Skip to content

KZHU.ai 馃殌

Into the Unknown

Menu
  • 馃搱 Discrete Optimization
    • Mathematics
    • Computer Science
    • Cryptography
    • C++
  • 鈿涳笍 Quantum Computing
    • Physics
    • Blockchain
  • 馃 Machine Learning
    • TensorFlow
    • Python
  • 馃洶 Data Science
    • Statistics
    • Matlab
  • 馃對 Hybrid Cloud
    • Kubernetes
    • Golang
    • Web
  • 馃搱 Business
    • MBA @ Gies
    • Six Sigma
  • 馃彟 Finance
    • Law
    • Economics
Menu
Certificate Operations Research (2): Optimization Algorithms

My #82 course certificate from Coursera

Posted on January 9, 2022June 5, 2023 by keslerzhu

Operations Research (2): Optimization Algorithms
National Taiwan University

You probably have used some solver / optimizer software to solve problems, this wonderful course will show you what is under the hood. Being able to comprehend what has happened is crucial to customize the algorithms or even to develop your own ones.

There is a warm-up at the beginning: some basics like Gaussian elimination and the method to solve the inverse of a matrix, making sure you could manipulate matrices without pulling your hair out.



One. The first “main dish” is the Simplex method, which is a profoundly popular algorithm for linear programming. Simply put the whole thing is converting the linear program into the standard form, then from here on, search among basic feasible solutions until you find the optimal one. It is not necessary to memorize every steps, but important is to appreciate the beauty and power of matrix.

Two. We all know that solving an integer program is much slower than solving a similar linear program, the lecture of “branch-and-bound” elaborates the reason why. Based on linear relaxation, solving an integer program actually is like solving a tree of linear sub-problems.

Three. Compared to the linear and integer programming, non-linear programming uses rather different approaches: Gradient decent and Newton’s method. The former one sounds more familiar to those machine learning practitioners, the latter one is more frequent in the field of numerical analysis. This module aroused my interest in further studying of numerical methods.

Lastly the course covered a case study of heuristic algorithm. This is very helpful to those who thought the word ‘heuristic’ is too abstract. For some unexpectedly complicated problems, heuristic algorithms probably will be the only option.

It is also exciting that the course covers the celebrated solver Gurobi. You will need to write code in Python to finish homework.

Quick Recap

Linear Algebra in Operations Research
The Simplex Method
Branch-and-Bound & Heuristic Algorithms
Non-Linear Programming: Gradient Descent and Newton’s Method
Heuristic Algorithms: A Case Study


My Certificate

Certificate Operations Research (2): Optimization Algorithms
Operations Research (2): Optimization Algorithms
https://coursera.org/share/93bd3d3c91055a4c4cf4a8401690e58a

I am Kesler Zhu, thank you for visiting my website. Checkout more course reviews at https://KZHU.ai

American Contract Law I Andrew Ng Anna Koop Brenda Gunderson Christopher Millard Computer Communications Specialization Cryptography Economics of Money and Banking Evgenii Vashukevich Garud Iyengar Ivan Vybornyi Jeffrey Chasnov John Daily Jonathan Katz Kevin Webster Ling-Chieh Kung Machine Learning: Algorithms in the Real World Martin Haugh Mathematics for Engineers Specialization Matthew Hutchens Michael Donohoe Michael Fricke Microsoft Azure Fundamentals AZ-900 Exam Prep Specialization Operations Research (3): Theory Perry Mehrling Petro Lisowsky Physical Basics of Quantum Computing Practical Reinforcement Learning Rebekah May Search Engine Optimization (SEO) Specialization Sergey Sysoev Statistical Thermodynamics Specialization Statistics with Python Specialization Taxation of Business Entities I: Corporations TensorFlow 2 for Deep Learning Specialization U.S. Federal Taxation Specialization Wounjhang Park Xiaobo Zhou Yi Wang 小褘褋芯械胁 小械褉谐械泄 小械褉谐械械胁懈褔

Subscribe to our newsletter!

© 2025 KZHU.ai 馃殌 | Powered by Superbs Personal Blog theme

Privacy Policy - Terms and Conditions