About this bOok
Acknowledgments
Introduction
0 Notational conventions
PARTONE: BASIC COMPLEXITY CLASSES
1 The computational model--and why it doesn't matter
2 NP and NP completeness
3 Diagonalization
4 Space complexity
5 The polynomial hierarchy and alternations
6 Boolean circuits
7 Randomized computation
8 Interactive proofs
9 Cryptography
10 Quantum computation
11 PCP theorem and hardness of approximation: An introduction
PART TWO: LOWER BOUNDS FOR CONCRETE COMPUTATIONAL MODELS
12 Decision trees
13 Communication complexity
14 Circuit lower bounds: Complexity theory's Waterloo
15 Proof complexity
16 Algebraic computation models
PART THREE: ADVANCED TOPICS
17 Complexity of counting
18 Average case complexity: Levin's theory
19 Hardness amplification and error-correcting codes
20 Derandomization
21 Pseudorandom constructions: Expanders and extractors
22 Proofs of PCP theorems and the Fourier transform technique
23 Why are circuit lower bounds so difficult?
Appendix: Mathematical background
Hints and selected exercises
Main theorems and definitions
Bibliography
Index
Complexity class index
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