What are the advantages of iterative algorithms?
Iterative algorithms have several advantages, including improved efficiency, flexibility, and the ability to handle large datasets.
Can you explain how they improve efficiency?
Sure! Iterative algorithms often converge to a solution faster than non-iterative methods by refining results through repeated calculations.
What about their flexibility?
They can adapt to changes in data or requirements easily, allowing for adjustments without starting from scratch.
Are there any specific examples of iterative algorithms?
Yes, examples include the Newton-Raphson method for finding roots and the gradient descent algorithm used in machine learning.
How do they compare to recursive algorithms?
Iterative algorithms typically use loops and can be more memory-efficient than recursive algorithms, which may lead to stack overflow.
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