> As for our initial idea to make an age-guessing game, we have guessed right 51% of the time. Pretty much what we had expected . They guessed I was 'Under 60', which I am, but over 50% of people fit into the category of under 60... so the fact they can guess this with only 50% of accuracy doesn't really feel right?
I think that's their point. Since there isn't an actual correlation, their guess is basically 50/50.
We think this cool study we found is flawed. Help us reproduce it
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Re: We think this cool study we found is flawed. Help us reproduce it
#12> Do you think the questionable response looks genuinely random and satisfies the instructions? We don’t. Could someone explain why putting sequences of same choice is invalid? Sure, a probability of having many tails continously is low but how is it not random?
Re: We think this cool study we found is flawed. Help us reproduce it
#13Re: We think this cool study we found is flawed. Help us reproduce it
#14> As for our initial idea to make an age-guessing game, we have guessed right 51% of the time. Pretty much what we had expected . They guessed I was 'Under 60', which I am, but over 50% of people fit into the category of under 60... so the fact they can guess this with only 50% of accuracy doesn't really feel right?
I think that's their point. Since there isn't an actual correlation, their guess is basically 50/50.
(i.e. there is no statement that the 51% figure is age adjusted)
I'm probably just being silly here...
Re: We think this cool study we found is flawed. Help us reproduce it
#15Hm I'm curious about the complexity measurement for the coin tosses. How does it work? There is suspicious clustering in the plot, at complexity slightly lower and higher than -1. Complexity -1 is also more sparse than seems reasonable from the shape/density of the cloud.
I'm also curious about this. Randomness doesn't actually look very random. There's a surprising number of repeated characters.
Re: We think this cool study we found is flawed. Help us reproduce it
#16Would be nice if they defined "complexity" somewhere. I think the sequence lengths are too short to distinguish true random number generators from poor random number generators.
In other words what kind of graph would you see if you used a real coin? Although I guess if you sample over enough people then it doesn't matter.
Re: We think this cool study we found is flawed. Help us reproduce it
#17Earlier quoted context omitted.
I think that's their point. Since there isn't an actual correlation, their guess is basically 50/50.
GP is saying it's even more than 50/50. Less than half of people are >60. A more extreme example would be if it guessed: "You are younger than 99 years old."
Re: We think this cool study we found is flawed. Help us reproduce it
#18> Do you think the questionable response looks genuinely random and satisfies the instructions? We don’t. Could someone explain why putting sequences of same choice is invalid? Sure, a probability of having many tails continously is low but how is it not random?
This is a key point in the article. The researchers (original) did not want to throw out the data that doesn't "seem random", this group argues in favour of doing so.
Re: We think this cool study we found is flawed. Help us reproduce it
#19> As for our initial idea to make an age-guessing game, we have guessed right 51% of the time. Pretty much what we had expected . They guessed I was 'Under 60', which I am, but over 50% of people fit into the category of under 60... so the fact they can guess this with only 50% of accuracy doesn't really feel right?
Re: We think this cool study we found is flawed. Help us reproduce it
#20Earlier quoted context omitted.
This is a key point in the article. The researchers (original) did not want to throw out the data that doesn't "seem random", this group argues in favour of doing so.
Yeah, I read that part and I can't make sense of it. How are they deciding what is reasonably random?