In this paper, we rather consider an OCIF, which is defined as the ratio of total other-cell received power to the total inner-cell received power.
Each UT sends information from the precoder W to the BS via the feedforward link, then BS estimates the received power to satisfy the transmit power constraint.
In this paper, we focus on the downlink other-cell interference factor (OCIF), which is defined for a given user as the ratio of its outer cell received power to its inner cell received power.
In more recent work, the OCIF is defined as the ratio of the other-cell received power to the total inner-cell received power, encompassing both the desired signal as well as the own-cell interference [5 7, 12, 13].
In the second part of characterization, we used the measured received power to estimate the parameters of the Shadowing propagation model for this scenario.
We consider the transmit and receive power to be the main sources of power consumption at each node, thus the sensing and processing powers are negligible.
The two electrodes delivering or receiving power to or from the outside are called en and ep (negative and positive electrode).
In this scheme, by applying the method of non-linear least squares, the user terminal (UT) can use the receiving power to estimate the communication round trip delay (RTD) and based on the transmission delay of the beam center and the satellite, RTD can be compensated before transmission.
where is the received power at distance with respect to the antenna gain and height and the system loss.
For the conversion of RSSI values to received powers (and path losses), a calibration of the nodes is performed.
