which of the following is the best way to measure the curvature of binomial responses? what is the effective degrees of freedom of a thin plate? what is the effective degrees of freedom how to check whether a binomial curve curve is overfitted which of the following is a nonparametric test to compare a curvature of the surface of a binomial response surface and an empirical value of effective degrees of freedom when to use effective degrees of freedom of a thin-plate why is it important to test the effectiveness of gcv on binomial response surfaces? is it safe to use a splines to test for curvature in binomial curves? what is the effective degree of freedom of gcv why is the effective degrees of freedom of a thin plate spline larger than the observed curve what is a binomial response curve how is the observed curvature of the binomial response compared to the effective degrees of freedom? what is the effective degree of freedom for a flat spline? why do binomial curves have null coefficients what is the effective degree of freedom for binomial responses? what is the df of effective df of a r curve what is the null distribution of the effective degrees of freedom of a spline how do you compare binomial spline response curves how to compare binomial response curves with gcv what is the effective degree of freedom of a thin-plate spline curve in r