Sentence examples for with each implementation from inspiring English sources

It's in the nature of Linux to improve with each implementation, and these improvements will be tangible on handsets, and ultimately might be Linux's greatest strength in the market.

With each implementation of a new form of data collection and more advanced analysis, the response rate increased (see Fig. 1).

Higher education students have positive attitudes about the use of audience response systems (ARS), but even technology-enhanced lessons can become tiresome if the pedagogical approach is exactly the same with each implementation.

In order to compare different implementations, this simulation was executed by each implementation with a constant time step of 20 ms.

The greatest challenge we faced in implementation (one we failed to fully appreciate and mitigate) was the need to provide appropriate ongoing dialogue and support between the project team and the health research system managers tasked with developing indicators for each implementation plan.

As mentioned previously, the DDS standard defines 22 possible QoS policies [16, 23], but each DDS vendor may have different behaviours and contracts associated with each policy implementation as well as different ways of configuring the corresponding network services, which makes the proper use of QoS of DDS a cumbersome task.

Table 4 summarizes the maximum average accuracy (MAA) [45] of each implementation compared with the manual segmentation available in the DRIVE database [20].

> Finally, the overall computing times for emBayesR, BayesR and fastBayesB with the same implementation (each trait on one processor) were compared.

Thus, we cannot evaluate the computational complexity of considering 2-, 3-, or 4-node only graphlets, as with the current implementation, each of these options takes the same (longest) amount of time that computing up to 5-node graphlets takes.

We can optimize the communication efficiency by transmitting packets with different sizes [34] or reducing the processing time of each packet with FPGA implementation.

The authors elaborate the practical computational requirements and constraints of the cooperative techniques under evaluation, and they provide an accurate assessment of the performance loss associated with the implementation of each technique.