The phrase "a given deployment" is correct and usable in written English.
It can be used when referring to a specific instance or situation of deployment in a technical or operational context.
Example: "In a given deployment, the system must be configured to handle varying loads efficiently."
Alternatives: "a specific deployment" or "an assigned deployment".
In addition, ContainerShip also makes it easy to simply take a snapshot of a given deployment and move it to another data center or cloud platform.
Hence, the reliability of a given deployment is less affected by the change in the sensor probability of failure compared to that of the other components.
Results show that the reliability of a given deployment is mainly a function of its level of SN redundancy and probabilities of failure of its constituent SNs' components.
In that case, under-evaluating the reliability of a given deployment can lead to an unnecessary increase in the deployment cost.
The requirement triad of functionality, attacker model and protection level is important in terms of assessing the applicability of an approach for a given deployment scenario.
A sensor deployment problem for a planar grid region is formulated as a combinatorial optimization problem with the objective of maximizing the overall detection probability within a given deployment cost.
This is because, for given deployment, the spatial correlation of the sensors with the source (and with each other) improves with increasing [c.f. (6)].
We observe that for the given deployment scenario with two RNs, all the proposed resource allocation strategies show appreciable gain over the reference scenario.
The GDOP metric has been used as the indicator of the localization accuracy for given deployment of GPS systems and the localization accuracy is higher as the GDOP is lower.
In this paper, we choose dBm because the probability of BB transmit power being clipped was found to be lower than 0.05 for the given deployment scenario with dB used.
This information is then used as input for CLOUDSIM, which provides QoS estimates for a given cloud deployment.
