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Exact(27)
Thus, to estimate the time-domain channel matrix, we use the frequency-domain received signal without applying the time-domain receiver window.
Thus, if there are number of wireless nodes with number of flows in each wireless node, and the base station has a buffer size of, in the system, wireless node (without having to receive any information from AP) will set the receiver window of TCP flows to be (4).
The fading parameters of wireless channels detected in the physical layer can be used to dynamically tune the parameters (such as packet length and advertised receiver window size) of the TCP protocol in the transport layer so that TCP throughput is improved.
receiver window.
Further, TCP performance is also closely related to the receiver window size (RWS).
Ideally the maximum TCP throughput achievable is: TCP Throughput = Receiver window size / RTT.
Similar(33)
Second, we design an MMSE block decision-feedback equalizer (BDFE) that can be modified to support receiver windowing.
It can be observed that the time-domain receiver windowing can improve the BER performance over the system without windowing [34] under doubly selective channels.
With time-domain receiver windowing, the BER performances of the average approximation of and the maximum approximation of in (8) are almost the same after three iterations.
Observe that the receiver windowing in [27] only requires some statistical knowledge about the channel time variation, and this knowledge does not even have to be very exact.
We have exploited the cyclically banded structure of the frequency-domain channel matrix, as well as receiver windowing that enforces the cyclically banded structure, to limit the computational complexity, which is linear in the block length.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com