Stability of the Zagreb Carnegie-Mellon-Berkeley model
  In ref. [1] we have used the Zagreb realization of Carnegie-Melon-Berkeley coupled-channel, unitary model as a tool for extracting pole positions from the world collection of partial wave data, with the aim of eliminating model dependence in pole-search procedures. In order that the method is sensible, we in this paper discuss the stability of the method with respect to the strong variation of different model ingredients. We show that the Zagreb CMB procedure is very stable with strong variation of the model assumptions, and that it can reliably predict the pole positions of the fitted partial wave amplitudes. 
H. Osmanovi\'c, S. Ceci, A. \v{S}varc, M. Had\v{z}imehmedovi\'c, and   J. Stahov
hep-ph nucl-th