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1

Introduction & MapReduce

Robert Morris · 1:19:35

2

Distributed Systems 1.3: RPC (Remote Procedure Call)

Martin Kleppmann · 19:44

3

Distributed Systems 3.1: Physical time

Martin Kleppmann · 20:47

4

Distributed Systems 3.2: Clock synchronisation

Martin Kleppmann · 15:57

5

Raft Log Compaction, Persistence & Linearizability (Part 2)

Robert Morris · 1:17:36

6

The Relational Model & Relational Algebra

Andy Pavlo · 1:16:43

7

Buffer Pool Managers, LRU-K Eviction & Direct I/O

Andy Pavlo · 1:22:44

Raft Log Compaction, Persistence & Linearizability (Part 2)

Robert MorrisDistinguishedMIT

Professor of Computer Science

1:17:36·2020·graduate level
Path step 5: Walks through Raft log compaction, crash recovery, and linearizable reads.

Covers the subtle Figure 8 election safety restriction in Raft, crash recovery from persistent state, log snapshotting, and duplicate-RPC suppression for linearizable key-value stores.

Systems & CSDistributed SystemsRaftLinearizabilityCrash Recovery

Lecture 7: Fault Tolerance: Raft (2) MIT 6.824: Distributed Systems (Spring 2020)

Source: MIT 6.824: Distributed Systems via YouTubeWatch on YouTube
LecturerAll lecturers →
Robert MorrisDistinguished

MIT Professor of Computer Science & Member of the National Academy of Engineering

MIT Professor of Computer Science, Chord DHT co-inventor, Y Combinator co-founder, and architect of MIT 6.824 Distributed Systems.

2 courses · 41 lecturesCanon
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Distributed Systems 3.2: Clock synchronisation

Next · Step 6

The Relational Model & Relational Algebra

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