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Performance Engineering of Software Systems (M-I-T)

(23 Lectures Available)

S# Lecture Course Institute Instructor Discipline
1
  • Lecture 1 Matrix Multiply A Case Study (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
2
  • Lecture 10 Dynamic Storage Allocation (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
3
  • Lecture 11 What Compilers Can and Cannot Do (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
4
  • Lecture 12 Multicore Programming (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
5
  • Lecture 13 Parallelism and Performance (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
6
  • Lecture 14 Analysis of Multithreaded Algorithms (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
7
  • Lecture 15 Nondeterministic Programming (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
8
  • Lecture 16 Synchronizing without Locks (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
9
  • Lecture 17 Performance Issues in Parallelization (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
10
  • Lecture 18 Primer on Ray Tracing Techniques (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
11
  • Lecture 19 How TokuDB Fractal Tree Indexes Work (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
12
  • Lecture 2 Bit Hacks (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
13
  • Lecture 20 Distributed Systems (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
14
  • Lecture 21 Quiz 2 Review (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
15
  • Lecture 22 A Tale of 10 Bugs Performance Engineering at VMware (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
16
  • Lecture 23 Final Competition and Student Feedback (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
17
  • Lecture 3 Basic Performance Engineering (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
18
  • Lecture 4 Computer Architecture and Performance Engineering (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
19
  • Lecture 5 Performance Engineering with Profiling Tools (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
20
  • Lecture 6 C to Assembler (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
21
  • Lecture 7 Memory Systems and Performance Engineering (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
22
  • Lecture 8 Cache-Efficient Algorithms (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences
23
  • Lecture 9 Cache-Efficient Algorithms II (M-I-T)
Performance Engineering of Software Systems (M-I-T) Virtual University Prof. Charles Leiserson, Prof. Julian Shun Applied Sciences

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