Скачать или смотреть Linear Search Algorithm With DMA in c

he Linear Search Algorithm is one of the simplest searching techniques used to find the position of a particular element in a list or array. In this method, each element of the array is compared sequentially with the target element until a match is found or the end of the array is reached.

When implemented in C with Dynamic Memory Allocation (DMA), memory for the array is allocated at runtime using functions like malloc() or calloc() from the "stdlib" library. This approach makes the program more flexible, as the size of the array does not need to be known at compile time — it can be decided by the user during program execution.

The main steps are:

Ask the user to enter the size of the array.

Dynamically allocate memory for the array using malloc().

Accept elements from the user and store them in the allocated memory.

Input the element (key) to be searched.

Traverse the array linearly:

If the key matches an element, return its position.

If the loop ends without finding the element, report that the element is not present.

This method has a time complexity of O(n) in the worst case, since each element may need to be checked. It is best suited for unsorted arrays or when the dataset is relatively small.