From Meaning To Instructions

From Meaning To Instructions

Concepts appear as they come up…

Suppose you want a computer to

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From Meaning To Instructions

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From Meaning To Instructions

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From Meaning To Instructions — full transcript

From Meaning To Instructions

From Meaning To Instructions

Suppose you want a computer to calculate the average marks of a student. To you, the problem is obvious. But the computer doesn't know what an average is, what marks are, or what you want the final answer to mean. You have to turn your intention into a sequence of precise operations. First, take the marks. Then add them. Then determine how many marks there are. Then divide the total by that number. Finally, produce the result. Notice what happened: we took a human idea and transformed it into a series of instructions. This transformation is at the heart of programming. A programmer constantly moves between two worlds. On one side is the real-world problem, expressed in human language. On the other is the machine, which needs precise operations. The programmer builds the bridge between them. And this is why programming languages exist. Python, Java, C and others give us convenient ways to express those instructions. But the fundamental thinking existed before the language. The language is only the medium of expression. The real work is deciding exactly what needs to happen. And once we can express a solution as a sequence of precise steps, we have arrived at one of the most important ideas in programming: the algorithm.