Graph traversal algorithms are essential in many domains of computer science, ranging from network routing to game development. Among the most fundamental graph traversal techniques, Depth First Search (DFS) and…
When working with numbers in programming, one of the interesting problems that often comes up is checking if a number is a palindrome. A palindrome number is a number that…
Dynamic Programming (DP) is a technique used to solve complex problems by breaking them down into simpler subproblems. Solving each subproblem once and storing the results can prevent redundant work…
Binary Search is one of the most efficient searching algorithms widely used in computer science. Whether you are building applications, preparing for coding interviews, or solving algorithmic problems on platforms…
In the world of computer science, algorithms are the backbone of any program. Among various types of algorithms, the recursive algorithm or the recursion algorithm stand out due to their…
When diving deep into data structures, you’ll often encounter HashMaps as one of the most frequently used and fundamental structures. From basic programming tasks to complex software systems, HashMaps are…
The greedy algorithm is a fundamental problem-solving technique widely used in computer science and optimization. It follows a straightforward yet powerful principle: at each step, choose the option that appears…
The sliding window algorithm is one of the most efficient techniques used in solving problems that involve arrays, strings, or lists. This algorithm is widely used because it reduces the…
If you are in the software industry, you have likely heard of Low-Level Design (LLD). While it may not be as popular or well-known as High-Level Design (HLD), it is…
If you are in the software industry, you have heard about High-Level Design or HLD. To learn about the counterpart of high level design, please visit the article Low-Level Design…