Specifically, definition 3a or 3b for the verb form here: https://www.merriam-webster.com/dictionary/land
So potentially the enemy captured the aircraft (3a) or destroyed them (3b).
Specifically, definition 3a or 3b for the verb form here: https://www.merriam-webster.com/dictionary/land
So potentially the enemy captured the aircraft (3a) or destroyed them (3b).
Honestly that sentence -- the use of landed and that awful plural -- approaches engrish. Is that deliberate or is the use of English here just badly flawed? I can't see any other possibilities.
So landing=catching=scoring.
Depending on the type of fishing, you can still be an underdog to land the fish after hooking it.
I would like also to point out that even if we do interpret the second as meaning "destroyed", the first could then be interpreted as a combat aviator shooting down an opposing aircraft, bringing us back to the same meaning. Or perhaps both of my interpretations are correct and the meanings are different...
What this tells me is that the benchmark is not very useful.
The propensity to make mistakes in comprehension is unavoidable, humans only approach 90% accuracy, and computers are getting close to the same level of accuracy on the same base materials as humans.
The other way of testing would be to devise a test where there is only a single interpretation, where the context is clear, and there is no ambiguity in meaning. In that case a competent human and computer algorithm could be expected to answer all questions perfectly.
The purpose of this benchmark on the other hand is to test comprehension when meaning is not explicit and context clues are implied, something humans have had the advantage at over computers until quite recently. The computer won't be 100% accurate, but that's not the purpose of this test.
This language is used on the Wikipedia page about that incident.
I also wouldn’t use “landed” for destroying an enemy plane (neither by shooting it down nor by destroying it on the ground)
That, realistically, leaves hacking the plane’s electronics and then directing it to one’s own airfield.