Thermal image processing using superresolution methods

Thermal image processing using superresolution methods

Software

A disadvantage of most of commercially available thermal cameras is a low spatial resolution. This software is able to process video sequences recorded by thermal camera FLIR SC660 (the sequences must be stored in *.csv format) and to increase the spatial resolution using several frames extracted from the sequence. A superresolution method is used for this purpose. It is possible to run the software in MATLAB using command GUI. Use button Open File to load the video sequence that will be used for new image reconstruction. Field Choose reference can be used to identify a number of frame that will be used as reference one. Next, it is possible to define how many frames will be selected before and after reference one, and what step will be used between the consecutive frames. Finally it is possible to determine kind of filtering during post-processing method. It is possible to skip this step or it is possible to use interpolation as well as Wiener filter. The reference and resulting image I displayed in software window. It is also possible to export the resulting image into *.mat format. The artificial spatial resolution increase can be done without graphic interface too. For this purpose use functions dftregistration.m and registration.m

A disadvantage of most of commercially available thermal cameras is a low spatial resolution. This software is able to process video sequences recorded by thermal camera FLIR SC660 (the sequences must be stored in *.csv format) and to increase the spatial resolution using several frames extracted from the sequence. A superresolution method is used for this purpose. It is possible to run the software in MATLAB using command GUI. Use button Open File to load the video sequence that will be used for new image reconstruction. Field Choose reference can be used to identify a number of frame that will be used as reference one. Next, it is possible to define how many frames will be selected before and after reference one, and what step will be used between the consecutive frames. Finally it is possible to determine kind of filtering during post-processing method. It is possible to skip this step or it is possible to use interpolation as well as Wiener filter. The reference and resulting image I displayed in software window. It is also possible to export the resulting image into *.mat format. The artificial spatial resolution increase can be done without graphic interface too. For this purpose use functions dftregistration.m and registration.m

Thermal spectrum, superresolution, image signal processing

Thermal spectrum, superresolution, image signal processing

http://splab.cz/en/download/software/software-zpracovani-termalnich-obrazu-pomoci-technik-superresolution

only the provider uses the result

Use of the result by another entity is possible without acquiring a license in some cases

http://splab.cz/en/download/software/software-zpracovani-termalnich-obrazu-pomoci-technik-superresolution