A methodology is presented for the assessment of human operator performance in a detection and identification task, using two sets of infrared images of natural outdoor scenes with everyday objects used as targets. It includes measures of effectiveness such as operator detection rate, identification rate, false alarm rate, response time, confidence levels and image quality ratings. This robust methodology could be used in the evaluation of any image improvement technique or to evaluate different imaging techniques or technologies.Katherine Hanton, Jadranka Sunde, Marcus Butavicius, Lakhmi C. Jain and Nicholas Burn
The ability to detect dangerous objects (such as improvised explosive devices) from a distance is im...
Implementation of the Johnson criteria for infrared images is the probabilities of a discrimination ...
Fire fighters use relatively low cost thermal imaging cameras to locate hot spots and fire hazards i...
The ability to detect and recognise dangerous objects at a safe distance is a very important task in...
Determining image quality is dependent to some degree on human interpretation. Although entirely sub...
Determining image quality is dependent to some degree on human interpretation. Although entirely sub...
Determining image quality is dependent to some degree on human interpretation. Although entirely sub...
Electronically displayed images are becoming increasingly important as an interface between man and ...
In this paper we evaluate mine level detection performance of the human operator using high resoluti...
This effort we acquired and registered a multi-spectral dynamic image test set with the intent of us...
An often undervalued but inevitable component in remote sensing image analysis is human perception a...
An often undervalued but inevitable component in remote sensing image analysis is human perception a...
Recent technological advances in sensor manufacturing enable the use of separate spectral bands; e...
Implementation of the Johnson criteria for infrared images is the probabilities of a discrimination ...
Implementation of the Johnson criteria for infrared images is the probabilities of a discrimination ...
The ability to detect dangerous objects (such as improvised explosive devices) from a distance is im...
Implementation of the Johnson criteria for infrared images is the probabilities of a discrimination ...
Fire fighters use relatively low cost thermal imaging cameras to locate hot spots and fire hazards i...
The ability to detect and recognise dangerous objects at a safe distance is a very important task in...
Determining image quality is dependent to some degree on human interpretation. Although entirely sub...
Determining image quality is dependent to some degree on human interpretation. Although entirely sub...
Determining image quality is dependent to some degree on human interpretation. Although entirely sub...
Electronically displayed images are becoming increasingly important as an interface between man and ...
In this paper we evaluate mine level detection performance of the human operator using high resoluti...
This effort we acquired and registered a multi-spectral dynamic image test set with the intent of us...
An often undervalued but inevitable component in remote sensing image analysis is human perception a...
An often undervalued but inevitable component in remote sensing image analysis is human perception a...
Recent technological advances in sensor manufacturing enable the use of separate spectral bands; e...
Implementation of the Johnson criteria for infrared images is the probabilities of a discrimination ...
Implementation of the Johnson criteria for infrared images is the probabilities of a discrimination ...
The ability to detect dangerous objects (such as improvised explosive devices) from a distance is im...
Implementation of the Johnson criteria for infrared images is the probabilities of a discrimination ...
Fire fighters use relatively low cost thermal imaging cameras to locate hot spots and fire hazards i...