The phrase "accuracy relatively" is not correct and does not convey a clear meaning in written English.
It may be intended to compare accuracy in relation to something else, but it lacks proper context and structure.
Example: "The accuracy relatively of the results was questioned, but further analysis was needed."
Alternatives: "relative accuracy" or "accuracy in relation to".
In standard equispaced finite difference (FD) formulas, symmetries can make the order of accuracy relatively high compared to the number of nodes in the FD stencil.
Table 1 Pros and cons for direct and indirect methods Direct methods Indirect methods A priori knowledge of the solution structure Not required Required Sensible to the initial condition Not sensible Very sensible Handle the state constraints Easy Difficult Convergence speed and accuracy Relatively slow and inaccurate Fast and accurate Computational aspect Memory demanding Parallelizable.
In our simulations, however, this effect is neutralized by the presence of between-trial noise in the motion-dependent input signal to the accumulators, which renders behavioral accuracy relatively insensitive to the distance between the starting point and the bound.
If more features are added, the classification accuracy relatively stays high.
The challenges of our solution include ease of implementation, good accuracy and relatively high speed.
Moreover, the improvement in contour accuracy is relatively insensitive to the P gain.
Most important, as it has been shown in recent studies, their accuracy is relatively high.
By contrast, the accuracy is relatively low for the method of using single polarization sensor.
The Grads are 122-millimeter rockets that have bigger warheads than the standard Grads, but their accuracy is relatively low.
The mapping accuracy is relatively high at high elevations, compared to the mid-slope and low-lying areas.
Furthermore, the positioning accuracy with relatively few ground control points is shown to be better than 1.5 pixels.
