Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The performance of dual-polarized M -QAM systems is studied. By assuming coherence beten the crosstalk and the desired signal, results are obtained for systems up to the modulation level of 64 QAM in each channel. Both balanced systems, with equal modulation levels in each channel, and unbalanced systems, with different modulation levels in each channel, are considered. Graphs are presented which show possible design tradeoffs to improve performance and suggest methods of system optimization. Each system is found to have an optimum value of relative transmitter por in the two channels. Analyses include the application of empirically based channel models giving relations beten depolarization crosstalk, coplanar path attenuation, and differential fading levels.
['P.F. Duvoisin', 'S. T. Hsieh', 'E.P. Williamson']
I am writing a research paper on a idea The Operation of Dual Polarized QAM Systems in the Presence of Depolarization Crosstalk and Differential Fading
[{"from": "human", "value": "I am writing a research paper on a idea The Operation of Dual Polarized QAM Systems in the Presence of Depolarization Crosstalk and Differential Fading"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The performance of dual-polarized M -QAM systems is studied. By assuming coherence beten the crosstalk and the desired signal, results are obtained for systems up to the modulation level of 64 QAM in each channel. Both balanced systems, with equal modulation levels in each channel, and unbalanced systems, with different modulation levels in each channel, are considered. Graphs are presented which show possible design tradeoffs to improve performance and suggest methods of system optimization. Each system is found to have an optimum value of relative transmitter por in the two channels. Analyses include the application of empirically based channel models giving relations beten depolarization crosstalk, coplanar path attenuation, and differential fading levels."}]