#Multispec 4c firmware registration#

This airborne multispectral imaging system has advantages of small volume, multi-function, and good expansibility. The airborne multispectral imaging system can connect peripheral device use the ports of the embedded computer, so the system operation and the stored image data management are easy. The embedded computer controls the camera parameters setting, filter wheel and stabilized platform working, image and POS data acquisition, and stores the image and data. The embedded computer has excellent universality and expansibility, and has advantages in volume and weight for airborne platform, so it can meet the requirements of control system of the integrated airborne multispectral imaging system. The multispectral imaging system integrates CMOS camera, filter wheel with eight filters, two-axis stabilized platform, miniature POS (position and orientation system) and embedded computer. PMID:26205264Īn integrated compact airborne multispectral imaging system using embedded computerĪn integrated compact airborne multispectral imaging system using embedded computer based control system was developed for small aircraft multispectral imaging application. Experiments show that our method can acquire high quality multispectral images and the band-to-band alignment error of the composed multiple spectral images is less than 2.5 pixels.

#Multispec 4c firmware registration#

For the difficult registration problem between visible band images and near-infrared band images in cases lacking manmade objects, we presented an effective method based on the structural characteristics of the system. The homography registration model was chosen, and the scale-invariant feature transform (SIFT) and random sample consensus (RANSAC) were used to generate matching points. For this multispectral system, an automatic multispectral data composing method was proposed. This paper describes an airborne high resolution four- camera multispectral system which mainly consists of four identical monochrome cameras equipped with four interchangeable bandpass filters. One came.Ī Multispectral Image Creating Method for a New Airborne Four- Camera System with Different Bandpass Filters The cameras are equipped with a full-frame complementary metal oxide semiconductor (CMOS) sensor with 5616 Ã- 3744 pixels.

This paper describes the design and evaluation of an airborne multispectral imaging system based on two identical consumer-grade cameras for agricultural remote sensing. USDA-ARS?s Scientific Manuscript database An airborne multispectral imaging system based on two consumer-grade cameras for agricultural remote sensing