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1
Intro
2
Enable Today's Web Services
3
Simple Reads Are Insufficient
4
Performance Factors
5
Algorithmic Properties
6
Coordination Is Algorithmic
7
Read-Only Transactions Optimal Performance
8
Constant Metadata
9
Proof Intuition of NOCS
10
NOC Designs
11
Version Clock
12
PORT Overview
13
Write in PORT
14
Read in Port
15
Read Promotion Ensures a Total Order
16
Track Stable Frontier
17
Read-Only Transaction Logic
18
PORT Systems
19
Evaluation of Scylla-PORT
20
Uniform, 5% Writes
Description:
Explore a 20-minute conference talk from USENIX OSDI '20 that delves into performance-optimal read-only transactions in distributed storage systems. Learn about the three properties of simple reads necessary for optimal performance and discover the fundamental tradeoff between performance optimality and strict serializability. Examine PORT, a novel design offering the strongest consistency to date, and its key component, version clocks. Gain insights into two practical applications: Scylla-PORT and Eiger-PORT, demonstrating improved performance in process-ordered serializability and causal consistency scenarios. Understand the challenges and solutions in achieving efficient read-only transactions across distributed systems.

Performance-Optimal Read-Only Transactions

USENIX
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