Courses
Books/Resources
Articles
MIT 6.172 Performance Engineering of Software Systemsarrow-up-right
Algorithms for Modern Hardwarearrow-up-right
Performance explained easy blogarrow-up-right
Prof. Mark Hill note argues for more use of simple models beyond Amdahl's Law: Bottleneck Analysis, Little's Law, and a M/M/1 Queue.arrow-up-right
How much bandwidth does the L2 have to give, anyway?arrow-up-right
Every 7.8μs your computer’s memory has a hiccuparrow-up-right
Computer Latency at a Human Scalearrow-up-right
Latency numbers every programmer should knowarrow-up-right
Performance variations in 2386 identical processorsarrow-up-right
Memory Bandwidth: Napkin matharrow-up-right
Analyzing and Debugging Performance Issues with Advanced ARM CoreLink System IP Componentsarrow-up-right
SoC Interconnect Analysisarrow-up-right
Why on-chip networks are important?arrow-up-right
How to measure System Performance?arrow-up-right
Understanding Complexitiesarrow-up-right
Performance Analysis of Multi-threaded applications for beginnersarrow-up-right
Multithread vs Multiprocessarrow-up-right
Offline Optimization for Architecting Hardware Acceleratorsarrow-up-right
Last updated 2 years ago