Skip to content
lectern.tv
MIT 6.851: Advanced Data Structures →0/22
1

1. Persistent Data Structures

1:23:43
2

2. Retroactive Data Structures

1:18:39
3

3. Geometric Structures I

1:19:35
4

4. Geometric Structures II

1:22:09
5

5. Dynamic Optimality I

1:22:44
6

6. Dynamic Optimality II

1:23:31
7

7. Memory Hierarchy Models

1:22:54
8

8. Cache-Oblivious Structures I

1:27:21
9

Lecture 9: Cache-Oblivious Structures II (6.851)

1:24:38
10

Lecture 10: Dictionaries (6.851)

1:23:28
11

Lecture 11: Integer Models (6.851)

1:21:15
12

Lecture 12: Fusion Trees (6.851)

1:24:09
13

Lecture 13: Integer Lower Bounds (6.851)

1:22:10
14

Lecture 14: Sorting in Linear Time (6.851)

1:24:03
15

Lecture 15: Static Trees (6.851)

1:23:00
16

Lecture 16: Strings (6.851)

1:24:30
17

Lecture 17: Succinct Structures I (6.851)

1:20:11
18

Lecture 18: Succinct Structures II (6.851)

1:24:05
19

Lecture 19: Dynamic Graphs I (6.851)

1:14:44
20

Lecture 20: Dynamic Graphs II (6.851)

1:24:47
21

Lecture 21: Dynamic Connectivity Lower Bound (6.851)

1:22:18
22

Lecture 22: History of Memory Models (6.851)

59:24

7. Memory Hierarchy Models

Erik DemaineMIT

Professor of Computer Science and Engineering

1:22:54·2013·graduate level

This lecture introduces memory hierarchy models and analyzes cache-efficient data structures. It details the performance of B-trees for block-based data transfer between different memory levels, achieving O(logB N) complexity for key operations.

Systems & CSTheory & AlgosComputer ArchitectureAlgorithms & Data StructuresMemory HierarchyCache Efficiency

MIT 6.851 Advanced Data Structures, Spring 2012

View the complete course: http://ocw.mit.edu/6-851S12

Instructor: Erik Demaine

Previous · Lecture 6

6. Dynamic Optimality II

Next · Lecture 8

8. Cache-Oblivious Structures I

Seminar notes & discussion

Sign in to comment

No public seminar notes on this lecture yet.