關鍵字查詢 | 類別:會議論文 | | 關鍵字:Low Complexity Receiver for Continuous Phase Modulation using 3RC-TL Phase Shaping Pulses

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序號 學年期 教師動態
1 104/1 會議論文 發佈 Low Complexity Receiver for Continuous Phase Modulation using 3RC-TL Phase Shaping Pulses , [104-1] :Low Complexity Receiver for Continuous Phase Modulation using 3RC-TL Phase Shaping Pulses會議論文Low Complexity Receiver for Continuous Phase Modulation using 3RC-TL Phase Shaping PulsesRichard H.-H. Yang; Ming-Tsai Lee; Chia-Kun Lee; Shiunn-Jang ChernContinuous phase modulation;Time-limited phase shaping pulses; PAM-based receiver;3RC-TL;MSK;GMSK;Coding gain;power-bandwidth performance2015 International Symposium on Intelligent Signal Processing and Communication Systems (ISPACS) (IEEE Explorer)In our previous work, we presented an alternative continuous phase modulation (CPM) scheme using time-limited phase shaping pulses (PSP), named as the CPM-TL. It could achieve large coding gains over conventional CPM using time-unlimited PSP (CPM-TU) in many cases. Also, we found a useful class of binary CPM-TL schemes that employed time-limited raised cosine (RC) PSP, with pulse width equal to 3, denoted as 3RC-TL of CPM scheme. It has large coding gains over the Minimum Shift Keying (MSK) and G
2 104/1 電機系 陳巽璋 教授 會議論文 發佈 Low Complexity Receiver for Continuous Phase Modulation using 3RC-TL Phase Shaping Pulses , [104-1] :Low Complexity Receiver for Continuous Phase Modulation using 3RC-TL Phase Shaping Pulses會議論文Low Complexity Receiver for Continuous Phase Modulation using 3RC-TL Phase Shaping PulsesRichard H.-H. Yang, Ming-Tsai Lee, Chia-Kun Lee, and Shiunn-Jang ChernContinuous phase modulation; Time-limited phase shaping pulses; PAM-based receiver; 3RC-TL; MSK; GMSK; Coding gain; power-bandwidth performance2015 International Symposium on Intelligent Signal Processing and Communication Systems (ISPACS) (IEEE Explorer)In our previous work, we presented an alternative continuous phase modulation (CPM) scheme using time-limited phase shaping pulses (PSP), named as the CPM-TL. It could achieve large coding gains over conventional CPM using time-unlimited PSP (CPM-TU) in many cases. Also, we found a useful class of binary CPM-TL schemes that employed time-limited raised cosine (RC) PSP, with pulse width equal to 3, denoted as 3RC-TL of CPM scheme. It has large coding gains over the Minimum Shift Keying (
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