLOS covers topics spanning hardware and software intersections: microarchitecture and processor architecture research linked to compiler optimizations and program analysis techniques used in systems at Google Cloud Platform and Amazon Web Services. Typical areas include hardware support for language features found in languages such as C++] ], Java (programming language), and Rust (programming language), virtualization technologies used by VMware, and security mechanisms aligned with initiatives from National Institute of Standards and Technology. Cross-cutting themes involve energy-efficient computing evident in projects at NVIDIA and ARM Holdings, heterogeneous systems linked to CUDA and OpenCL, and systems for machine learning popularized by TensorFlow and PyTorch.
Organization and Sponsorship
The conference is organized annually by program committees drawn from academia and industry, with steering committees that have included members from ACM and IEEE Computer Society. Institutional sponsors and hosts have included universities like University of Toronto and University of Michigan, and corporations such as Google, Microsoft, and Intel Corporation. Funding and awards have involved organizations like the National Science Foundation and corporate research labs including IBM Research and Bell Labs. Conference logistics have been managed in coordination with local chapters of professional societies and event partners like ACM SIGARCH and ACM SIGPLAN.
Notable Papers and Contributions
ASPLOS has published influential papers affecting designs at Intel and ARM, compiler technologies like GCC and LLVM, and operating systems such as Linux kernel. Landmark contributions include work on speculative execution related to vulnerabilities analogous to Spectre and Meltdown research, transactional memory concepts influencing designs at Oracle Corporation and Sun Microsystems, and energy-efficient microarchitecture ideas adopted by NVIDIA and ARM Holdings. Other notable areas trace influences to projects such as MapReduce, Spark (software), and language runtimes for JVM and .NET Framework that integrate insights from ASPLOS publications.
Program and Events
Typical programs feature keynote addresses by scholars associated with institutions like Massachusetts Institute of Technology, Stanford University, and Carnegie Mellon University and industry leaders from Intel Corporation, Google, Microsoft Research, and Apple Inc.. The conference includes technical paper sessions, poster sessions, workshops inspired by meetings such as HotOS and PLDI Summer School, and tutorials led by experts from ETH Zurich and University of Cambridge. Events often collaborate with regional conferences and summer schools, and prize sessions recognize best paper awards and doctoral dissertation awards connected to honors like the ACM Doctoral Dissertation Award.
Impact and Legacy
ASPLOS has shaped cross-disciplinary research agendas at institutions including Berkeley Lab, MIT Lincoln Laboratory, and corporate labs at IBM Research and Microsoft Research. Its legacy is visible in processor innovations at Intel, runtime systems in Google infrastructure, and security practices adopted across Cloudflare and Amazon Web Services. Alumni of ASPLOS program committees and contributors often hold leadership roles at universities such as Princeton University and University of California, Berkeley and in companies like NVIDIA and ARM Holdings, influencing standardization efforts like POSIX and tooling ecosystems around LLVM and GCC.