| bio | website | twitter.com/kacrutisyola |
|---|---|---|
| location | Australia | |
| age | 22 | |
| visits | member for | 7 months |
| seen | Oct 21 '12 at 8:48 | |
| stats | profile views | 14 |
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Oct 21 |
revised |
Different results for MaximumLikelihood depending on method? added 127 characters in body |
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Oct 18 |
accepted | How to evaluate the sum using values from the data being input |
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Oct 18 |
asked | How to evaluate the sum using values from the data being input |
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Oct 18 |
comment |
Different results for MaximumLikelihood depending on method? yes, the proportion of zeros in my data is very high, more than 90%. |
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Oct 12 |
accepted | How to calculate the mode of a probability distribution |
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Oct 12 |
awarded | Commentator |
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Oct 12 |
comment |
How to calculate the mode of a probability distribution @whubber, thank you for such a detail and useful explanation. However, where should I input my numeric parameters into? I have tried to input the value into last equation and when I define the dist, but it doesnt work. |
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Oct 11 |
revised |
How to calculate the mode of a probability distribution added 307 characters in body; edited tags |
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Oct 11 |
comment |
How to calculate the mode of a probability distribution my only problem with this command is that it takes ages in my Mathematica to run it with very large numeric parameters value. :( |
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Oct 11 |
awarded | Autobiographer |
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Oct 11 |
awarded | Analytical |
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Oct 11 |
comment |
How to calculate the mode of a probability distribution will this work if I substitute the parameters with numerical values? Cause I tried to use your suggestion with alpha=1 and beta=2 but then it gives me this message:PolynomialGCD::lrgexp: Exponent is out of bounds for function PolynomialGCD. |
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Oct 11 |
comment |
How to calculate the mode of a probability distribution hi, thanks for the suggestion! I will change my username soon :) I have tried use commonest but here is what I got: Commonest::arg1: The first argument is expected to be a list. |
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Oct 11 |
asked | How to calculate the mode of a probability distribution |
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Oct 10 |
accepted | Different results for MaximumLikelihood depending on method? |
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Oct 10 |
comment |
How to find the variance under the assumption that x follows some probability distribution perfect!! thanks :)) |
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Oct 10 |
accepted | How to find the variance under the assumption that x follows some probability distribution |
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Oct 10 |
comment |
How to find the variance under the assumption that x follows some probability distribution ah, so we are using the fact that var(x)=E(x^2)-E(X)^2 thanks!! |
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Oct 10 |
awarded | Scholar |
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Oct 10 |
awarded | Supporter |