Spectral response of the camera will be measured using monochromator in conjunction with an integration sphere. Camera without objective will be placed in one port of the integrating sphere and light beam from monochromator will be fed into perpendicular port. Sensor of the camera sensor will be therefore uniformly illuminated by diffused light from monochromator. Proposed FWHM of the monochromator is 15 nm as a trade-off between light intensity provided by monochromator and deformation of spectral characteristic (Picture XY). Diameter of the integrating sphere has to be larger than 100 mm to ensure uniform illumination over sensor area
The radiometric performance of cameras is customarily characterized and specified in terms of compon...
The design of a spectrophotometer for the region 0.7-1.2 has been described. An instrument of this d...
The traditional perspective on specifying a stimulus' luminosity is to measure its emitted light. Be...
Spectral response of the camera will be measured using monochromator in conjunction with an integrat...
Colour signal outputs from digital cameras can be calculated from spectral distribution of an illumi...
The energy efficiency of lighting is expressed in terms of luminous efficacy. It is the ratio of the...
This paper presents a fisheye camera method for determining spatial non-uniformity corrections in lu...
The experimental setup which consisted of the Jarrell-Ash Ebert type scanning monochromator, the Ham...
This paper presents the development of a hardware/software system for the characterization of the el...
Critical UV applications such as disinfections and dermatological treatments call for accurate UV sp...
An intensity scale monochromatic sensitometer was constructed using a Bausch and Lomb single-pass di...
A computer controlled filter monochromator system (FMS) with 18 interference filters covering the sp...
Commercial off-the-shelf (COTS) digital cameras on-board unmanned aerial vehicles (UAVs) have the po...
<p>An integrating sphere coated with a matte white coating ensures optimal lighting conditions. In t...
Light directionality, spectrum, and relevant radiometric or photometric quantity are believed essent...
The radiometric performance of cameras is customarily characterized and specified in terms of compon...
The design of a spectrophotometer for the region 0.7-1.2 has been described. An instrument of this d...
The traditional perspective on specifying a stimulus' luminosity is to measure its emitted light. Be...
Spectral response of the camera will be measured using monochromator in conjunction with an integrat...
Colour signal outputs from digital cameras can be calculated from spectral distribution of an illumi...
The energy efficiency of lighting is expressed in terms of luminous efficacy. It is the ratio of the...
This paper presents a fisheye camera method for determining spatial non-uniformity corrections in lu...
The experimental setup which consisted of the Jarrell-Ash Ebert type scanning monochromator, the Ham...
This paper presents the development of a hardware/software system for the characterization of the el...
Critical UV applications such as disinfections and dermatological treatments call for accurate UV sp...
An intensity scale monochromatic sensitometer was constructed using a Bausch and Lomb single-pass di...
A computer controlled filter monochromator system (FMS) with 18 interference filters covering the sp...
Commercial off-the-shelf (COTS) digital cameras on-board unmanned aerial vehicles (UAVs) have the po...
<p>An integrating sphere coated with a matte white coating ensures optimal lighting conditions. In t...
Light directionality, spectrum, and relevant radiometric or photometric quantity are believed essent...
The radiometric performance of cameras is customarily characterized and specified in terms of compon...
The design of a spectrophotometer for the region 0.7-1.2 has been described. An instrument of this d...
The traditional perspective on specifying a stimulus' luminosity is to measure its emitted light. Be...