AN INVESTIGATION OF TERRAIN RELATED VARIABLES FOR PREDICTING THE MULTIPATH FADE DEPTH DISTRIBUTION ON TERRESTRIAL MICROWAVE LINKS

Authors
  1. Tjelta, T.
  2. Olsen, R.L.
  3. Martin, L.
Corporate Authors
Norwegian Telecommunications Administration Research Establishment, Kjeller (Norway);Communications Research Centre, Ottawa ONT (CAN) Dept of Communications;Centre National d'Etudes des Telecommunications, Lannion (France)
Abstract
Terrain related variables are shown to be important in an asymptotic prediction equation for the worst-month multipath fade depth distribution. From a fading data base for 47 links in North Western Europe, equations are developed employing up to six variables and an additional variable geoclimatic factor. The best standard error of prediction is 2.8 dB, considerably better than that available from other prediction methods for the same region. A large number of variables are investigated, most of them closely related to the terrain. The results suggest that terrain reflections play an important role in multipath propagation.
Report Number
AGARD-CP-407-PAP-1 — @Paper presented at the Electromagnetic Wave Propagation Panel Specialists' meeting held in Ottawa, Canada, 20-24 October 1986; CONTAINED IN 88-01966
Date of publication
15 Nov 1987
Number of Pages
9
DSTKIM No
88-01965
CANDIS No
55195
Format(s):
Hardcopy

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