Sentence examples for impulse data from inspiring English sources

Results showed a low step-to-step variability of each subject, but a high subject-to-subject variability in local extrema of body-weight normalized forces and moments and impulse data.

However, the field performance of louvres is more properly characterised by the sound insertion loss, rather than transmission loss, and a question remains on how impulse data can be transformed to predict field performance.

By combining the risk-based methodology of the exceedance analysis with pressure and impulse data in the form of pressure impulse (P I) curves, a better measure of building damage can be generated.

Based on our previous KAM impulse data from APM participants [ 65], a 10% reduction equates to an absolute change of approximately 0.09 Nm.s/(BWxHT)%.

After the comma-separated value data files were opened on our personal computers, every impulse data point was labelled as inspiratory or expiratory phase based on the spontaneous airflow direction.

To determine the driving signals for the loudspeakers in the ceiling array, it is necessary to identify the relevant ceiling reflection(s) in the multichannel impulse response data and separate those events from the data set.

This paper proposes an alarm system based on patient-tailored models obtained through an identification technique that exploits impulse response data collected in silico and that is extended here to be used on free-living data.

We have developed a multipath diffusive propagation model capable of providing channel impulse responses data.

Based on a procedure for the generation of impulse response data, the multiple fractional/integer time-delayed continuous-time system is transformed to a discrete-time model with multiple integer time delays.

In contrast to "playback simulations" [31] where previously recorded impulse response data from a channel sounder are used to directly model the environment, the RCM is neither fixed in bandwidth, antenna array parameters, or simulation duration.

The state of the art of wave field synthesis (WFS) systems is that they can reproduce sound sources and secondary (mirror image) sources with natural spaciousness in a horizontal plane, and thus perform satisfactory 2D auralization of an enclosed space, based on multitrace impulse response data measured or simulated along a 2D microphone array.