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The throughput of one MU is the bandwidth times spectrum efficiency provided by the serving BS w ij log(1+γ ij ), where w ij is the bandwidth MU j gets from BS i and γ ij is the SINR of MU j on BS i.
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What is the time spectrum of responses?
Figure 1: Real-time spectrum to time mapping using a scanning Fabry-Pérot interferometer (FPI).
And the resulting discreet-time spectrum looks like I indicate here.
And as we work our way through the system, this is the continuous-time spectrum.
Our spectrometer couples a home-made STM with a Real-Time Spectrum Analyzer.
With short time spectrum analysis, the vibrational modes at different frequencies have been reconstructed.
This work describes the real-time spectrum code developed for FPGA along with the attained results.
Or said another way, the discrete time spectrum is the continuous time spectrum of the samples with small omega replaced by capital omega divided by capital T. All right.
Now, we know that a discrete time spectrum must be periodic in frequency with a period of 2 pi.
In fact, spectral modeling synthesis (SMS) is based on synthesizing the short-time spectrum directly by some means.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com