Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: ABSTRACT Traditional technologies for image capture devices are based on the three RGB filters for the generation ofthe color signals.As an alternative, in the last years spectral methods of image capture re introduced with the prospect of severaladvantages for image quality and color data handling. Most of these solutions are so-called multi-spectral technologies andtherefore still use filters. a spectral approach for image capturing is discussed, which is based on a diffraction grating. The grating isintegrated on a micro-mirror device in a linear array structure with very small dimensions. The main design criteria and theimportant parameters are discussed. Also the influences of MEMS technologies for the production of such devices areshown.Keywords: Spectral images, color scanner, micro mirror device, diffractive grating 1. INTRODUCTION In colloquial speech image capture devices (lCD) are known as "color scanner" or "image scanner" or on the other hand asdigital cameras. The common optical design of a scanner is a direct contact ofthe lCD and the original picture, while thecamera systems are able to take the image over a distance. An lCD enables us to make through-light or on-light scans oftwo-dimensional images and to convert the received information into a set of electronic signals that represent the imageinformation unambiguously. This image capture is a process that is complex and tangents to a multitude of academic fieldsand basic technologies. In the following, hover, priority will be given to the matter of optical image dissection. Theevaluation and processing of the received image data, analog-digital conversion for instance, the colorimetric calculation asll as the handling of data sets will not be considered any further.The optical elements of an lCD in its main part are a light source, the original image, reproduction and beam form lenses,and a detector. Normally, image dissection comprises two central functions:(I) The geometrical image dissection to address the smallest dissolved image elements (pixel).(II) The determination ofthe color values (or density) for each pixel.The geometrical image dissection, effecting an unambiguous determination of the image place, can thereby result
['Arved C. Hübler', 'F. Guessous', 'Susanne Reuter']
I am writing a research paper on a idea New approach for a spectral image capture device based on a micromirror system.
[{"from": "human", "value": "I am writing a research paper on a idea New approach for a spectral image capture device based on a micromirror system."}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: ABSTRACT Traditional technologies for image capture devices are based on the three RGB filters for the generation ofthe color signals.As an alternative, in the last years spectral methods of image capture re introduced with the prospect of severaladvantages for image quality and color data handling. Most of these solutions are so-called multi-spectral technologies andtherefore still use filters. a spectral approach for image capturing is discussed, which is based on a diffraction grating. The grating isintegrated on a micro-mirror device in a linear array structure with very small dimensions. The main design criteria and theimportant parameters are discussed. Also the influences of MEMS technologies for the production of such devices areshown.Keywords: Spectral images, color scanner, micro mirror device, diffractive grating 1. INTRODUCTION In colloquial speech image capture devices (lCD) are known as \"color scanner\" or \"image scanner\" or on the other hand asdigital cameras. The common optical design of a scanner is a direct contact ofthe lCD and the original picture, while thecamera systems are able to take the image over a distance. An lCD enables us to make through-light or on-light scans oftwo-dimensional images and to convert the received information into a set of electronic signals that represent the imageinformation unambiguously. This image capture is a process that is complex and tangents to a multitude of academic fieldsand basic technologies. In the following, hover, priority will be given to the matter of optical image dissection. Theevaluation and processing of the received image data, analog-digital conversion for instance, the colorimetric calculation asll as the handling of data sets will not be considered any further.The optical elements of an lCD in its main part are a light source, the original image, reproduction and beam form lenses,and a detector. Normally, image dissection comprises two central functions:(I) The geometrical image dissection to address the smallest dissolved image elements (pixel).(II) The determination ofthe color values (or density) for each pixel.The geometrical image dissection, effecting an unambiguous determination of the image place, can thereby result"}]