Sentence examples for interaction controller from inspiring English sources

(b) Physical implementation of the passive direct interaction controller for the opto-mechanical oscillator.

Equations (28), (29), and (30) provide the full parametrization of the direct interaction controller.

Let us next consider the passivity condition of the direct interaction controller discussed in Section 4.

Now we can define the passivity property of the direct interaction controller; that is, if the Hamiltonians (39) does not contain any quadratic term such as (hat{a}_{{ K}, 1}^{ast 2}) and (hat{a}_{1}^{ast }hat{a}_{{ K},1}^{ast }), then the direct interaction controller is passive.

The power of the theory has been demonstrated by showing that, for the typical opto-mechanical oscillator, a full parametrization of the auxiliary coherent-feedback and direct interaction controller achieving BAE was derived, which contains the result of [22].

Then, from Theorem 2 with the fact that (F=F_{0}) and (G=G_{0}), we find that the direct interaction controller can be parameterized as follows: begin{aligned} R_{ K}=-Sigma N(A+BF+GC N^,qquad R_{1}=-Sigma _{2} BFN^,qquad R_{2}=Sigma NGC.

It is demonstrated that while loading is reduced for cases that include a more realistic actuator model, greatly increased actuator power consumption makes neglecting control-structure interaction in controller design undesirable.

These pixels, taking the form of bugs, monsters, or army men, respond equally to physical foot-to-wall interaction and controller input alike, seamlessly integrating physical and virtual gaming worlds.

Years ago, when the seventh generation of consoles emerged, we saw great leaps in the depth of interaction with controllers like the Wiimote and PlayStation's Move, not to mention the advent of the Kinect, which was not only groundbreaking for gamers, but for interactive designers as well.

The speed profile is characteristic of the positional component of the investigated task while the lateral deviation is determined by the interaction-force controller.

New Controllers for ships developed for their modern steering devices need new human interaction within the controller interface to make these controllers applicable.