Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Two suboptimal algorithms are proposed for downlink beamforming in FDD DS-CDMA mobile radio by using uplink beamforming ights. One is a null-constrained method, which maintains the same null positions for both uplink and downlink beam patterns; the other is a frequency-calibrated method which constrains the same main beam positions for both patterns.  also evaluate the multicell downlink capacity of DS-CDMA systems using a per-user-per-ight beamforming scheme. Outer cell interference is modeled as an AWGN process whose variance is proportional to the average intracell total transmitted por. Computer simulations are given to compare the single cell and multicell capacities using different downlink beamforming ight generation algorithms.
['Ying-Chang Liang', 'Francois P. S. Chin']
I am writing a research paper on a idea Two suboptimal algorithms for downlink beamforming in FDD DS-CDMA mobile radio
[{"from": "human", "value": "I am writing a research paper on a idea Two suboptimal algorithms for downlink beamforming in FDD DS-CDMA mobile radio"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Two suboptimal algorithms are proposed for downlink beamforming in FDD DS-CDMA mobile radio by using uplink beamforming ights. One is a null-constrained method, which maintains the same null positions for both uplink and downlink beam patterns; the other is a frequency-calibrated method which constrains the same main beam positions for both patterns.  also evaluate the multicell downlink capacity of DS-CDMA systems using a per-user-per-ight beamforming scheme. Outer cell interference is modeled as an AWGN process whose variance is proportional to the average intracell total transmitted por. Computer simulations are given to compare the single cell and multicell capacities using different downlink beamforming ight generation algorithms."}]