Japanese

福岡拓也

プログラミング
- Ruby, Python, C, C++
ミドルウェア
- GitHub Actions, ElasticSearch, Kibana, RabbitMQ, Redis
サーバー
- Ubuntu, RHEL, vSphere, Windows
- IaC (ansible)
- BMC, IPMI, Redfish, UEFI/BIOS
- kickstart, PXE, Windows ADK/MDT
並列プログラミング
- MPI, OpenMP, Pthread, CUDA, AVX命令
RDMA (Remote Direct Memory Access)
- InfiniBand verbs

学部から修士までの三年間、田浦研究室に所属していました。主な専門分野は、分散並列処理、高性能計算、ネットワーク、RDMA、システムソフトウェアなどです。

Takuya Fukuoka, Shigeyuki Sato and Kenjiro Taura: Pitfalls of InfiniBand with On-Demand Paging. International Symposium on Performance Analysis of Systems and Software, ISPASS ‘21, March 2021. acceptance rate: 36.9% (24/65) (Paper) (Slides)
Takuya Fukuoka, Wataru Endo and Kenjiro Taura: An Efficient Inter-Node Communication System with Lightweight-Thread Scheduling. International Conference on High Performance Computing and Communications, HPCC ‘19, August 2019. acceptance rate: 24.6% (Paper) (Slides)

Takuya Fukuoka, Wataru Endo and Kenjiro Taura: An Implementation of Inter-node Communication System with Efficient Lightweight-thread Scheduling. The 3rd cross-disciplinary Workshop on Computing Systems, Infrastructures, and Programming, xSIG ‘19, May 2019.
Best Undergraduate Student Award
(Slides)

Takuya Fukuoka, Shigeyuki Sato and Kenjiro Taura: Analyzing Performance Pitfalls of On-Demand Paging of InfiniBand. 2020年並列／分散／協調処理に関する『福井』サマー・ワークショップ, SWoPP ‘20, August 2020.
第150回OS研究会最優秀若手発表賞
(Paper) (Slides)

Takuya Fukuoka, Wataru Endo and Kenjiro Taura: An Implementation of Inter-node Communication System with Efficient Lightweight-thread Scheduling. The 3rd cross-disciplinary Workshop on Computing Systems, Infrastructures, and Programming, xSIG ‘19, May 2019.

Finding and Analyzing Performance Pitfalls of On-Demand Paging of InfiniBand (InfiniBandのオンデマンドページングの性能問題の発見と分析) Master Thesis, January 2021. (Thesis) (Slides)
An Implementation of Inter-node Communication System with Efficient Lightweight-thread Scheduling (効率的な軽量スレッドスケジューリングによるノード間通信システムの実装) Bachelor Thesis, February 2019.