Sentence examples for rendering control from inspiring English sources

Most design techniques providing controllers rendering control systems incrementally stable have two main drawbacks: they can only be applied to control systems in either parametric-strict-feedback or strict-feedback form, and they require these control systems to be smooth.

Now that you have finished with the landscape terrain feature, go to the Rendering Control feature and start messing with everything there.

This feature is implemented in an extension, with an additional painter class deriving from the base class and a dialog allowing the user to edit the basic rendering controls.

Furthermore, most patients in our study used multiple AEDs with highly variable AED combinations, rendering controlling for this factor difficult.

The IRE location of m482 suggests that this SNP could render control of transcription of APOC3 sensitive to changes in glucose metabolism.

The major caveat relates to the case where too few study areas, e.g., two or three, are used, which render control of aggregate level confounding impossible.

(M 10, 21 y) Despite the general perception that application of AMTSL rendered control of the third stage of labor and reduced the incidence of PPH, the view presented below indicate that bleeding was also viewed as an event strongly related to fate and as such not responsive to the administration of oxytocin.

It is also shown that due to the time-varying characteristics of a batch crystallizer, a minimum variance self-tuning controller renders tighter control and improves the product CSD to a larger extent (a smaller coefficient of variation and a larger mean crystal size of the weight distribution) when compared with a conventional PI-controller.

Open image in new window Fig. 6 Rendering plant control chart analysis.

The presence of passive elastic elements in the drives powering this class of robots leads to under-actuation, thereby rendering the control of compliant robots an intricate task.

Here, we demonstrate enhanced condensation heat transfer on a nanowired hydrophobic copper surface where molecular permeation of water vapor into the separations between nanowires is greatly decreased, rendering spatial control on droplet nucleation and wetting dynamics.