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Case 3 (Full coverage)

Case 3 (Full coverage)

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Figure 1. Reflected wave.
Figure 2. Diffraction angle
Figure 3. Case 1 (Reflected waves)
Figure 4. Case 2 (Diffacted waves)
+3 Figure 5. Case 3 (Full coverage)
Full Coverage Prediction with UTD and GO model
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  • Jun 2018
In order to improve the quality of service in UHF broadcasting systems, extracting of coverage map is so important. Coverage map is drawn after electric field is predicted by means of Uniform Theory of diffraction (UTD) and Geometrical optic (GO) models. In urban areas, direct, reflected and diffracted fields are used to generate the coverage map....
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Context 1
... fields decreased to -120 dB far away from the diffraction point. In the third case, full coverage map is drawn by using direct, reflected and diffracted rays as showed in Figure 5. As it is demonstrated in Figure 5, full coverage map is generated. ...
Context 2
... the third case, full coverage map is drawn by using direct, reflected and diffracted rays as showed in Figure 5. As it is demonstrated in Figure 5, full coverage map is generated. At closer points to source, electric field strength increased. ...

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