Sentence examples for bandwidth of a node from inspiring English sources

In CACP [4], the authors differentiate two types of bandwidth: the available local available bandwidth of a node based on the CITR which considers interference issue and the available bandwidth of a node which considers both blocking and interference issues.

In the AC models developed in [3 6], the authors reported that the available bandwidth of a node is mainly based on the channel idle time ratio (CITR).

To overcome this issue, the authors in [3] propose a probabilistic approach to estimate the available bandwidth of a node which does not trigger any overhead.

In [5], the authors propose an admission control scheme which computes the available bandwidth of a node while considering its CITR and the spatial reuse issue.

First, the available bandwidth of a node in mobile networks is instable; it is determined mainly by the radio signal strength of the node, which dynamically changes depending on the position and the movement of the node.

In the CITR-based scheme, the available bandwidth of a node is equal to the fraction of the idle time of its carrier sensing range multiplied by the capacity of its channel.

The average signal-to-noise-ratio for each relay node's signal at the destination node was 15 dB, and the overall bandwidth of a relay node was 10 MHz.

(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.

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.

However, measuring bandwidth of a single node in these environments can yield disparaging results.