This paper describes the effects of GPS signals reflection on finite surfaces and diffraction on straight borders. These effects have been evaluated theoretically and verified experimentally. The reflection has been calculated using the Fresnel-Kirchoff integral and the diffraction with the Keller GTD theory. The conclusion emphasize the greater importance of effect of “reflection” compared to those of “diffraction”, much more localized and of lower amplitude
This paper describes the effects of GPS signals reflection on finite surfaces and diffraction on straight borders. These effects have been evaluated theoretically and verified experimentally. The reflection has been calculated using the Fresnel-Kirchoff integral and the diffraction with the Keller GTD theory. The conclusion emphasize the greater importance of effect of “reflection” compared to those of “diffraction”, much more localized and of lower amplitude Read More
Related posts:
Evaluation of the effects of GPS signal reflection and diffraction on different kinds of surfaces in pseudor-ange determination. Application to different types of receivers
Full-Body Activity Recognition Using Inertial Signals
Learning by doing: an experience with a novel e-Learning platform and a Learning Object authoring tool in a teachers’ course about e-Safety
Development of measurement and modeling procedures of diffractive near-LOS Wireless Links
Modeling transmission lines with open boundaries via infinite mapping layer
Drone flight planning for safe urban operations UTM requirements and tools