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Competent square power (16) and combination (17) derivatives form additional sum terms of the 2nd order partial DE (15).
D-PNN constructs a general partial differential equation, which defines a system model of dependent variables, applying integral fractional polynomial sum terms.
where (Y_{k}^{SIG}), (Y_{k}^{IF}) and (Y_{k}^{ISI}) are the first, second and third sum terms of Eq. (22), respectively.
Basically, the idea consists on sequentially evaluating the sum terms, using a series of thresholds which are associated with the confidence that a partial output will coincide with the overall network classification criterion.
On the other hand, the capacity of the EGT system differs from that of the MRT and the TR systems in the power of the modulus of the channel coefficients within the sum terms.
One can also clearly see that the sum terms are adding together "interfering constructively" for some periods of time, while for the other periods of time, it looks like as if they cancel each other out.
Similar(49)
Hence, all contributions from the sum term are undesirable and will contaminate the CSI.
where ω n =2πn/T p (n is the integer number); n = 0 in the sum term corresponding to the averaged intensity distribution for one period has been omitted.
Consequently, the undesirable part of the pilot signal, i.e., the sum term in (2), varies rapidly between time slots compared to the variation caused by the mobility of a single contaminator in a fixed schedule.
The reason why both a Coulomb term and a bond valence sum term were needed is discussed in section 22.3.
The first sum term in Equation (2) with can be considered a unary potential or data term, in which we want to match the intensity between two volumes.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com