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The channel is assumed to be constant during a block and varies independently between blocks.
Furthermore, the LO phases of all relays are assumed to be constant during a transmission cycle.
The channel gains are assumed to be constant during a transmission time slot.
All channel coefficients are considered to be constant during a frame and have a zero-mean circular symmetric complex Gaussian (ZMCSCG) distribution with variances N h x = 1 / d x n loss, x ∈ { 0, 1, 2 }.
The channel coefficients h 0 and h 2 are considered to be constant during a frame and have a zero mean circular symmetric complex gaussian (ZMCSCG) distribution with variances (N_{h_{0}}=1/{d_{0}}^{n_{text {loss}}}) and (N_{h_{2}}=1/{d_{2}}^{n_{text {loss}}}), respectively.
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The channel gain of each subcarrier is assumed to be constant during an OFDM symbol duration.
Here we assume that is constant during a processing data block, that is, depends only on.
Generally, (P_{water,hbox{max} }^{t}) is constant during a scheduling period (24 hours).
Accordingly, the fading coefficients are constant during a transmission block and change independently for every block.
In the case of tracking moving targets, most methods assume that each source angle is constant during a time interval.
However, the proposed algorithms assume that the mesh topology of analysis area is constant during a simulation.
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