Sentence examples for bandwidth of a sensor from inspiring English sources

Remark 4: The leaky bucket regulators and aggregators do not increase the upper bounds on buffer queue length/delay/effective bandwidth of a sensor node, and also do not increase the buffer requirements of the sensor node.

Besides, calculation and analysis of the node QoS and the single-hop QoS, such as the upper bounds on buffer queue length/delay/effective bandwidth of a sensor node, and the single-hop de-lay/jitter/effective bandwidth, and the multi-hops delay jitter in the WSNs with self-similar traffic flows are done, and the results are similar.

(2) The buffer and the bandwidth of a sensor node are shared by all of upstream neighbor nodes and delivered to them in part to their weights, so the WSNs obtain a larger gain from the statistical multiplexing of independent flows.

The extra cost accounts for much total power under constrained energy, bandwidth and buffer size of a sensor node.

The acoustic bandwidth of the sensor was measured using a wideband (1 70 MHz) laser-generated ultrasound source and a calibrated ultrasound sensor of known frequency response30.

In Figures 5, 6 and 7, the curves show the deterministic worst-case length/delay/effective bandwidth in the buffer queue of a sensor node, respectively.

We see a straightforward dependency: the upper bound on e is larger for larger service rate R; it is larger for smaller latency T. Figure 7 The upper bounds on buffer effective bandwidth (UBBEB) e (in Kb) of a sensor node: (a) e as a function of the service rate R (in Kbps) for T = 1; (b) e as a function of the latency T (in s) for R = 100.

This may be a consequence of the wide bandwidth of the sensor and the very fine spatial sampling that is achieved by addressing the FP sensor with a fiber bundle.

With the suggested sensing and signal processing method, the frequency bandwidth of the sensor system is increased significantly, from 350 to approximately 1000 Hz.

Since the bandwidth of the sensor is directly related to the pull-in time (BW=2/tpi≈180 Hz), the total measured noise floor of 400 μg (110 μs) suggests that the main noise source comes from the building vibrations.

The specially designed electrode pattern can increase the bandwidth of the sensor, while the signal patterns for different bonding conditions, such as wire missing, good bond, peeled off bond and non-stick bond, were identified.