Sentence examples for bandwidth can be defined from inspiring English sources

The coherence bandwidth can be defined as (12).

The bandwidth can be defined and monitored during the whole necking evolution.

Hence, the bandwidth can be defined by considering only those sidebands which contain significant power.

Similarly, from the windowed spectrum, the local frequency and local bandwidth can be defined as follows: 〈 w 〉 ω = ∫ w | μ ω ( w ) | 2 dw, B ω 2 = ∫ w − 〈 w 〉 ω 2 | μ ω ( w ) | 2 dw.

It is demonstrated that suitable central frequencies and bandwidth factors can be defined from the probability density functions of the derivatives of the envelope and the phase.

The available bandwidth of a node can be defined as the maximum amount of bandwidth that a node can use for transmitting without depriving the reserved bandwidth of any existing flows [4] and so without causing any interference; thus, it depends mainly on the interference model considered.

The root mean square (RMS) bandwidth of CE-OFDM signals can be defined as [28] B=max left(2pi h,1right)W mathrm{Hz}, (8)and the bit rate is ( R={N}_{QAM}{log}_2sqrt{M}/T ) bps.

Consider the example of the Internet, where similarity between nodes can be defined as the bandwidth of the (direct) connection between them.

Based on equivalent bandwidth above, MIL routing metric for path p can be defined as MIL ( p ) = ∑ k ∈ p L k ¯ × S B k (19).

Temporal coherence effects arise from the finite spectral width of the source radiation; a coherence time Δt can be defined as 1/Δν, in which Δν is the frequency bandwidth.

The bandwidth of the generated noise can be selected up to a maximum of 50 MHz while the evolution of power spectral density versus frequency can be defined with a resolution equal to 0.4% of the bandwidth.