Almost all other courses focus on knowledge. In this course, we focus on gaining real skills. Overall:The course covers a good subset of algorthmic topicsLearn the inner details of the algorithms and their time & memory complexity analysisLearn how to code line-by-lineSource code and Slides and provided for all contentAn extensive amount of practice to master the taught algorithms (where most other content fails!)Content:Dynamic Programming: IntroDP: Pick or Leave PatternDP: Enumerating the choicesDP Range PatternsDP on Graph and GridsDP CountingDP: Printing SolutionDP TabulationDP Solving MarathonBacktrackingDivide and ConquerShortest Path Algorithm: Floyd-WarshalShortest Path Algorithm: Bellman-FordShortest Path Algorithm: DijkstraMinimum Spanning Tree: PrimMinimum Spanning Tree: KruskalTeaching Style:Instead of long theory then coding style, we follow a unique styleI parallelize the concepts with the codes as much as possibleUnless better for you to work on pseudocode firstGo Concrete as possibleUse Clear Simple VisualizationEngagement By the end of the journeySolid understanding of Algorithms topics in C++Mastering different skillsAnalytical and P
What you'll learn
understanding of dynamic programming techniques
ability to analyze time and memory complexity
skill in coding algorithms in C++
familiarity with shortest path and minimum spanning tree algorithms
Course objectives
master different algorithmic techniques in C++
gain practical coding experience
develop problem-solving skills through algorithmic challenges