【极致中配】卡耐基梅隆大学 CMU15-855 计算复杂性理论|2017年秋季
CMU 15-855 研究生计算复杂性理论课,系统讲授层级定理、电路、交互证明、计数复杂性及电路下界等核心主题。
- 难度
- 难度 5/5 — 研究生级计算复杂性理论,涉及大量证明与前沿下界结果,需扎实理论功底
- 适合人群
- 计算机理论方向研究生及有志于复杂性研究的高年级本科生
- 前置要求
- 计算理论/自动机与可计算性(图灵机、判定问题、P/NP 基础)、离散数学(组合、逻辑、证明技巧)、概率论(用于随机化复杂类与随机限制方法)、线性代数与抽象代数(代数电路、有限域相关内容)
- 课程规模
- 29 讲 · 1010播放
主题覆盖
层级定理电路复杂性随机化复杂类多项式时间层级交互式证明IP=PSPACE计数复杂性#PToda 定理永久式AC0 下界开关引理难度与随机性
课程大纲(29 讲)
- P1 · Lecture 1 Course Introduction and Overview: Graduate Complexity56 分钟
- P2 · Lecture 2 Hierarchy Theorems(Time, Space, Nondeterministic): Graduate Complexity59 分钟
- P3 · Lecture 3 Hopcroft--Paul--Valiant Theorem: Graduate Complexity58 分钟
- P4 · Lecture 4 Circuits: Graduate Complexity55 分钟
- P5 · Lecture 5 Probabilistic Complexity Classes: Graduate Complexity57 分钟
- P6 · Lecture 6 Quasilinear Cook--Levin Theorem: Graduate Complexity55 分钟
- P7 · Lecture 7 The Polynomial Time Hierarchy: Graduate Complexity57 分钟
- P8 · Lecture 8 Oracles, and the Polynomial Time Hierarchy vs. circuits: Graduate Comp59 分钟
- P9 · Improving Kannan's Theorem: Graduate Complexity Lecture 8 bonus material at CMU2 分钟
- P10 · Lecture 9 Time/Space Tradeoffs for SAT: Graduate Complexity67 分钟
- P11 · Lecture 10 Introduction to Arthur-Merlin classes, MA and AM: Graduate Complexity60 分钟
- P12 · Lecture 12 More on constant-round interactive proof systems: Graduate Complexity56 分钟
- P13 · Approximate counting: Graduate Complexity Lecture 12 at CMU57 分钟
- P14 · Lecture 13 Valiant--Vazirani Theorem, and Exact Counting (#P): Graduate Complexi56 分钟
- P15 · Lecture 14 Toda's 1st Theorem and the Permanent: Graduate Complexity57 分钟
- P16 · Lecture 15 Algebraic Circuit Complexity: Graduate Complexity58 分钟
- P17 · Algebraic "NP vs. P" vs. "Boolean NP vs. P": Graduate Complexity Lecture 15 post10 分钟
- P18 · Lecture 16 Instance Checking and the Permanent: Graduate Complexity58 分钟
- P19 · Lecture 17 IP = PSPACE: Graduate Complexity56 分钟
- P20 · Lecture 18 Random Restrictions and AC0 Circuit Lower Bounds: Graduate Complexity58 分钟
- P21 · Lecture 19 The Switching Lemma: PRST version: Graduate Complexity42 分钟
- P22 · Lecture 20 (out of order) Permanent is #P-complete: Graduate Complexity54 分钟
- P23 · Lecture 21 Monotone circuit lower bounds: Graduate Complexity61 分钟
- P24 · Lecture 22 Razborov--Smolensky lower bounds for AC0[p]: Graduate Complexity51 分钟
- P25 · Lecture 23 Toda's 2nd Theorem and lower bounds for uniform ACC: Graduate Complex55 分钟
- P26 · Lecture 24 Hardness vs. Randomness I: Graduate Complexity60 分钟
- P27 · Lecture 25 Hardness vs. Randomness II: Graduate Complexity57 分钟
- P28 · Lecture 26 Hardness amplification: Graduate Complexity57 分钟
- P29 · Lecture 27 Ironic complexity: Graduate Complexity59 分钟
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