It has been recently established that, when estimating parametric models on the basis of closed loop data, the frequency domain variability of direct and various indirect methods may significantly differ from one another. This paper continues this work by analysing the performance of certain common joint input-output estimation methods.

Two studies investigated how group variability affects reactions to atypical group members. In Study 1 (N = 65) we manipulated group variability and found that an atypical group member was evaluated more positively when the group was heterogeneous than when the group was homogeneous. In Study 2 (N = 276) we also manipulated group value and found a significant interaction whereby an atypical gro...

In this paper we present a novel approach for the analysis of microtubules in wide-field fluorescence microscopy. Microtubules are flexible elongated structures and part of the cytoskeleton, a cytoplasmic scaffolding responsible for cell stability and motility. The method allows for precise measurements of microtubule length and orientation under different conditions despite a high variability ...

In order to exploit the adaptability of a SOA infrastructure, it becomes necessary to provide platform mechanisms that support a mapping of the variability in the applications to the variability provided by the infrastructure. The approach focuses on the configuration of the needed infrastructure mechanisms including support for the derivation of the infrastructure variability model.

(i) understand the magnitudes and variability of the optical properties of the ocean; (ii) predict the inherent and apparent optical properties of the ocean, including remote-sensing reflectance, given the types and concentration of suspended particles; (iii) retrieve the inherent optical properties and concentration of optically significant constituents of sea water from reflectance measurements.

Introduction Conclusions References