- You can approximate a series with an integral.
- Why Bernoulli's number is so important
- How one can derive Stirling's Approximation (in particular, how that can be derived from Euler's summation formula.
This is my self-study page for the book, "Introduction to Algorithm", or commonly known as CLRS. This is also my diary page of how I struggle and grow in the programming world. I hope this blog can help amateurs or professionals, to improve their skills in programming, learning and living. As of Sep 12, 2011, I finished the "exercise read" of Chapter 2 (20110518) and 3 (20110608) and half of Chapter 4.
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Chapter4
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chapter3
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Chapter2
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chapter6
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chapter12
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chapter15
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chapter13
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chapter7
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Chapter10
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chapter5
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Appendix A
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chapter8
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Chapter19
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Chapter22
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Chapter34
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Chapter35
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chapter11
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chapter16
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chapter18
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Appendix C
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Chapter21
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Chapter25
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Chapter26
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Chapter27
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Chapter28
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Chapter29
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Chapter9
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chapter14
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chapter20
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chapter23
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chapter24
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chapter30
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chapter31
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chapter32
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Appendix D
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Chapter1
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Chapter33
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chapter17
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Thursday, May 26, 2011
TAOCP 1.2.11.2 - Euler's Summation Formula, Bernoulli's number, Stirling's Approximation
Reread TAOCP 1.2.11.2. This chapter is extremely nice because it makes me understanding 3 things.
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