This paper reports a study on mitigation of propagation impairments on Earth-space communication links. The study uses time diversity as a technique for mitigating rain propagation impairment in order to rectify rain fade. Rain attenuation time series along earth-to-satellite link were measured for two years period at 12.225 GHz in Malaysia. The time diversity technique was applied on measured rain fade to investigate the level of possible improvement in system. Time diversity gain from measured one-minute rain attenuation for two years period was estimated and significant improvement was observed with different delays of time. These findings will be utilized as a useful tool for link designers to apply time diversity as a rain fade mitigat...
Time diversity is one of the advanced diversity techniques that aim to mitigate propagation impairme...
Satellite communication systems a superior capacity. Millimeter wave offers a allocation, involves s...
To compensate propagation impairments on Earth–space communication links, a specific fade mitigation...
This paper reports a study on mitigation of propagation impairments on Earth-space communication lin...
This paper reports a study on mitigation of propagation impairments on Earth–space communication lin...
The utilization of satellites for communication systems has expanded considerably in recent years. C...
Time diversity is one of the mitigation techniques for satellite communications (SatCom) systems tha...
Satellite communication systems are moving towards greater capacity. Millimeter wave frequency offer...
Earth–to-satellite links are highly affected by propagation impairments especially by rain that ope...
Time diversity is one of the mitigation techniques for satellite communications (SatCom) systems tha...
Deployment of commercial satellite networks at higher frequency bands such as the Ka and V -band has...
Rain attenuation is an important propagation impairments causes by troposphere which degrades the pe...
Satellite communication in the future is shifting to higher frequency Ka and V-bands. The fu...
Measurements of 26 GHz attenuation due to rain were acquired from a microwave link set-up in Malaysi...
Earth to satellite communications are moving towards higher frequency bands in future which are more...
Time diversity is one of the advanced diversity techniques that aim to mitigate propagation impairme...
Satellite communication systems a superior capacity. Millimeter wave offers a allocation, involves s...
To compensate propagation impairments on Earth–space communication links, a specific fade mitigation...
This paper reports a study on mitigation of propagation impairments on Earth-space communication lin...
This paper reports a study on mitigation of propagation impairments on Earth–space communication lin...
The utilization of satellites for communication systems has expanded considerably in recent years. C...
Time diversity is one of the mitigation techniques for satellite communications (SatCom) systems tha...
Satellite communication systems are moving towards greater capacity. Millimeter wave frequency offer...
Earth–to-satellite links are highly affected by propagation impairments especially by rain that ope...
Time diversity is one of the mitigation techniques for satellite communications (SatCom) systems tha...
Deployment of commercial satellite networks at higher frequency bands such as the Ka and V -band has...
Rain attenuation is an important propagation impairments causes by troposphere which degrades the pe...
Satellite communication in the future is shifting to higher frequency Ka and V-bands. The fu...
Measurements of 26 GHz attenuation due to rain were acquired from a microwave link set-up in Malaysi...
Earth to satellite communications are moving towards higher frequency bands in future which are more...
Time diversity is one of the advanced diversity techniques that aim to mitigate propagation impairme...
Satellite communication systems a superior capacity. Millimeter wave offers a allocation, involves s...
To compensate propagation impairments on Earth–space communication links, a specific fade mitigation...