Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Inter-cell interference is one of the main limiting factors in current heterogeneous cellular networks. Uplink fractional por control (FPC) is a ll-known method that aims to cope with such a limiting factor and to save the battery life of the mobile terminals (MTs). In order to do that, the transmit por of each MT is adjusted as a function of a set of parameters that usually depend only on the link beten MTs and serving base station (BS), such as the desired received por at the serving BS or the path loss beten the MT and its serving BS. Contrary to these classical FPC schemes, in this paper,  use stochastic geometry to analyze a por control mechanism that keeps the interference generated by each MT under a given threshold.  also consider a maximum transmitted por and a partial compensation of the path loss. Our analysis reveals that such an interference aware method can reduce the average por consumption and increase the average spectral efficiency at once. In addition, the variance of the interference is reduced, thus improving the performance of adaptive modulation and coding schemes, since the interference can be better estimated.
['Francisco Javier Martin-Vega', 'Gerardo Gómez', 'Mari Carmen Aguayo-Torres', 'Marco Di Renzo']
I am writing a research paper on a idea Analytical Modeling of Interference Aware Power Control for the Uplink of Heterogeneous Cellular Networks
[{"from": "human", "value": "I am writing a research paper on a idea Analytical Modeling of Interference Aware Power Control for the Uplink of Heterogeneous Cellular Networks"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Inter-cell interference is one of the main limiting factors in current heterogeneous cellular networks. Uplink fractional por control (FPC) is a ll-known method that aims to cope with such a limiting factor and to save the battery life of the mobile terminals (MTs). In order to do that, the transmit por of each MT is adjusted as a function of a set of parameters that usually depend only on the link beten MTs and serving base station (BS), such as the desired received por at the serving BS or the path loss beten the MT and its serving BS. Contrary to these classical FPC schemes, in this paper,  use stochastic geometry to analyze a por control mechanism that keeps the interference generated by each MT under a given threshold.  also consider a maximum transmitted por and a partial compensation of the path loss. Our analysis reveals that such an interference aware method can reduce the average por consumption and increase the average spectral efficiency at once. In addition, the variance of the interference is reduced, thus improving the performance of adaptive modulation and coding schemes, since the interference can be better estimated."}]