In the experimental condition, observers received EMF.
Furthermore, on the basis of real-world experimental data, the observer shows an appropriate performance.
In our experimental design, ideal observer simulations were performed over blocks of trials that varied in single-band and fused imagery enhancement.
Behavior was scored off line by an experimenter unaware of the experimental groups using The Observer® (Noldus Information Technology, Wageningen, The Netherlands).
This paper presents theoretical and experimental results on observer-based impedance control.
Thirty-five pictures were scored using HGS by three experimental design blind observers.
This modeling is inspired from a relational interpretation of quantum physics that applies not only to microscopic objects, but also to macroscopic structures, including experimental devices and observers.
He did not object to the aims or the introspective methodology of the Würzburg school, but to their purported results, and, for him, the experiments were not so much misconceived as incompetently executed: In particular, he felt, the observers (experimental subjects) in Würzburg had been inadequately trained in the art of introspection.
In the experimental data, all observers experienced rivalry, and valid dominance data (exactly one button pressed, no interruption by trial end) were obtained for 85.8% of the total time (range across observers and conditions: 76.3 95.4%).
This was interfaced with a CRS CT6 response box and ViSaGe response tracker which controlled timing of the experimental sequence, registered observers' behavioural responses and controlled the CRS VET 50Hz eye-tracker.
