Following the framework in Oliva et al. 1987, GEMCAT II implements a flexible method to test catastrophe models containing multivariate (i.e., latent) variables while allowing for a priori variable specifications. The system uses an efficient hybrid minimization algorithm combining the Downhill...

Following the framework found in Oliva et al. 1987, GEMCAT II implements a felxible method to test catastrophe models containing multivariate (i.e., latent) variables while allowing for a prioi variable specifications. The system uses an efficient hybrid minimization algorithm combining the...

This paper presents an empirical estimation of catastrophe model of organizational adoptions of a high technology product when network externalities are present. As such, it integrates work from the economics literature and the catastrophe literature to provide a broadeer look at adoption...

Following the framework in Oliva et al. 1987, GEMCAT II implements a flexible method to test catastrophe models containing multivariate (i.e., latent) variables while allowing for a priori variable specifications. The system uses an efficient hybrid minimization algorithm combining the Downhill...