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Which method is used by Edwards and Durkin algorithm to calculate the loss associated with diffraction edges?

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Which method is used by Edwards and Durkin algorithm to calculate the loss associated with diffraction edges?

(a) Epstein and Peterson method

(b) Interpolation method

(c) Knife edge diffraction method

(d) Fresnel- Kirchoff method

This question was posed to me in final exam.

I'm obligated to ask this question of Outdoor Propagation Models topic in portion Mobile Radio Propagation: Large – Scale Path Loss of Wireless/Mobile

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Right option is (a) Epstein and Peterson method

Explanation: The Edwards and Durkin algorithm uses Epstein and Peterson method to calculate the loss associated with two diffraction edges. It is the sum of two attenuations. First is loss at second diffraction edge caused by first diffraction edge. And second is the loss at receiver caused by second diffraction edge.

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