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Execution of automatic processing of the original information, such as transverse scanning of the footbridge at 120 degrees by 86 degrees (which is basically performed by the software system CONIQROSE), is yet to be performed. The following clarify the following characteristics related to the straightening processing executed by the image feature extracting software, that is, the process omitted from the above, which is the extraction of the image after the base surface of the footbridge is not processed.

Forensic investigation in which the position and the shape of the body of the victim are prominently suggested is widely used in criminal investigation. In particular, the place of the body on the ground as well as the position and the shape of footprints are essential pieces of information in the forensic investigation. This is because there are various conditions in which the footprint is formed, such as the surface of the ground, water, snow, mud, etc., and the impression of the footprint is damaged by various factors such as precipitation, weather and soil properties, which result in the poor preservation of the footprint. High resolution images of the footprint are formed in various ways, which contribute to the specifications of fingerprints and footprints, under various conditions. In particular, images of the footprint on soil or concrete are of high quality and are used for the say footprint analysis and the process of field of gravity analysis. Furthermore, antibodies are generally employed in order to examine the trace of the footprint in a laboratory. Visual inspection and GPS (global positioning system) provides information such as the position and the shape of the footprint, and by obtaining such information, the position and the shape of the footprint can also be obtained. In the case of image-based image processing, it is possible to allow image processing with the desired resolution on a large scale. In actual circumstances, however, image processing with high resolution occupies considerable time and labor because it is necessary to extract the image of a footprint at the base surface of the bridge in order to obtain a footprint image in the same way as a fingerprint image. The research object of the present study is to attain the large-scale high-resolution processing of the image of the base surface of the bridge by combining the advanced method for extracting the image of the base surface mentioned above and various attribute information of the image of the footprint, which is performed as a subsidiary study for the study of the generation of the footprint on the bridge base surface. d2c66b5586