I agree, but if you take away the hard numbers from this (which you should) all you’re left with is what we all already knew from experience: fast languages are more energy efficient, C, Rust, Go, Java etc. are fast; Python, Ruby etc. are super slow.
Well… No. You’re reading the title. Read the document.
“We all know” is the gateway to ignorance. You need to test common knowledge to see if it’s really true. Just assuming it is isn’t knowledge, it’s guessing.
Second - it’s not always true:
for the fasta benchmark, Fortran is the second most energy efficient language, but falls off 6 positions down if ordered by execution time.
Thirdly - they also did testing of memory usage to see if it was involved in energy usage.
They provide the specific implementations used here: https://github.com/greensoftwarelab/Energy-Languages
I dislike the “I thought of something that may be an issue therefore just dismiss all of the work without thinking” approach.
I agree, but if you take away the hard numbers from this (which you should) all you’re left with is what we all already knew from experience: fast languages are more energy efficient, C, Rust, Go, Java etc. are fast; Python, Ruby etc. are super slow.
It doesn’t add anything at all.
Well… No. You’re reading the title. Read the document.
“We all know” is the gateway to ignorance. You need to test common knowledge to see if it’s really true. Just assuming it is isn’t knowledge, it’s guessing.
Second - it’s not always true:
Thirdly - they also did testing of memory usage to see if it was involved in energy usage.