返回到 Greedy Algorithms, Minimum Spanning Trees, and Dynamic Programming
Stanford University

Greedy Algorithms, Minimum Spanning Trees, and Dynamic Programming

The primary topics in this part of the specialization are: greedy algorithms (scheduling, minimum spanning trees, clustering, Huffman codes) and dynamic programming (knapsack, sequence alignment, optimal search trees).

状态:Theoretical Computer Science
状态:Graph Theory
中级课程小时

精选评论

YA

5.0评论日期:Feb 3, 2021

This course has wonderful lectures coupled with challenging but rewarding homework problems. It was a wonderful learning experience.

SC

5.0评论日期:Dec 30, 2020

Best (not one of the best) course available on web to learn theoretical algorithms. You will love it. Enjoy new journey and perspect to view and analyze algorithms. Loved it damn!

DZ

5.0评论日期:Jan 29, 2021

A very good and challenging course. A great introduction to dynamic programming with many examples to practice and learn multiple programming paradigms.

QA

5.0评论日期:May 5, 2017

Outstanding course. Prof. Roughgarden is enthusiastic. The lectures, programming problems, and readings build a solid understanding.

FC

5.0评论日期:Jun 29, 2018

Tim Roughgarden is a fantastic teacher! He really cares about explaining in a simple manner and also give you useful hints and advices to dive deeper in all the topics of the course. Thanks, Tim!

NT

5.0评论日期:Jun 13, 2019

As usual with Stanford and Tim Roughgarden, a high-quality course with an informal style but a lot of rigor. The assignments are challenging but doable. Highly recommended.

JE

5.0评论日期:Dec 27, 2019

I am very confident in the skills I learned. I have read some books on algorithms but this course makes the application so clear regardless of your programing language.

JF

5.0评论日期:Jan 13, 2018

I love Tim's excitement for algorithms. He really stands out as a quality teacher in his selection of content, explanations and enthusiasm.

CF

5.0评论日期:Mar 11, 2018

More difficult than previous sections of the course, but thoroughly enjoyable. Looking forward to the final iteration of this series!

YL

4.0评论日期:Nov 26, 2018

Course is great. However, for me, there's some lecture I cannot understand so I have to find another course with more explanation.

AB

5.0评论日期:Apr 22, 2020

Like the other courses in this specialization, the material is interesting and coherent. The pace is not fast enough to get lost and not so slow to insult your intelligence. I enjoyed it a lot!

NS

5.0评论日期:Mar 14, 2020

Very well explained and I learned a lot from the course. Recommended to anyone for learning Algorithms. Some of the problem sets make you think outside the box.

所有审阅

显示:20/150

Sachin Wani
5.0
评论日期:Feb 24, 2019
Rúben Geraldes
5.0
评论日期:Apr 27, 2020
Huong Minh Luu
5.0
评论日期:Apr 29, 2020
Fernando Leonel Conde
5.0
评论日期:Jun 29, 2018
Nicolas Thiebaut
5.0
评论日期:Jun 14, 2019
prince chandra singh
5.0
评论日期:Sep 4, 2021
Saint Louis
5.0
评论日期:Apr 3, 2023
Jayana Gunaweera
5.0
评论日期:Aug 14, 2021
shivaranjani gajjar
5.0
评论日期:Jun 18, 2021
Rishabh Tyagi
1.0
评论日期:May 27, 2019
Daniel Plencner
5.0
评论日期:Jan 19, 2017
Deleted Account
5.0
评论日期:Nov 11, 2019
Kaan APAN
5.0
评论日期:Nov 7, 2019
Janis StoIzenwald
5.0
评论日期:Oct 27, 2020
Dhruvesh Patel
5.0
评论日期:Nov 18, 2017
Alexey Polonsky
5.0
评论日期:Mar 8, 2017
Dilyan Marinov
5.0
评论日期:Dec 10, 2018
Damian Coltzau
5.0
评论日期:Mar 22, 2018
Jonathan Matsumoto
5.0
评论日期:May 18, 2020
GongPing
5.0
评论日期:Aug 20, 2017