Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  studies the design and performance analysis of a noncoherent hybrid modulation scheme derived from multifrequency and multiphase signals, and referred to as joint frequency-phase modulation (JFPM). This modulation class includes many formats, which can be classified as efficient bandwidth-limited modulation or por-limited modulation techniques. A noncoherent receiver structure for JFPM signals is introduced, and an exact expression for the probability of a bit error over AWGN channels is obtained. The results show that noncoherent JFPM perform better than M-ary DPSK and/or noncoherent M-ary FSK systems. The por spectral density and the spectral efficiency of JFPM are analyzed. Fractional out-of-band por containment bandwidths are obtained numerically for different JFPM formats. These analytical results show that the por spectral density of JFPM does not contain a discrete component and the same bandwidth efficiency can be obtained by using different JFPM formats. Overall, JFPM can be classified as a bandwidth- and por-efficient modulation technique. >
['I. Ghareeb']
I am writing a research paper on a idea Bit error rate performance and power spectral density of a noncoherent hybrid frequency-phase modulation system
[{"from": "human", "value": "I am writing a research paper on a idea Bit error rate performance and power spectral density of a noncoherent hybrid frequency-phase modulation system"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  studies the design and performance analysis of a noncoherent hybrid modulation scheme derived from multifrequency and multiphase signals, and referred to as joint frequency-phase modulation (JFPM). This modulation class includes many formats, which can be classified as efficient bandwidth-limited modulation or por-limited modulation techniques. A noncoherent receiver structure for JFPM signals is introduced, and an exact expression for the probability of a bit error over AWGN channels is obtained. The results show that noncoherent JFPM perform better than M-ary DPSK and/or noncoherent M-ary FSK systems. The por spectral density and the spectral efficiency of JFPM are analyzed. Fractional out-of-band por containment bandwidths are obtained numerically for different JFPM formats. These analytical results show that the por spectral density of JFPM does not contain a discrete component and the same bandwidth efficiency can be obtained by using different JFPM formats. Overall, JFPM can be classified as a bandwidth- and por-efficient modulation technique. >"}]