Sentence examples for implementation frequency from inspiring English sources

Moreover, in any actual implementation, frequency stability of the measuringsystem as well as various noise sources, including thermomechanical noise generated bythe internal loss mechanisms in the resonator and Nyquist-Johnson noise from the readoutcircuitry [3, 26] will also impose limits to the sensitivity of measurement.

Indicators selected to measure implementation frequency include (1) number of outreach workers (OW) and peer educators (PE) per population of FSWs served in their catchment area, (2) number of awareness sessions with FSWs per month, and (3) number of condoms distributed.

Figure 4 Implementation of frequency subband decomposition for Smt-LF, producing a frequency resolution of 7.8 Hz at frequencies below 1054 Hz (LF path), and a frequency resolution of 31.25 Hz at higher frequencies (HF path).

This is an implementation of frequency reuse technique.

The common thread between these three architectures is their implementation in frequency domain.

However, for non-blind equalizers like LMS whose cost function is linear in the error term, then, it is straightforward to extend its implementation to frequency domain.

We remark that, alternatively, a system featuring multi-rate multi-pulse shaping synthesis and analysis could also benefit from the implementation with frequency sampled filter banks [27, 28].

The aim of this novel method is to allow the computation of complex geometries and to be a step towards the implementation of frequency dependent boundary conditions by using the benefits of DG at the boundaries, while keeping the efficient Fourier PSTD in the bulk of the domain.

Implementation costs, frequency of administration and hence lack of adherence to supplementation, complexities of changing feeding behavior and lack of options that would deliver optimal bio-available iron and zinc [13] [15] could be the reasons for limited success of supplementation programs.

Variables such as class size and/or institution type may influence the implementation and frequency of such activities.

We study various morphological effects due to optical cavities that are formed into metal substrates for the implementation of frequency-selective black absorbers.