However, the proposed detector clearly outperforms the signal-model based detector in all cases.
Compared to the covariance matrix based detector, the proposed model-based adaptive detectors have significantly decreased the training requirements and the computation complexity.
Indeed, the parametric detectors are significantly less dependent on training than the covariance matrix based detector.
(a) Electrical characterization of tris-4-amidophenyl-thiophene based detector.
Measurements of microwave power can be made directly, usually with a thermistor based detector and meter.
The photon energy and angular dependences are shown for two dosimeter models consisting of two radiosensitive detectors with different filtration: a simplified model based on thermoluminescent detectors and a more realistic model based on glass radiophotoluminescent detectors.
Similarly to the detectors T p, T a, T or, and T av, we define the new detector model based on the self-normalization detectors: (T_{p}^{s}), (T_{a}^{s}), (T_{or}^{s}), and (T_{av}^{s}) as follows respectively: begin{array}{*{20}l} T_{p}^{s}&=sumlimits_{k=1}^{frac{N}{2}} left|eta_{y} k -Rleft(1,frac{N} k -Rleftt)right| end{array} (63).
Proposed system is constucted 3 parts; 3D indoor environment modeler, known 3D object detector, and 3D model based interactive teleoperator.
In a comprehensive series of experiments that combine neural modeling, behavioral data, and fMRI, Jiang et al. (this issue of Neuron) advance a general object and face classification model, based on a feedforward shape-detector architecture.
The classification technique uses an "exclusive or" model based on the proportion of fired detectors per set.
I have also found that a model based on the Watson & Ahumada motion detector is able to explain most and key parts of the psychophysical data such as the very delicate effects of frame duration on motion perception, independence of observer performance on dot density in the display and the surprising reverse phi motion caused by contrast reversing dots.
