This channel is part of CSEdu4All, an educational initiative created by Profs. Anand Seetharam and Arti Ramesh from the State University of New York Binghamton. The goal of CSEdu4All is to make computer science education accessible to all!

We @CSEdu4All believe that CLIMATE CHANGE is real and all money earned through this channel is donated to the ArborDay Foundation (https://www.arborday.org), a non-profit organization that believes in creating positive change through trees.

Introduction to Algorithms Course: https://www.binghamton.edu/watson/continuing-education/data-science/intro-to-algorithms.html

Advanced Algorithms Course: https://www.binghamton.edu/watson/continuing-education/data-science/advanced-algorithms.html

Introduction to Computer Networks: https://www.binghamton.edu/watson/continuing-education/data-science/intro-to-computer-networks.html

Probability for Data Science: https://www.binghamton.edu/watson/continuing-education/data-science/probability-data-science.html

Recursion and Methods
16:52
Recursion and Methods
Java Program: Divide two integers
9:28
Java Program: Divide two integers
Java programming: Determine if an integer is even or odd
9:13
Java programming: Determine if an integer is even or odd
Introduction to for loops in Java
5:50
Introduction to for loops in Java
Linear Search in Java
14:42
Linear Search in Java
Introduction to while loops in Java
4:01
Introduction to while loops in Java
Introduction to arrays in Java
4:30
Introduction to arrays in Java
Introduction to Java: Adding two integers
10:23
Introduction to Java: Adding two integers
Introduction to Jdoodle and CodingBat
6:55
Introduction to Jdoodle and CodingBat
Recursion: Finding the Nth number in a Fibonacci Series using Java
7:43
Recursion: Finding the Nth number in a Fibonacci Series using Java
Methods in Java
6:40
Methods in Java
Introduction to Strings in Java
6:16
Introduction to Strings in Java
Advanced Algorithms Course Introduction
1:24
Advanced Algorithms Course Introduction
Introduction to Algorithms
1:05
Introduction to Algorithms
Understanding Socio-Economic Impact of COVID-19: Research Study
3:20
Understanding Socio-Economic Impact of COVID-19: Research Study
COVID-19 Case Prediction: Regression and Machine Learning Models
13:00
COVID-19 Case Prediction: Regression and Machine Learning Models
Probability for Data Science - Course Introduction
1:19
Probability for Data Science - Course Introduction
Introduction to Computer Networks - Course Introduction
1:21
Introduction to Computer Networks - Course Introduction
Proving CLIQUE is NP-Complete
24:18
Proving CLIQUE is NP-Complete
How to prove NP-Completeness - The Steps
17:29
How to prove NP-Completeness - The Steps
NP Completeness Basics
16:51
NP Completeness Basics
3-CNF SAT (3 CNF Satisfiability)
11:30
3-CNF SAT (3 CNF Satisfiability)
Kruskal’s Algorithm for finding the Minimum Spanning Tree
21:40
Kruskal’s Algorithm for finding the Minimum Spanning Tree
Insertion Sort- Proof of correctness using loop invariance
12:55
Insertion Sort- Proof of correctness using loop invariance
Merge Sort - Proof of correctness using loop invariance
15:37
Merge Sort - Proof of correctness using loop invariance
Insertion Sort Explained: Example, Pseudocode and Runtime Analysis
34:36
Insertion Sort Explained: Example, Pseudocode and Runtime Analysis
Prim’s Algorithm for Minimum Spanning Trees Part II - Implementation Details
26:12
Prim’s Algorithm for Minimum Spanning Trees Part II - Implementation Details
Generic Algorithmic Design Approach for Minimum Spanning Trees
13:20
Generic Algorithmic Design Approach for Minimum Spanning Trees
Graphs Introduction (Adjacency Lists and Adjacency Matrix)
11:00
Graphs Introduction (Adjacency Lists and Adjacency Matrix)
Prim's Algorithm for Minimum Spanning Trees Part I - A Detailed Discussion
10:42
Prim's Algorithm for Minimum Spanning Trees Part I - A Detailed Discussion