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The algorithm is the set of commands which works together to execute a certain program over a system. Particularly in software programs, there is an infinite number of ways to perform a task. Therefore programmers code in the most time saving and efficient way to run the program. The beauty of software programs is that they run automatically with simple coding mechanism and one does not have to start coding for every time the user tries to execute it. Programming students who are looking for a system to be developed on programming language can look for **online assignment help**** **portals.

There is a number of commonly performed techniques that programmers use to instruct the system for operations. These techniques are mentioned below:

**Randomized algorithm: ** The techniques that use a random number of variables and number to create a logical and accurate decision is known as a randomized algorithm. One example to depict randomized algorithm is Quicksort in MySql.

Sorting by students can be done using MySql commands. All the tutorials for sorts and SQL operations are available at **programming assignment help**** **portal. ** **

**backtracking algorithm: ** In the process of backtracking, one possible move out of all the actions is selected. If the program does get execute with the same command then the solution gets printed or else the process of backtracking is used and some other move or command is required. In case if all the possible commands fail to execute, no solution for the program is acquired. One such example for the process of backtracking algorithm is Colouring the map with only four colours.

**Divide and conquer technique: ** Divide and conquer algorithm mechanism is based on dividing all the problems into a number of sub-problems. Then the programmer focuses on all the subproblems and joined to get one whole solution for the problem. This kind of mechanism is used when large numbers and data are involved in the system. Some of the example of the divide and conquer technique is merge and quicksort.

**Dynamic Algorithm: ** It looks similar techniques to the divide and conquer technique, but there are many significant differences between them. The dynamic algorithm is used to split overlapping subproblems and there is a fine sub-structure to the program.

**Greedy algorithm: **Optimization problem requires a special sort of algorithm techniques that rely on promising and best situations present. Hence it does not consider the possibility of errors in the process of execution. One such example of a greedy algorithm is possible coins and bills.

To understand the practicality of any program, you need to have an individual approach with all the frameworks and theoretical concepts of programming. However, Students can look for **programming help**** **portal that equips themselves with professional coders for your project.

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