Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  applies the Bayesian conditional decision feedback estimator (BCDFE) to rapidly fading frequency selective channels. The BCDFE is a model-based deconvolution algorithm which jointly estimates the transmitted data and channel parameters. The BCDFE applies joint symbol-by-symbol MAP demodulation and channel estimation to equalize channels, and consequently provides robust performance in rapidly fading channels.  provide a brief derivation of the BCDFE and characterize the performance on the land mobile radio channel.  assess the BCDFE's principle design characteristics and the resulting performance in both transient and steady-state operation. The effects of delay spread, Doppler spread, and co-channel interference on the BEP performance are also presented. The BCDFE demonstrates many of the desirable characteristics of an equalizer for mobile radio. >
['Gen-Kwo Lee', 'Michael P. Fitz', 'Saul B. Gelfand']
I am writing a research paper on a idea Bayesian techniques for equalization of rapidly fading frequency selective channels
[{"from": "human", "value": "I am writing a research paper on a idea Bayesian techniques for equalization of rapidly fading frequency selective channels"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  applies the Bayesian conditional decision feedback estimator (BCDFE) to rapidly fading frequency selective channels. The BCDFE is a model-based deconvolution algorithm which jointly estimates the transmitted data and channel parameters. The BCDFE applies joint symbol-by-symbol MAP demodulation and channel estimation to equalize channels, and consequently provides robust performance in rapidly fading channels.  provide a brief derivation of the BCDFE and characterize the performance on the land mobile radio channel.  assess the BCDFE's principle design characteristics and the resulting performance in both transient and steady-state operation. The effects of delay spread, Doppler spread, and co-channel interference on the BEP performance are also presented. The BCDFE demonstrates many of the desirable characteristics of an equalizer for mobile radio. >"}]