存储系统

学习材料

参考资料

英文

VU：Storage Systems

1. [1]
   A. Trivedi, “Storage Systems.” 2023. Accessed: Oct. 30, 2026. [PDF and Google Slides]. Available: https://animeshtrivedi.github.io/course-stosys/
   机构：

   • Vrije Universiteit Amsterdam

   其它链接：

   • Research group course page
   • Official course description (2023–2024)

   免费资源：

   Slides

   • Lecture 1: Welcome and introduction (PDF) (CC-BY-4.0)
   • Lecture 2: Host interfacing and software implications (PDF) (CC-BY-4.0)
   • Lecture 3: FTL and garbage collection (PDF) (CC-BY-4.0)
   • Lecture 4: Flash-based file systems (PDF) (CC-BY-4.0)
   • Lecture 5: Key-value stores (PDF) (CC-BY-4.0)
   • Lecture 6: Byte-addressable persistent memories (PDF) (CC-BY-4.0)
   • Lecture 7: Networked NVM storage (PDF) (CC-BY-4.0)
   • Lecture 8: Programmable storage (PDF) (CC-BY-4.0)
   • Lecture 9: Distributed storage systems I (PDF) (CC-BY-4.0)
   • Lecture 10: Distributed storage systems II (PDF) (CC-BY-4.0)
   • Lecture 11: CXL and io_uring (PDF) (CC-BY-4.0)

   Editable slides

   • All 11 slide decks (Google Slides) (CC-BY-4.0)

   Course materials

   • Complete course materials (Google Drive)
   • Reviving Storage Systems Education in the 21st Century — An experience report (CCGrid 2024)
   • CCGrid 2024 presentation (Google Slides)

2. [2]
   A. Trivedi, M. Jansen, Z. Ren, K. Doekemeijer, N. Tehrany, and S. Sivakumar, “Storage Systems (StoSys) Course Project Handbook.” 2023. Accessed: Oct. 30, 2026. [PDF and Google Docs]. Available: https://atlarge-research.com/pdfs/stosys/2023-2024-stosys-handbook-4.0.pdf
   机构：

   • Vrije Universiteit Amsterdam

   其它链接：

   • Lecturer course page and public-release statement

   免费资源：

   Handbook

   • Project handbook v4.0 (2023–2024, PDF) (CC-BY-4.0)
   • Editable project handbook (Google Docs) (CC-BY-4.0)

   Framework

   • Official project-code folder
   • 2023 framework: C/C++, CMake and patched libnvme (ZIP)

ETH Zürich：Modern SSDs

3. [3]
   M. Sadrosadati, O. Mutlu, R. Nadig, and J. Park, “Understanding and Designing Modern NAND Flash-Based SSDs (Solid-State Drives).” 2023. Accessed: Oct. 30, 2026. [PDF and PowerPoint]. Available: https://safari.ethz.ch/projects_and_seminars/spring2023/doku.php?id=modern_ssds
   机构：

   • ETH Zürich

   其它链接：

   • Official course catalogue and reading list (Spring 2023)

   免费资源：

   Slides

   • M0: Course introduction (PDF)
   • M1: Basics of NAND flash-based SSDs (PDF)
   • M2: NAND flash read/write operations (PDF)
   • M3: Advanced NAND flash commands and address translation (PDF)
   • M4: Flash-Cosmos — processing inside NAND flash (PDF)
   • M5: GenStore — processing inside storage (PDF)
   • M6: Introduction to MQSim (PDF)
   • M7: Garbage collection (PDF)
   • M8a: NAND flash basics and research overview (PDF)
   • M8b: Pipelined and adaptive read-retry (PDF)
   • M8c: Evanesco — data sanitization (PDF)
   • M8d: DeepSketch — post-deduplication delta compression (PDF)
   • M9: FLIN — NVMe SSD fairness and performance (PDF)
   • M10: Flash memory and solid-state drives (PDF)

   Editable slides

   • M0: Course introduction (PowerPoint)
   • M1: Basics of NAND flash-based SSDs (PowerPoint)
   • M2: NAND flash read/write operations (PowerPoint)
   • M3: Advanced NAND flash commands and address translation (PowerPoint)
   • M4: Flash-Cosmos — processing inside NAND flash (PowerPoint)
   • M5: GenStore — processing inside storage (PowerPoint)
   • M6: Introduction to MQSim (PowerPoint)
   • M7: Garbage collection (PowerPoint)
   • M8a: NAND flash basics and research overview (PowerPoint)
   • M8b: Pipelined and adaptive read-retry (PowerPoint)
   • M8c: Evanesco — data sanitization (PowerPoint)
   • M8d: DeepSketch — post-deduplication delta compression (PowerPoint)
   • M9: FLIN — NVMe SSD fairness and performance (PowerPoint)
   • M10: Flash memory and solid-state drives (PowerPoint)

   Project resources

   • MQSim: official SSD simulator source and local build instructions (MIT)
   • MQSim framework paper (FAST 2018, PDF)
   • Required and recommended reading

4. [4]
   Understanding and Designing Modern NAND Flash-Based SSDs (Solid-State Drives), (2023). Accessed: Oct. 30, 2026. [Video]. Available: https://www.youtube.com/playlist?list=PL5Q2soXY2Zi_8qOM5Icpp8hB2SHtm4z57
   机构：

   • ETH Zürich

   其它链接：

   • Official course page linking the recordings

   免费资源：

   • Spring 2023 lecture recordings (YouTube playlist)
   • Fall 2022 lecture recordings (YouTube playlist)

University of Crete：Modern Storage Systems

5. [5]
   A. Bilas, G. Saloustros, and J. Malliotakis, “Modern Storage Systems.” 2022–2023. Accessed: Oct. 30, 2026. [PDF]. Available: https://www.csd.uoc.gr/~hy647/syllabus.html
   机构：

   • University of Crete

   其它链接：

   • Course website (Fall 2025)

   免费资源：

   Slides

   • Introduction (PDF)
   • Workload characterization (PDF)
   • Storage devices and technology trends (PDF)
   • Log-structured merge trees (PDF)
   • LSM indexing (PDF)
   • Bε-trees (PDF)
   • Compaction techniques (PDF)
   • LSM analysis and tradeoffs (PDF)
   • Recovery (PDF)
   • RDMA (PDF)
   • I/O approaches in modern storage systems (PDF)

6. [6]
   “Modern Storage Systems: Assignments.” 2022. Accessed: Oct. 30, 2026. [HTML]. Available: https://www.csd.uoc.gr/~hy647/assignments.html
   机构：

   • University of Crete

   主讲：Angelos Bilas

   其它链接：

   • Course website (Fall 2025)

   免费资源：

   • Assignment 1 — tinyblob: device I/O and measurement
   • Assignment 2 — tinyindex: logical-to-physical translation and KV operations
   • Assignment 3 — tinylog: write-ahead logging and crash recovery
   • Assignment 4 — tinyperf: performance comparison with RocksDB
   • Assignment schedule and self-proposed project requirements (Fall 2025)

Harvard University：Modern Storage Systems

7. [7]
   J. Yang, “Modern (Computer) Storage Systems.” 2026. Accessed: Oct. 30, 2026. [PDF]. Available: https://moderncomputerstorage.com/
   机构：

   • Harvard University

   其它链接：

   • Harvard Systems Group teaching page

   免费资源：

   Slides

   • Course overview (PDF)
   • Hard disk drives (PDF)
   • Solid-state drives, part 1 (PDF)
   • Solid-state drives, part 2 (PDF)
   • SSD continuation and block storage (PDF)
   • File systems, part 1 (PDF)
   • File systems, part 2 (PDF)
   • Distributed storage systems, part 1 (PDF)
   • Distributed storage systems, part 2 (PDF)
   • Storage performance (PDF)
   • Software caches (PDF)
   • Storage reliability (PDF)
   • Data security and protection (PDF)

   Guest lecture

   • Wenguang Wang: Building a Production Storage System in Practice (PDF)

   Readings

   • Course schedule and paper reading list
   • Operating Systems: Three Easy Pieces — background reading

8. [8]
   “Course Project.” Accessed: Oct. 30, 2026. [Online]. Available: https://moderncomputerstorage.com/project
   机构：

   • Harvard University

   主讲：Juncheng Yang

   其它链接：

   • Course website
   • Course policy and grading
   • Competition platform (login required; post-login eligibility unverified)

   免费资源：

   Project

   • Official collection of student project submissions
   • USENIX LaTeX report template (ZIP)
   • USENIX Word report template
   • USENIX sample paper (PDF)

   Caching assignment

   • Caching competition assignment overview
   • libCacheSim: public framework, examples and local evaluation (Apache-2.0)

   Paper discussion

   • Paper presentation and discussion guidance

   Practice examination

   • Practice midterm examination (PDF)
   • Practice midterm solutions (PDF)