Sentence examples for emulation accuracy from inspiring English sources

In this study, we investigate how the degree of incorporating mechanisms into the design of the GP emulator influences emulation accuracy.

We apply this framework to a simulator for the shallow water equations in a channel and compare emulation accuracy for emulators based on different spatial discretization levels of the channel and for a standard non-mechanistic emulator.

However, in this case, we again considerably improve emulation accuracy when using the next two approximations.

We investigate the complementary approach of increasing emulation accuracy by including knowledge about the mechanisms of the simulator into the formulation of the emulator.

While the system shows a satisfactory emulation accuracy of about 77.4 μ A during a solar panel emulation its latency, measured in 7.4 ms, can negatively impair the ability to emulate a generic energy source for wireless sensor networks.

Increasing the number of design data sets is a computationally demanding way of improving the accuracy of emulation.

The paper by E. Conchon et al. describes W-NINE, a network emulation platform which increases the accuracy of emulation parameter modeling.

Since both large shifts and rotation have limited effects on quantitative accuracy in our emulation, we believe that the typical misalignments between micro-SPECT and micro-CT caused by sub-optimal registration and/or animal movement during scans will not often have a prominent impact to SPECT quantitative accuracy.

An extensive experimental characterization confirms the validity of the embedded emulator in terms of flexibility, accuracy, and latency while a case study about the emulation of a lithium battery shows that the hardware-software platform does not introduce any measurable reduction of the accuracy of the model.

Emulation triggers can emulate arbitrary cross-layer feedback and can be synchronized with other emulation effects.

The first set of experiments provides a characterization independent from the type of energy source emulated and is aimed at the following: (i) evaluating the accuracy of the emulator when it measures the current supplied to the load device; (ii) empirically characterizing the latency of the emulation platform.