An Adaptive Switching Echo Cancellation/Diversity Reception for an FM Broadcasting Receiver in Multipath Mobile Channel
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概要
- 論文の詳細を見る
In the multipath mobile channel, the received signal suffers from both the fluctuation in the received field intensity caused by fading and waveform distortion caused by the echo. Diversity reception using multiple spaced antennas is an effective method to compensate for fading, while echo cancellation with an adaptive array is good at compensating for waveform distortion. In this paper, an adaptive switching echo cancellation/diversity reception method to compensate for both waveform distortion and fading is proposed. The proposed switching reception monitors the impacts of channel conditions on received signal and then one of an echo canceller and a diversity receiver is selected accordingly to compensate the channel. The compensation performance of the proposed switching reception in terms of both average DUR (Desired to Undesired signal Ratio)and the probability of DUR below a threshold value is investigated with computer simulation. The results show that the adaptive swiching echo cancellation/diversity reception has realized the advantages of both adaptive echo cancellation and diversity reception.
- 社団法人電子情報通信学会の論文
- 1998-03-25
著者
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Otani Takuya
The Department Of Computer Science And Electronics Kyushu Institute Of Technology
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TONG Fangwei
the Department of Computer Science and Electronics Kyushu Institute of Technology
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AKAIWA Yoshihiko
the Department of Intelligent Systems Kyushu University
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Akaiwa Yoshihiko
The Department Of Intelligent Systems Graduate School Of Information Science And Electrical Engineer
関連論文
- An Adaptive Switching Echo Cancellation/Diversity Reception for an FM Broadcasting Receiver in Multipath Mobile Channel
- Feedback Type Echo Distortion Canceller in an FM Broadcasting Receiver
- FOREWORD (Special Issue on Personal Communications)
- A Dynamic Radio Channel Assignment Considering Data Packet Length and Channel Quality(Special Issue on Mobile Multimedia Communications)