The minimum resolvable temperature difference (MRTD), the minimum resolvable contrast (MRC), and the triangle orientation discrimination (TOD) are end-to-end EO system performance measures; that is, laboratory measures that characterize EO system performance with a human observer in the loop. Such system performance measures are used: 1) to verify if a system is working properly; 2) to compare competing sensor systems; or 3) to predict field performance. The MRTD or MRT is defined in NATO STANAG 4349 (NATO Standard Agreement[1]). The primary measure of performance for IR/EO imaging systems is the MRT/MRC. It is a visual acuity test that combines sensitivity and resolution in a manner that reflects human performance through a sensor. Basical...
We present Minimum-Resolvable Temperature Difference (MRTD) curves obtained by letting an ensemble o...
The Triangle Orientation Discrimination (TOD) threshold is an alternative method to characterize ele...
Determination of the performance of undersampled IR cameras by means of four-bar patterns suffers fr...
MRTD (Minimum Resolvable Temperature Difference) The characterization of electro-optical system perf...
The current standard to characterize Electro-Optical system performance is the MRTD (Minimum Resolva...
The objective characterization of electro-optical sensors and that of image enhancement techniques h...
The traditional test pattern for end-to-end EO system performance testing in the laboratory has been...
The Triangle Orientation Discrimination (TOD) methodology includes i) a widely applicable, accurate ...
Recent advances in the modeling of human observers using infrared and electro-optic sensors have pro...
The standard way to characterize sensor performance is by means of the Minimum Resolvable Temperatur...
The parameter almost universally adopted by the infrared community for describing the overall perfor...
In order to evaluate the imaging quality of a visible imaging system by measuring the minimum resolv...
The Triangle Orientation Discrimination (TOD) test method was applied to characterize thermal and vi...
It is a well-known phenomenon that three- and four-bar patterns can sometimes be resolved with stari...
Identification and recognition performance for four staring and two scanning thermal imagers, were m...
We present Minimum-Resolvable Temperature Difference (MRTD) curves obtained by letting an ensemble o...
The Triangle Orientation Discrimination (TOD) threshold is an alternative method to characterize ele...
Determination of the performance of undersampled IR cameras by means of four-bar patterns suffers fr...
MRTD (Minimum Resolvable Temperature Difference) The characterization of electro-optical system perf...
The current standard to characterize Electro-Optical system performance is the MRTD (Minimum Resolva...
The objective characterization of electro-optical sensors and that of image enhancement techniques h...
The traditional test pattern for end-to-end EO system performance testing in the laboratory has been...
The Triangle Orientation Discrimination (TOD) methodology includes i) a widely applicable, accurate ...
Recent advances in the modeling of human observers using infrared and electro-optic sensors have pro...
The standard way to characterize sensor performance is by means of the Minimum Resolvable Temperatur...
The parameter almost universally adopted by the infrared community for describing the overall perfor...
In order to evaluate the imaging quality of a visible imaging system by measuring the minimum resolv...
The Triangle Orientation Discrimination (TOD) test method was applied to characterize thermal and vi...
It is a well-known phenomenon that three- and four-bar patterns can sometimes be resolved with stari...
Identification and recognition performance for four staring and two scanning thermal imagers, were m...
We present Minimum-Resolvable Temperature Difference (MRTD) curves obtained by letting an ensemble o...
The Triangle Orientation Discrimination (TOD) threshold is an alternative method to characterize ele...
Determination of the performance of undersampled IR cameras by means of four-bar patterns suffers fr...