Sentence examples for bits per unit energy from inspiring English sources

The BPJ-EE is defined as the achievable capacity divided by the total power consumption, which is also the transmitted bits per unit energy (Bits/Joule).

A distributed back-off strategy to achieve lower power consumption has been studied by Papadimitratos et al. [23], claiming 154% more data bits per unit energy consumed in the network.

Here BS power consumption includes both transmit power and constant part power which accounts for the circuit, signal processing, cooling etc. NEE denotes the average total delivered bits per-unit energy in the whole cluster, and hence can better represent the EE in the multi-cell networks.

To assess the energy-based throughput performance gains that are achieved by our schemes, a performance measure that accounts for the total number of multicast bits transported by the system per unit energy expanded is used.

The EE of the k th user is defined as the average number of information bits that can be reliably conveyed over the channel per unit energy consumption, i.e., η k = R k p k + p c, (7).

The vertical axis indicates the number of superflares per star, per year, and per unit energy.

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

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

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.

The classic EE metric, i.e., the number of delivered bits per energy unit, is adopted in this paper [23].

The energy efficiency can then be expressed as a function of the spectral efficiency (bits per unit of bandwidth per unit of time) and the power (energy per unit of time) as [27, 28] epsilon = frac{S_{1}}{Phi_{1}} + frac{S_{2}}{Phi_{2}}, (1).