This paper has proposed an efficient sensor deployment strategy that covers an outdoor sensing area by deploying a minimum number of sensors while maintaining the connectivity between the deployed sensors.
In this paper, we study a problem of designing a multi-hop wireless network for interconnecting sensors (hereafter called source nodes) to a Base Station (BS), by deploying a minimum number of relay nodes at a subset of given potential locations, while meeting a quality of service (QoS) objective specified as a hop count bound for paths from the sources to the BS.
Come on, no self-respecting blogger would allege this without deploying, at a minimum, a chart, a table, or a link to a data release!
This means that all the important, secure stuff in your life – from train tickets to banking to social network passwords – can be deployed with a minimum of fuss and active intervention.
However, when the two strategies (ie OMU and MVF) were deployed simultaneously, a minimum of 100 HCWs were vaccinated weekly (figure 1) resulting in a total of 260 (26.1%) HCWs vaccinated via the OCU and 738 (73.9%) vaccinated via the MVF.
Air quality monitoring networks play a significant role in identifying the spatiotemporal patterns of air pollution, and they need to be deployed efficiently, with a minimum number of sites.
In that case, the network designer aims to deploy sufficient SNs to achieve a minimum level of network reliability while minimizing the number of deployed SNs, i.e., minimizing the deployment cost.
The objective behind reclassifying users is to maximize the sum throughput over all the users in the network covered by an ASN gateway (or a set of BSs deployed for cooperation) subject to a minimum throughput guarantee for each user.
The environment aims to enables developers to easily build, test, debug, and deploy Web and mobile applications with a minimum of technical skills and time required.
Most applications deployed on a cloud infrastructure require a minimum number of virtual machines to operate around the clock.
