Sentence examples for minimum bit energy from inspiring English sources

We observe that the minimum bit energy decreases with increasing in all cases.

We have characterized the minimum bit energy and the wideband slope regions for different transmission strategies.

Figure 16 shows the minimum bit energy for different relaying schemes with overlapped or nonoverlapped transmission techniques.

Additionally, the minimum bit energy is clearly independent of the QoS limitations parametrized by the QoS exponents θ1 and θ2.

Hence, in such a case, the same minimum bit energy and wideband slope expressions are obtained in both regimes.

We show that different transmission and reception strategies do not affect the minimum bit energy levels required by each user.

More specifically, we have found that the minimum bit energies are the same for each user when different transmission and reception techniques are employed.

Additionally, we prove that while the minimum bit energies are independent of the QoS constraints in the low power regime, they vary with the QoS constraints in the wideband regime.

Below, we first note the maximum effective capacities attained through different transmission strategies described in in Section 1. Subsequently, we identify the corresponding minimum bit energies and the wideband slopes.

Theorem 1: For all λ = SN R 1 SN R 2 and all g z1, SNR1) satisfying the properties in Assumption 1, the minimum received bit energy for the multiaccess fading channel attained through TDMA, superposition coding with fixed decoding order, or superposition decoding with varying decoding order, is the same and is given by E b, 1 r N 0 min = E b, 2 r N 0 min = log e 2 = - 1. 59 dB.

As the following result shows, the minimum received bit energies for the different strategies are the same.