Overview
This path focuses on helping you understand how to select the most suitable algorithms and data structures for different problems in C++, how to implement them effectively, and how to analyze their underlying logic. Topics covered will include maps, recursion, and linked lists.
Syllabus
- Hashing, Maps, and Collections in C++
- Explore Hashing, Maps, and Sets in C++ with this course, focusing on implementation, use cases, and algorithmic problem-solving. Gain practical experience to tackle data analysis and management tasks effectively.
- Sorting and Searching Algorithms in C++
- This course provides fundamental and advanced insights into sorting and searching algorithms. It walks through various algorithms' types and functionalities, complexity analysis, and practical applications in complex problem-solving.
- Fundamental Data Structures - Stacks and Queues in C++
- This advanced course delves into understanding and applying Stacks and Queues in C++. It explains the internal workings, implementation, and complexities of these structures, emphasizing their effectiveness for solving interview-centric algorithmic challenges.
- Fundamental Data Structures - Linked Lists in C++
- This foundational course delves into understanding and applying Linked Lists in C++. It details the inner workings, implementation, and complexities of Linked Lists, highlighting their effectiveness for solving interview-focused algorithmic challenges.
Courses
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Explore Hashing, Maps, and Sets in C++ with this course, focusing on implementation, use cases, and algorithmic problem-solving. Gain practical experience to tackle data analysis and management tasks effectively.
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This course provides fundamental and advanced insights into sorting and searching algorithms. It walks through various algorithms' types and functionalities, complexity analysis, and practical applications in complex problem-solving.
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This advanced course delves into understanding and applying Stacks and Queues in C++. It explains the internal workings, implementation, and complexities of these structures, emphasizing their effectiveness for solving interview-centric algorithmic challenges.
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This foundational course delves into understanding and applying Linked Lists in C++. It details the inner workings, implementation, and complexities of Linked Lists, highlighting their effectiveness for solving interview-focused algorithmic challenges.