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Algorithms and programming are two different elements into a single unit yet. To know each other linkages between these algorithms and programming, should note also that a clear understanding of what is meant by the algorithm and what the programming.

Algorithms and programming, will always be found when someone would do a program, whatever it is that simple. Algorithms and programming into sections into a single unit. In a program or when you are going to make a program, that's where it will use the algorithm.

To understand the algorithms and programming, of course, have to understand first about the algorithm and understand how a program was born. Simply put when a programmer faced with the demands of making a program, it must pass through the stages or step by step in creating a program.

It was then that he will be dealing with algorithms and programming. Why so?

Because the algorithm is the basis for the calculation of the objectives of the program will translate into a language understood by the machine, so it came out a form in accordance with the desired program. Here's why the algorithms and programming into two things that can not be separated.

In making an earlier program, a programmer will deal with how the work of defining the problem, then find a way out, after discovering the family road and how to embed them into the form of algorithms. After determining the algorithm, then it will start to write the program.

At the time of writing the program start to finish, can not be said to be successful. Because the slightest mistake in determining the algorithm, will not make a path or a program error.

Thus, after you finish writing the program in the form of algorithms, then he should test it before it step by step. If indeed the program that has been tested in accordance with desired at the beginning of the production, then it will be hidden. Algorithms and programming are two sides of a coin.

That's when talk of algorithms and programming problems, the problem becomes simpler. As well as a program that looks easiest or simplest, is a complicated job. In defining the problem, for example, a programmer must first determine the issue before finally determining what kind of input and output of the program looks like.

When these steps are right, then he will be able to find the best solution to overcome these problems. In searching for this solution, a programmer will divide into several modules that are not too complicated. After each module is completed, the final stage is how to combine or synergize each module so that it connected perfectly.

At the time of searching for a solution and then think about becoming an output of the desired program, then a programmer will work-related algorithms that determine the appropriate algorithm to be efficient in accordance with the existing problems. This is where started to be seen how the correlation algorithms and programming.

The next step when a program is how to write the program into a programming language that is appropriate and controlled, then be adjusted to any hardware that will be used in the application program. This is very important because without regard to its compatibility, it is feared the program could not be integrated with other hardware devices.

Then test the program, documenting them and of course how to take care programs that have successfully made it. That's how complicated when talking between algorithms and programming.