Sentence examples for prediction of device from inspiring English sources

The precise modeling for this variation is thus required for accurate prediction of device performance.

Choice simulation tools for accurate prediction of device power dissipation and junction temperature become important in achieving optimised designs.

State-of-the-art analytical models for the prediction of device- and application-level performance metrics are also presented, followed by a discussion of design and structure trends in modern APDs.

The advent of the ULSI era, and the continuing decrease of the critical dimensions of MOSFETs, has raised a number of issues concerning the prediction of device reliability, and the consequences for overall product reliability.

In view of the application of porous Si for the on-chip integration of RF and millimeter-wave devices, its dielectric properties (dielectric permittivity and loss tangent) as a function of frequency should be known, in order to be used by the device designer for an accurate prediction of device operation.

Through development of accurate validated computational models, high-quality predictions of device performance are possible (Eswaran et al. 2011).

Device simulations play an important role in providing theoretical predictions of device physics and characteristics, as well as in the investigation of device performance, in order to guide the development of future device designs.

This allows prediction of the device's life and optimization of stent designs.

The results show an accurate prediction of the device electro-thermal behaviour under short-circuit conditions, with a possible optimal design of the desaturation circuit parameters when the device experiences hard-switched-fault or fault-under-load events.

However, it seems that a patient-specific model is needed for accurate prediction of optimal device settings.

In this respect, performance prediction of thermoelectric devices is critical both for evaluating the potential application of new materials and defining the crucial design parameters of thermoelectric generators and systems.