Quantifying Throughput of Basic Blocks on ARM Microarchitectures by Static Code Analyzers: A Case Study on Kunpeng 920

Qingcai JiangShaojie TanZhenwei CaoXiaoyu HaoJunshi ChenHong An

高性能计算与并行算法方向论文：Quantifying Throughput of Basic Blocks on ARM Microarchitectures by Stat

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内容导读Reading note

分类与摘要Category & abstract

关注大规模并行算法、超算平台和性能优化，是 HPC 方向的重要条目。

Metadata

完整论文信息Full record

title: Quantifying Throughput of Basic Blocks on ARM Microarchitectures by Static Code Analyzers: A Case Study on Kunpeng 920
title_zh: 待补充
abstract: 待补充
abstract_zh: 待补充
keywords: HPC, Architecture, 学位认定 C, CCF C
year: 2022
published_date: 待补充
online_date: 待补充
paper_type: Journal
publication_status: Published
volume: 待补充
issue: 待补充
pages: 待补充
article_number: 待补充
publisher: IEEE
doi: 10.1109/hpcc-dss-smartcity-dependsys57074.2022.00151
research_area: 高性能计算与并行算法
tags: HPC, Architecture, 学位认定 C, CCF C
category: 高性能计算与并行算法
summary: 关注大规模并行算法、超算平台和性能优化，是 HPC 方向的重要条目。
authors: Qingcai Jiang, Shaojie Tan, Zhenwei Cao, Xiaoyu Hao, Junshi Chen, Hong An
corresponding_authors: 待补充
affiliations: 待补充
funding: 待补充

Research area

高性能计算与并行算法

Citation

Qingcai Jiang*, Shaojie Tan*, Zhenwei Cao, Xiaoyu Hao, Junshi Chen, Hong An. Quantifying Throughput of Basic Blocks on ARM Microarchitectures by Static Code Analyzers: A Case Study on Kunpeng 920. 2022 IEEE 24th Int Conf on High Performance Computing & Communications (HPCC 2022).

BibTeX

@article{acsa2022_58,
  title = {Quantifying Throughput of Basic Blocks on ARM Microarchitectures by Static Code Analyzers: A Case Study on Kunpeng 920},
  year = {2022},
  doi = {10.1109/hpcc-dss-smartcity-dependsys57074.2022.00151}
}