Sentence examples for deployment in terms of from inspiring English sources

Offers inexpensive, flexible and portable deployment in terms of both hardware and software.

Rebato et al. [87] studied how the path loss affects the mobile network deployment in terms of small-cell density and transmission power.

Also, the constant hike in the oil prices and the reduction in the electricity cost adds to the benefits of the PEV deployment in terms of economic as well as environmental prospects.

In this section, we analyze the performances of HDS, DDS, and RDS deployment in terms of probability of detection and energy efficiency with BT and NBT decision fusion rules.

Overall, this paper addresses the advantages of using multiple robots for WSN deployment in terms of cooperative exploration and cooperative SLAM, the benefit of simultaneously deploying wireless sensor nodes during the exploration of an unknown deployment zone and the use of WSN-based communication as an alternative communication method during exploration.

The main strength of the study, which sets it apart from previous research, lies in the development of a procedure for estimating more accurately the actual benefits of mobile safety camera deployment in terms of the 'cost of treatment saved', with the method accounting more realistically for the confounding factors of regression to mean and general casualty trends.

To date, DoubleDutch has done 190 enterprise deployments, in terms of paying customers.

In general, larger deployments in terms of area do not necessarily require a more powerful BTS, especially if the number of users, or their throughput requirements, are low.

The extensive simulations show that our learning-based solution is able to resolve the hidden and exposed node problems and improve the performance of high-density Wi-Fi deployments in terms of achieved throughput and fairness among contending nodes.

Being based on the x86 architecture, the PCEngines boards (similar systems are provided by Soekris Engineering) deliver high flexibility in terms of choice of components while at the same time providing us with platform suitable for real-world deployments in terms of both maintenance costs and expected performances.

Experimental results using simulation show that the proposed vehicle deployment planning approach improves a great deal of vehicle deployment performance in terms of the operational time, shipment yard utilization, and labor consumption.