Udemy - Algorithmic Problems in Python (2015)

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Added on November 25, 2015 by zeeshan65956in Other > Tutorials
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Udemy - Algorithmic Problems in Python (2015) (Size: 623.71 MB)
 002 Complexity theory introduction.jpeg205.96 KB
 001 Introduction.mp43.87 MB
 002 Complexity theory introduction.mp456.22 MB
 007 Coloring problem introduction.mp442.08 MB
 012 Maze problem implementation.mp424.5 MB
 011 Maze problem introduction.mp47.67 MB
 006 Hamiltonian cycle implementation.mp429.42 MB
 001 Backtracking introduction.mp413.74 MB
 005 Hamiltonian problem - NP-hard problems.mp419.56 MB
 003 N-queens problem implementation.mp415.46 MB
 002 N-queens problem introduction.mp423.87 MB
 010 Knight tour implementation.mp410.36 MB
 008 Coloring problem implementation.mp427.46 MB
 004 Coin change problem introduction.mp453.13 MB
 003 Fibonacci numbers implementation.mp415.37 MB
 001 Dynamic programming introduction.mp410.59 MB
 008 Knapsack problem introduction.mp428.89 MB
 007 Rod cutting problem implementation.mp412.77 MB
 005 Coin change problem implementation.mp420.24 MB
 006 Rod cutting problem introduction.mp448.59 MB
 010 Knapsack problem implementation.mp429.36 MB
 002 Fibonacci numbers introduction.mp417.16 MB
 009 Knapsack problem example.mp454.29 MB

Description

Algorithmic Problems in Python

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[COVER:]
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[INFO:]
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Year: 2015
Manufacturer: Udemy
Website: https://www.udemy.com/algorithmic-problems-in-python/
Author: Holczer Balazs, Software Engineer
Duration: 2:51:46
Type of material handed out: videos
Language: English

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[Description:]
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Learn the basic algorithmic methodologies from backtracking to dynamic programming: Sudoku, Knapsack problem. This course is about the fundamental concepts of algorithmic problems, focusing on backtracking and dynamic programming. As far as I am concerned these techniques are very important nowadays, algorithms can be used (and have several applications) in several fields from software engineering to investment banking or research & development. In each section we will talk about the theoretical background for all of these algorithms we are going then to implement these problems together. The first chapter is about backtracking: we will talk about problems such as N-queens problem or hamiltonian cycles and coloring problem. In the second chapter we will talk about dynamic programming, theory first then the concrete examples one by one: fibonacci sequence problem and knapsack problem.


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Udemy - Algorithmic Problems in Python (2015)