Skip to main content
Search type Search syntax
Tags [tag]
Exact "words here"
Author user:1234
user:me (yours)
Score score:3 (3+)
score:0 (none)
Answers answers:3 (3+)
answers:0 (none)
isaccepted:yes
hasaccepted:no
inquestion:1234
Views views:250
Code code:"if (foo != bar)"
Sections title:apples
body:"apples oranges"
URL url:"*.example.com"
Saves in:saves
Status closed:yes
duplicate:no
migrated:no
wiki:no
Types is:question
is:answer
Exclude -[tag]
-apples
For more details on advanced search visit our help page
Results tagged with
Search options not deleted user 124127

Techniques for analyzing the relationship between one (or more) "dependent" variables and "independent" variables.

0 votes

Is it possible to extrapolate a percentage from given logistic regression coefficients?

If you take the standard deviation of a coefficient into account (so that different types of scale are standardized), I would say a weight of importance of one variable is given by: $$ \frac{|\beta_j| …
T. Beige's user avatar
  • 337
4 votes
2 answers
688 views

Exists an option to avoid reference categories in logistic regression?

I was wondering if there exists an option to avoid reference classes in logistic regression by transformation estimaters (especially the intercept)? …
T. Beige's user avatar
  • 337
0 votes
Accepted

How to recalculate the intercept in logistic regression with effect and reference coding

I found the mistake by myself. Here are the correct formulas for everybody who is interested in this topic: $$ \beta _{k,i} = \gamma_{k,i} +\sum_{j<m_k} \gamma_{k,j} \,\,\,\, respectively \,\,\,\, \ …
T. Beige's user avatar
  • 337
1 vote
1 answer
93 views

How to recalculate the intercept in logistic regression with effect and reference coding

I'm searching for the possibility to calculate the coefficients from a logistic regression with reference coding by using the coefficients of the logistic regression with effect coding (using the same … $\gamma_{k,i}$ the $i$-th coefficient of category $k$ of the effect coded regression and $\gamma_{0,0}$ and $\beta_{0,0}$ the intercepts. …
T. Beige's user avatar
  • 337