Search Results - "TIMOTHY, K. I"
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Raindrop size distribution using method of moments for terrestrial and satellite communication applications in Singapore
Published in IEEE transactions on antennas and propagation (01-10-2002)“…As communication services using higher frequencies are growing rapidly in the tropics, there is an increasing need for a finer model to predict the attenuation…”
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Journal Article -
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Dynamical properties of rainfall for performance assessment of earth/space communication links at Ku and Ka bands
Published in International journal of satellite communications (01-01-1998)“…Knowledge about the dynamic characteristics of rainfall rate and rainfading is of vital importance both for studies on the physical interpretation and…”
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Journal Article -
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Performance of the site diversity technique in Singapore: preliminary results
Published in IEEE communications letters (01-02-2001)“…The use of "site diversity" to counter the severe rain attenuation in a small area (like Singapore) where optimum baseline orientation with respect to the…”
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Journal Article -
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The effect of rate of decay of rain path profile on microwave communication
Published in International journal of remote sensing (20-11-1997)“…The attenuation of radio waves due to rain can be predicted with a good degree of accuracy, provided the rain rate characteristics over the entire path of…”
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Journal Article -
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Microwave propagation in relation to atmospheric parameters over different terrains of Assam Valley
Published in Proceedings of IGARSS '93 - IEEE International Geoscience and Remote Sensing Symposium (1993)“…A study on microwave propagation over six links in the 6-11 GHz frequencies was conducted over marshy, hilly and built-up areas of Assam Valley to study the…”
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Conference Proceeding -
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Technical note The effect of rate of decay of rain path profile on microwave communication
Published in International journal of remote sensing (01-11-1997)“…The attenuation of radio waves due to rain can be predicted with a good degree of accuracy, provided the rain rate characteristics over the entire path of…”
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Journal Article