I have the book by W. Venables and B. Ripley, but I didn't find the answer.
Here is an explicit example :
library(nnet)
data(fgl)
ir.glm <- multinom(type ~., data=fgl)
# weights: 66 (50 variable)
initial value 383.436526
iter 10 value 259.867465
iter 20 value 184.185706
iter 30 value 146.
On 18/11/2014 11:35, Franck Vermet wrote:
Hello,
In the function multinom (package nnet), I get the following message after
training for a model with 9 inputs and 6 classes (output) :
# weights: 66 (50 variable)
I understand that there are 50 variables in the model,
but I don't understand th
Hello,
In the function multinom (package nnet), I get the following message after
training for a model with 9 inputs and 6 classes (output) :
# weights: 66 (50 variable)
I understand that there are 50 variables in the model,
but I don't understand the number 66.
How can we interpret this numb
Dear colleagues,
In the function multinom (package nnet), I get the following message after
training for a model with 9 inputs and 6 classes (output) :
# weights: 66 (50 variable)
I understand that there are 50 variables in the model,
but I don't understand the number 66.
How can we interpret
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