ACE-Alloc / Hakozuna hz3-hz4: Cache-Efficient Lock-Free Memory Allocator Artifacts

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Authors: Tomoaki Kurata
Cited by: 0

Abstract

# Zenodo v3.1 Description This release contains v3.1 of the Hakozuna allocator paper and artifacts. Contents include: - `main_ja.pdf` / `main_en.pdf`- benchmark tables and reproducibility docs- scripts and result summaries for SSOT (`T=16/R=90`), T/R sweeps, `dist_app`, RSS snapshots, the mimalloc-bench subset, redis-like workloads, and the current Windows-native supplemental benchmark lanes Profiles: - `hz3` (ACE-Alloc): local-heavy workloads and low RSS- `hz4` (message-passing variant): remote-heavy / high-thread scalability Measurement scope: - the paper's main reported measurements were collected on Ubuntu (native) with fixed build flags- Windows-native allocator results are included as supplemental tables and public benchmark summaries, while Ubuntu remains the main evaluation lane- see `docs/benchmarks/` for commands, parameters, and environment details Source code is provided as: - `hakozuna/` (`hz3`)- `hakozuna-mt/` (`hz4`) This release also documents a practical case study of rapid allocator R&D usingLLM-assisted design, implementation, and benchmarking. Release shape: - source-only release- no prebuilt binaries- public paper PDFs are tracked in `docs/paper/`

Fields of Study & Subjects

Parallel Computing and Optimization Techniques Logic programming and type systems Distributed systems and fault tolerance

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
19 January 2026
Language
JA