Sentence examples for bits per unit of from inspiring English sources

The case presented considers the situation where the bit rate between controller and plant is constrained to a fixed number of bits per unit of time and an underlying fixed fast sampling rate is deployed to take measurements.

A widely used performance metric for EE is the number of transmitted bits per unit of energy.

In [20], a power allocation technique was proposed for maximizing the bits per unit of Joule of an OFDM modulated two-way AF relay network.

We define the energy efficiency ε as the number of bits received by a RX in units of bits per unit of bandwidth per unit of energy.

In our case, the throughput rate (defined as the number of bits per unit of time) corresponds to 32 bits of wordlength for ten operating clock cycles (for number of MSM states, see Figure 5) after the initialization phase at the output of the FPGA circuit.

Such method, named aggregated ESM, or αESM for short, exhibits an accurate performance prediction combined with a closed-form solution, enabling a flexible LA strategy, that selects at every protocol round the MCS maximizing the expected goodput (EGP), i.e., the number of correctly received bits per unit of time.

Because the increase of block duration T is equivalent to a reduction of the transmitted bits number per unit of time, we set T as a constant and change the values of B ab and B ba. From [6, 21], the circuit PCs in practical systems usually range from dozens to hundreds of mW.

Similar to[13, 14], energy efficiency is defined as the number of bits transmitted per unit of energy consumption in this article.

The method allows the derivation of an LA strategy which is capable of selecting the MCS that maximizes the number of information bits correctly received per unit of time, or GP for short, at the user equipment (UE).

In the last few years, the economy has been using a bit less energy per unit of goods and services, but in the future, the carbon content per unit of energy is likely to rise.

The EE is defined as the number of bits transmitted in two directions per unit of energy, i.e., η EE = B a b + B b a E, (9).