Sentence examples for dominant sensor from inspiring English sources

As the emitter moves away from the near field of the initial dominant sensor, the performance of the ReDif-EKF slowly improves and approaches that of the ReDif-PF, albeit still with a slight degradation towards the end of the simulation.

Further analysis of the so2426 upstream regulatory region revealed the presence of a putative recognition site for the ferric uptake regulator (Fur), the iron-binding global transcriptional regulator that serves as the dominant sensor of Fe availability in both gram-positive and gram-negative bacteria (for a review, see [ 30]).

In fact when noise is dominant in sensor measurements, cooperation of this noise with equalizer coefficients may build up new fake maxima into regardless of overall impulse response and in this new maximum, separation point of (6) is no longer achievable.

Currently, PHD2 is regarded as the dominant cellular oxygen sensor protein.

Graphene/polymer ratio was found to be important parameter in defining the dominant sensing mechanism and sensor performance.

Silicon has proven to be a dominant material in MEMS based sensor design but it is unfit for applications operating in harsh environmental conditions.

Five observations were derived from the surveyed papers: sensing is done by vision in lighted scenarios and sonar in darkness, one sensor is always dominant, adaptive sensing is beneficial, no preference was identified for lateral versus vertical avoidance maneuvers, and reducing speed is consistently seen across species in response to objects in the flight path.

Since the radio block is dominant energy consumer within a Sensor Node (SN), we focus our attention to answer the question: which is the adequate metric to use, and under what conditions to accurately characterize the quality of the communication, related to reliable data transfer, with minimal energy consumption.

For a sensor node, the dominant energy consumer is the radio unit.

Electrocardiograms, respiratory signals and beat-to-beat BP were continually and simultaneously recorded for 15 min using an HMX-3C electrosphygmograph transducer (placed on the radial artery of the dominant arm) and a respiration sensor.

We find that the free and fixed layers of GMR sensors play a dominant role in exciting the MNPs, and consequent MNP stray fields lead to increased free layer susceptibility.