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1
Intro
2
Storage Hardware and Software Trend.
3
Evolving Storage with Fast Compute
4
State-of-the-art Designs
5
Common I/O Sequences in Application
6
Storage Approaches Summary Compute
7
Our Solution: Fusion FS
8
Everlasting Debate
9
FusionFS: RISC vs CISC operations
10
FusionFS: CISC Operations
11
FusionFS Components
12
FusionFS I/O Processing Example
13
Crash Consistency for CISCops
14
MacroTx: All-or-nothing Approach
15
MicroTx with Auto Recovery
16
Outline
17
Experimental Setup
18
Evaluation Goals
19
Macro-benchmark: Filebench
20
Device Compute Fairness
21
Conclusion
Description:
Explore FusionFS, a direct-access firmware-level in-storage filesystem presented at FAST '22, in this 17-minute conference talk. Learn about the innovative CISCOps abstraction that combines multiple I/O and data processing operations for near-storage processing, significantly reducing I/O bottlenecks. Discover how MicroTx enhances CISCOps by providing fine-grained crash consistency and fast automatic recovery. Examine scheduling techniques for fair and efficient use of in-storage compute and memory resources across tenants. Gain insights into FusionFS's performance gains compared to state-of-the-art file systems, demonstrated through microbenchmarks, macrobenchmarks, and real-world applications. Delve into topics such as evolving storage with fast compute, RISC vs CISC operations, crash consistency, and device compute fairness.

FusionFS - Fusing I/O Operations using CISCOps in Firmware File Systems

USENIX
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