‫Now, how can we simulate a channel in the Jeonju radio?
‫This can be done using the channel model blog.
‫And these are the parameters of this general model.
‫And the first barometer is the noise voltage and the noise voltage that is being set here.
‫It is actually the standard deviation of the Gwoza and distribution that is used to generate the noise.
‫And if we set this noise wordage, are this standard deviation as higher, the noise generated will
‫be higher.
‫And then the second factor is the frequency offset.
‫Frequency offset is the difference in the carrier frequencies between the transmitter and the receiver.
‫And then we have the Epsilon Epsilon is the time difference between the clocks that are there at the
‫transmitter and at the receiver.
‫And then we have these apps, the number of taps that are dear in the channel.
‫It depends on the number of multi bots.
‫So actually we are modeling the channel as a filter.
‫And if there are three multi bots, as is the case in this diagram, then there will be three taps that
‫would be used to model this channel.
‫And if we are sending a Kupinski signal, for example, then the signal has a real part and an imaginary
‫part.
‫So that means that each of these steps would have a real part as well as the magni part.
‫So in this case, there would be three taps and each of these steps would have a real path as well as
‫an imaginary part.
‫In the case of Complex Symbol's.