In mathematics or computer terms, we can find the algorithms. There are many expressions that can be used for algorithms; some of them are by showing flowcharts, natural languages, programming languages, control tables, and also pseudocode. However there are some exceptions about algorithms in natural languages since that expression have more possibility to create ambiguity and verbose. Therefore, natural languages algorithms are used rarely in technical or complex algorithm. As the solution, usually the pseudocode, control tables, and flowcharts are used. Why? It is because those expressing methods can avoid many ambiguities and they remain independent in specific implementation language. |
There are so many languages that can be observed in all around the world. Each culture and places seem like having their own specification. However, besides the languages which are also well known as mother tongue, we can also find many languages that are represented by science. For example, in math there is algorithms expression. There are many kinds of notation to express algorithms. And the varieties of the representations to express are wide, such as flow state diagram for flow charts, state transition table and finite state machine for machine Turing machine as a form of sets of quadruples which consists of assembly code or machine code. |
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