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stefan-marr.de | ||
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zenodo.org
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| | | | | This artifact accompanies our paper AST vs. Bytecode: Interpreters in the Age of Meta-Compilationto enable others to reuse our experimental setup and methodology, and verify our claims. Specifically, the artifacts covers our three contributions: It contains the implementation of our methodology to identify run-timeperformance and memory usage tradeoffs between AST and bytecode interpreters. Thus, it contains all benchmarks and experiments for reproduction of results,and reuse for new experiments, as well... | |
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pointersgonewild.com
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| | | | | The 1980s and 1990s saw the genesis of Perl, Ruby, Python, PHP and JavaScript: interpreted, dynamically-typed programming languages which favored ease of use and flexibility over performance. In many ways, these programming languages are a product of the surrounding context. The 90s were the peak of the dot-com hype, and CPU clock speeds were still... | |
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cfallin.org
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| | | | | [AI summary] The article discusses the development of an Ahead-of-Time (AOT) compiler for JavaScript, leveraging precompiled inline-cache (IC) stubs. By moving runtime type binding to indirect calls, the compiler can generate static code, enabling full AOT compilation. This approach achieves significant performance improvements, with a 2.77x geometric mean speedup on various benchmarks. The article also explores further optimizations through profile-guided inlining, and compares this method with other AOT approaches like Hopc's type inference. The potential for future enhancements and the use of compiler backends derived from interpreters are also highlighted. | |
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www.universityherald.com
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| | | The construction of a new engineering facility started last year at the University of Wyoming. The University of Wyoming Engineering Hall is opening its doors to the public with a new engineering | ||
