What do you mean by an iterative algorithm?

Iterative algorithms stand out among numerous algorithms due to their simplicity and efficacy. These algorithms are step-by-step computer procedures that repeat a sequence of instructions until the desired result is obtained.

It consists of a loop structure in which each iteration takes the algorithm closer to the solution. Kadane's algorithm method is a well-known iterative algorithm.

This post will look at iterative algorithms and these specific instances and learn about their benefits and limitations.

So, let us begin on this adventure of algorithmic discovery and explore the realm of iterative algorithms.

Understanding Iterative Algorithms

Iterative algorithms are essential techniques in computer science. They provide a methodical and repeatable approach to problem-solving, allowing them to handle difficult jobs efficiently.

These algorithms use loops to repeat a series of instructions until a desired result is attained, unlike recursive algorithms, which use a function calling itself.

This iterative technique enables incremental improvement and fine-grained control over algorithm execution.

The binary search algorithm and Kadane's algorithm are two prominent examples of iterative techniques frequently employed in various applications.

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