高级算法 (Fall 2023)/Problem Set 1: Difference between revisions
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*我们推荐大家使用LaTeX, markdown等对作业进行排版。 | *我们推荐大家使用LaTeX, markdown等对作业进行排版。 | ||
== Problem 1 ( | == Problem 1 (Min-cut/Max-cut) == | ||
* ['''counting <math>\alpha</math>-approximate min-cut'''] | * ['''counting <math>\alpha</math>-approximate min-cut'''] | ||
* ['''weighted min-cut problem'''] | |||
* ['''max directed-cut'''] | |||
== Problem 2 ( | == Problem 2 (Fingerprinting) == | ||
*['''Polynomial Identity Testing'''] | |||
*['''Test isomorphism of rooted tree'''] | |||
*['''2D pattern matching'''] | |||
== Problem 3 (Hashing) == | |||
* ['''Bloom filter'''] | |||
* [Count Distinct Element] | |||
* | * | ||
== Problem 4 (Concentration of measure) == | |||
* ['''<math>k</math>-th moment bound'''] | |||
* ['''the median trick'''] | |||
* ['''cut size in random graph'''] | |||
* ['''code rate of boolean code'''] | |||
* ['''balls into bins with the "power of two choices"'''] | |||
== Problem 5 (Dimension reduction) == | |||
* ['''inner product'''] | |||
* ['''linear separability'''] | |||
* ['''sparse vector'''] | |||
== Problem 1 (Lovász Local Lemma) == | |||
* ['''colorable hypergrap'''] | |||
* ['''directed cycle'''] | |||
* ['''algorithmic LLL'''] |
Revision as of 05:34, 23 October 2023
- 作业目前正在更新中,不是最终版
- 每道题目的解答都要有完整的解题过程,中英文不限。
- 我们推荐大家使用LaTeX, markdown等对作业进行排版。
Problem 1 (Min-cut/Max-cut)
- [counting [math]\displaystyle{ \alpha }[/math]-approximate min-cut]
- [weighted min-cut problem]
- [max directed-cut]
Problem 2 (Fingerprinting)
- [Polynomial Identity Testing]
- [Test isomorphism of rooted tree]
- [2D pattern matching]
Problem 3 (Hashing)
- [Bloom filter]
- [Count Distinct Element]
Problem 4 (Concentration of measure)
- [[math]\displaystyle{ k }[/math]-th moment bound]
- [the median trick]
- [cut size in random graph]
- [code rate of boolean code]
- [balls into bins with the "power of two choices"]
Problem 5 (Dimension reduction)
- [inner product]
- [linear separability]
- [sparse vector]
Problem 1 (Lovász Local Lemma)
- [colorable hypergrap]
- [directed cycle]
- [algorithmic LLL]