Sentence examples for bandwidth required by the from inspiring English sources

Therefore the requested data rate will eventually define the bandwidth required by the user (number of required RBs), while the file size will define the number of packets needed to be transmitted (time slots) for a given CQI value.

For example, these approaches fail to address the challenges involved in estimating the available bandwidth required by the flow in a shared wireless medium.

The algorithm uses fuzzy logic control which is embedded in the scheduler; its function is to control and dynamically update the bandwidth required by the various service classes according to their respective priorities, maximum latency and throughput.

The former issue can likely be overcome through a firmware upgrade of the device to allow the reporting of floating point numbers, although this will increase the bandwidth required by the PMU.

If we denote the available bandwidth along route j and the bandwidth required by the application by BW j and BWreq, respectively, the attachment point selects the route with the maximum difference value, namely route k, as follows route k = arg max route  j ∈ U B W j - B W req. (1).

We then proceed to compute for the minimum occupied bandwidth required by the RL scheme to guarantee correct sensing and reconstruction of a spatially sparse field under the constraint of a given refresh time T c. Figure 9 plots the occupied bandwidth evaluated according to (17) versus the network size in terms of the number of sensors.

It can also be more efficient with respect to reducing the protection bandwidth required (by sharing the bandwidth across multiple clients) and therefore more cost-effective.

b i, r e q a n d b i, min are the total bandwidth requested and the minimum the bandwidth required by class-i call, respectively.

Each array element will contain the cluster ID, its depth, the path to reach it, the bandwidth required by its members and a list of interfering clusters resulting from merging the local interf and cluster interf fields.

The requirements of a flow f are expressed by the double △ f = (br f, dr f ), where br f represents the minimum bandwidth required by f and dr f represents the maximum delay required.

The driving force for developing Si/SiGe technology and new wireless-communication techniques is the need to accommodate the ever-increasing bandwidth required by high-speed data, voice, and image transmissions.