Definition: The term "algorithm" comes from Greek, which translates to "word." In its broader context, "algorithm" refers to a methodical or systematic approach or process. It involves using clear instructions for solving problems or achieving goals. Here’s a brief overview of the definition of "algorithm": 1.

Objective

: The goal of an algorithm is to solve a particular problem by following certain steps and rules. 2.

Structure

: An algorithm typically consists of a set of commands that can be executed in a specific order, followed by a final check or result. 3.

Syntax

: It should be clear what each step or command does within the algorithm and how it affects other parts of the process. 4.

Execution

: The execution of the algorithm involves following the steps listed above. This means that the algorithm should be self-sufficient; if an error occurs, the program should re-execute itself until a solution is found. 5.

Validation

: Once the algorithm has reached its goal or solved the problem it was designed to solve, it must be validated by another independent test or analysis to ensure it meets specific criteria. 6.

Adaptability

: The algorithm can adapt to changes in the problem space and may evolve over time, depending on new information or feedback from users or experts. 7.

Reusability

: The algorithm should allow for reapplication of the same steps multiple times without having to re-invent the wheel. In summary, an algorithm is a set of instructions that enables a system or process to achieve a specified outcome based on predefined rules and parameters.

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