The system is inherently stochastic as the data packets may incur bit-flips due to various types of interference, but by applying network protocols for reliable data transfer, we can reduce the probability of error.
The goal of the algorithm is to reduce the overall network interference level by applying a higher taxation to transmissions with higher ranks.
Nevertheless, the interference can be canceled by performing successive interference cancellation or by applying linear transceive beamforming, e.g., ZF, that nullifies the interference [20].
In the context of bi-directional communications,[6, 10] design the signal alignment protocols in amplify-and-forward (AF MIMOO relay systems, where the inter-stream interference is eliminated by applying precoding, and the intra-stream interference is coped with by using network coding.
The precoder is designed in two phases: first the intercell interference is removed by applying a set of distributed precoding vectors; then the system is further optimized through power allocation.
Matrix interferences drastically decreased by applying a clean-up step based on the use of an imprinted polymer especially designed for tributyltin (TBT).
We proposed an adapted soft frequency reuse (ASFR) approach to combat traditional inter-cell interference by inheriting the conventional soft frequency reuse (SFR) functionality and to mitigate inter-tier interference (ITI) of macro/femtocells by applying an orthogonal spectrum reuse between macro/femtocells.
This can be achieved by applying interference alignment decoding in the time domain at the receiver input, before the synchronization tasks.
In MU-MIMO, a transmitting node transmits X independent parallel data streams from X transmit antenna elements to K nodes (X × K), K ≤ X by applying interference limited precoding.
It should be emphasized that the drawback observed here in the form of inter-channel interference (ICI) is eliminated by applying the so-called SVD (singular value decomposition) form in the signal reconstruction process [6 8], dedicated solely to the traditional analysis based on a parameter matrix calculus [9 11].
