A linear search is called a sequential search because a sequential search takes linear time and therefore has a worst-case time-complexity of O(n) for a data sequence of n elements. Although there are more efficient search algorithms than linear search, not all data containers are ideally suited to them. For example, although a binary search can be performed in quadratic time (O(log n)) when the data container is in sorted order, we can only achieve maximum efficiency when the data container also supports constant-time random-access. Arrays and vectors do support constant-time random-access, but if the container is not sorted then we must resort to the less-efficient linear search. Linked lists do not support constant-time random-access thus a linear search would be more efficient even if the list were in sorted order.
What you're describing is called a sequential search or linear search.
O(N) where N is the number of elements in the array you are searching.So it has linear complexity.
The Linear sequential model suggests a systematic sequential approach to software development. That begins at the system level and progresses through analysis, design, coding, testing, and support.
Sequential search is the only way to search an unsorted array unless you resort to a multi-threaded parallel search where all threads concurrently search a portion of the array sequentially.
As I know the search method depends on your(programmer's) logic. In sequential search it will be better to stop the search as soon as search value encounters or if search value is not in the array then it should stop at the end.
Sequential search of an object with in an array of objects is called as linear search.
What you're describing is called a sequential search or linear search.
O(N) where N is the number of elements in the array you are searching.So it has linear complexity.
The Linear sequential model suggests a systematic sequential approach to software development. That begins at the system level and progresses through analysis, design, coding, testing, and support.
Linear search, also known as sequential search, is a process that checks every element in the list sequentially until the desired element is found. The computational complexity for linear search is O(n), making it generally much less efficient than binary search (O(log n)). But when list items can be arranged in order from greatest to least and the probabilities appear as geometric distribution (f (x)=(1-p) x-1p, x=1,2),then linear search can have the potential to be notably faster than binary search.
water fall model..
In computer science, linear search or sequential search is a method for finding a particular value in a list, that consists of checking every one of its elements, one at a time and in sequence, until the desired one is found.[1]Linear search is the simplest search algorithm; it is a special case of brute-force search. Its worst case cost is proportional to the number of elements in the list; and so is its expected cost, if all list elements are equally likely to be searched for. Therefore, if the list has more than a few elements, other methods (such as binary search or hashing) will be faster, but they also impose additional requirements. (Source: Wikipedia)
Sequential search is the only way to search an unsorted array unless you resort to a multi-threaded parallel search where all threads concurrently search a portion of the array sequentially.
Linear sequential model is also called as classic life cycle method, which is also known as waterfall model =>this waterfall model in software process model involes five stages 1. communication 2.planning 3.modeling 4.construction 5.deployment
the sequential flow of processes usually linear and its has two types which are: Waterfall and Prototyping Model
The linear search algorithm is a special case of the brute force search.
As I know the search method depends on your(programmer's) logic. In sequential search it will be better to stop the search as soon as search value encounters or if search value is not in the array then it should stop at the end.