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SOURCE: Jeyapalan K. Soft Photogrammetry for Highway Engineering 1998
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MEDIAINFO
Textbook in PDF format The SoftPlotter, a soft photogrammetric software and Silicon Graphics workstation, was used to evaluate the accuracy of soft photogrammetry and identify applications of this technology to highway engineering. A comparative study showed that SoftPlotter compares well with other software such as Socket and Integraph. The PC software TNT mips is inexpensive but needs further development to be comparable to SoftPlotter. The Campus Project showed that soft photogrammetry is accurate for traditional photogrammetric applications. It is also accurate for producing orthophoto and base maps for Geographic Information Systems (GISs). The Highway Project showed that soft photogrammetry is accurate for highway engineering and that the technical staff at the Iowa Department of Transportation (IA DOT) can be easily trained in this new technology. The research demonstrated that soft photogrammetry can be used with low-flight helicopter photography for large-scale mapping in highway engineering. The researchers recommend that research be conducted to test the use of digital cameras instead of the traditional aerial cameras in helicopter photography. Research that examines the use of soft photogrammetry with video logging imagery for inventory and GIS studies in highway maintenance is also recommended. Research is also warranted into the integration of soft photogrammetry with virtual reality, which can be used in three-dimensional designing and visualization of highways and subdivisions in real time. Executive Summary. Introduction. Soft Photogrammetry and Related Software. Soft Photogrammetry and GIS. SoftPlotter. Campus Project. Accuracy of Photo Coordinates. Accuracy of Aerial Triangulation by Soft Photogrammetry. Accuracy of Auto Correlation by Soft Photogrammetry. Accuracy of SoftPlotter Compared to a First-order Stereo Plotter Zeiss CS. Accuracy of Planimetry and Orthophoto by SoftPlotter. Highway 218 Project. Aerial Triangulation. Creation of TIN. Creation of Orthophotos and Mosaicing. Digitizing Tool: KDMS. GIS Application and Map Making. Feasibility of Transferring the Technology. Future Applications of Soft Photogrammetry. Helicopter Project. Video Logging Images for As-built Survey and Monitoring Road Conditions. Integration of Soft Photogrammetry and Virtual Reality. Conclusion and Recommendation. Acknowledgment. Bibliography. Appendixes. Hardware. Software. Comparison of Software. Integraph and SoftPlotter. Socket and SoftP!otter. TNTMips and SoftPlotter. Transfer of Technology. Letter from county engineer. Letter from photogrammetrist using analytical plotter. Letter from photogrammetrist using analogue plotter
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