The Triangle Orientation Discrimination (TOD) test method was applied to characterize thermal and visual range performance of the Gatekeeper Electro Optical Security System. Gatekeeper developed by Thales Nederland BV, is currently in use with the Royal Netherlands Navy. The system houses uncooled infrared and colour TV cameras providing up to 360° view in azimuth. The images displayed to the operator are automatically optimized based on the scene intensity distribution. Because of this built-in scene-based optimization, proper measurement of the system requires careful surround illumination of the TOD setup over a large part of the camera Field Of View. The tests provided very accurate threshold estimates with relatively small observer dif...
We propose a simple and powerful method to assess the quality of imaging systems with a human-in-the...
End-to-end Electro-Optical system performance tests such as TOD, MRTD and MTDP require the effort of...
How far the eye reaches via camera is quantifiable and modeled with the TOD (triangle orientation di...
The Triangle Orientation Discrimination (TOD) methodology includes i) a widely applicable, accurate ...
The objective characterization of electro-optical sensors and that of image enhancement techniques h...
The Triangle Orientation Discrimination (TOD) threshold is an alternative method to characterize ele...
Triangle orientation discrimination (TOD) is an observer task useful for characterizing the practica...
The current standard to characterize Electro-Optical system performance is the MRTD (Minimum Resolva...
The Electro-Optical Signal Transmission and Ranging (EOSTAR) model is an image-based Tactical Decisi...
The TTP (Targeting Task Performance) metric, developed at NVESD, is the current standard US Army mod...
Night vision equipment is crucial in order to accomplish supremacy and safety of the troops on the b...
The minimum resolvable temperature difference (MRTD), the minimum resolvable contrast (MRC), and the...
Identification and recognition performance for four staring and two scanning thermal imagers, were m...
The standard way to characterize sensor performance is by means of the Minimum Resolvable Temperatur...
Electro-optical imaging sensors are widely distributed and used for many different purposes, includi...
We propose a simple and powerful method to assess the quality of imaging systems with a human-in-the...
End-to-end Electro-Optical system performance tests such as TOD, MRTD and MTDP require the effort of...
How far the eye reaches via camera is quantifiable and modeled with the TOD (triangle orientation di...
The Triangle Orientation Discrimination (TOD) methodology includes i) a widely applicable, accurate ...
The objective characterization of electro-optical sensors and that of image enhancement techniques h...
The Triangle Orientation Discrimination (TOD) threshold is an alternative method to characterize ele...
Triangle orientation discrimination (TOD) is an observer task useful for characterizing the practica...
The current standard to characterize Electro-Optical system performance is the MRTD (Minimum Resolva...
The Electro-Optical Signal Transmission and Ranging (EOSTAR) model is an image-based Tactical Decisi...
The TTP (Targeting Task Performance) metric, developed at NVESD, is the current standard US Army mod...
Night vision equipment is crucial in order to accomplish supremacy and safety of the troops on the b...
The minimum resolvable temperature difference (MRTD), the minimum resolvable contrast (MRC), and the...
Identification and recognition performance for four staring and two scanning thermal imagers, were m...
The standard way to characterize sensor performance is by means of the Minimum Resolvable Temperatur...
Electro-optical imaging sensors are widely distributed and used for many different purposes, includi...
We propose a simple and powerful method to assess the quality of imaging systems with a human-in-the...
End-to-end Electro-Optical system performance tests such as TOD, MRTD and MTDP require the effort of...
How far the eye reaches via camera is quantifiable and modeled with the TOD (triangle orientation di...