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I will teach a lesson on image file formats in a computer science high school class.

Regarding JPEG, I will say that it achieves lossy compression and that it is well suited for photographs but it should not be used for geometric drawings where it can generate artifacts, showing some examples.

However, is it possible to explain why JPEG works this way, without venturing into domain change (space to frequency conversion), Discrete Cosine Transformation, and so on?

I will teach a lesson on image file formats in a computer science high school class.

Regarding JPEG, I will say that it achieves lossy compression and that it is well suited for photographs but it should not be used for geometric drawings where it can generate artifacts, showing some examples.

However, is it possible to explain why JPEG works this way, without venturing into domain change, Discrete Cosine Transformation, and so on?

I will teach a lesson on image file formats in a computer science high school class.

Regarding JPEG, I will say that it achieves lossy compression and that it is well suited for photographs but it should not be used for geometric drawings where it can generate artifacts, showing some examples.

However, is it possible to explain why JPEG works this way, without venturing into domain change (space to frequency conversion), Discrete Cosine Transformation, and so on?

3 added 28 characters in body
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I will teach a lesson on image file formats in a computer science high school class.

Regarding JPEG, I will say that it achieves lossy compression and that it is well suited for photographs but it should not be used for geometric drawings where it can generate artifacts, showing some examples.

However, is it possible to explain why JPEG works this way, without venturing into domain change, DCTDiscrete Cosine Transformation, and so on?

I will teach a lesson on image file formats in a computer science high school class.

Regarding JPEG, I will say that it achieves lossy compression and that it is well suited for photographs but it should not be used for geometric drawings where it can generate artifacts, showing some examples.

However, is it possible to explain why JPEG works this way, without venturing into domain change, DCT and so on?

I will teach a lesson on image file formats in a computer science high school class.

Regarding JPEG, I will say that it achieves lossy compression and that it is well suited for photographs but it should not be used for geometric drawings where it can generate artifacts, showing some examples.

However, is it possible to explain why JPEG works this way, without venturing into domain change, Discrete Cosine Transformation, and so on?

2 spelling
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I will teach a lesson on image file formats in a computer science high school class.

Regarding JPEG, I will say that it achieves lossy compression and that it is well suited for photographs but it should not be used for geometric drawings where it can generate artefactsartifacts, showing some examples.

However, is it possible to explain why JPEG works this way, without venturing into domain change, DCT and so on?

I will teach a lesson on image file formats in a computer science high school class.

Regarding JPEG, I will say that it achieves lossy compression and that it is well suited for photographs but it should not be used for geometric drawings where it can generate artefacts, showing some examples.

However, is it possible to explain why JPEG works this way, without venturing into domain change, DCT and so on?

I will teach a lesson on image file formats in a computer science high school class.

Regarding JPEG, I will say that it achieves lossy compression and that it is well suited for photographs but it should not be used for geometric drawings where it can generate artifacts, showing some examples.

However, is it possible to explain why JPEG works this way, without venturing into domain change, DCT and so on?

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