Sentence examples for attitude feedback from inspiring English sources

The equilibrium points are found to be unstable in general but asymptotic stability may be enforced with sail attitude feedback control.

Then controllers are introduced, based on angular velocity and reduced attitude feedback, that asymptotically stabilize either the hanging equilibrium or the inverted equilibrium.

Finally, if the angular velocity about the axis of symmetry is assumed to be zero, controllers are introduced, based on angular velocity and reduced attitude feedback, that asymptotically stabilize either the hanging equilibrium or the inverted equilibrium.

The main purpose of this paper is to give a comparison between a few architectures, pointing out the benefits of an unstable attitude angle feedback design for the control of an aerodynamically unstable launch vehicle.

Earlier research showed that trainers who take an active attitude towards feedback giving are able to activate inactive trainees [ 16].

2. The concept of working in mutually respectful partnership towards a shared beneficial outcome, regardless of relative position in the power hierarchy, informs the attitudes underlying feedback giving and thereby the integrity of the practical process.

At the end of the semester, a selection of tutees participated in semi-structured interviews with respect to their attitudes, apprehensions, feedback and suggestions.

Here, the research questions were to assess (4) their attitudes, concerns, feedback and suggestions in an exploratory manner, and (5) whether the tutor training is well accepted by tutors.

The optimization methods for a high-accuracy nonlinear feedback attitude control of the large-scale flexible spacecraft under their spatial rotation manoeuvers are described.

In this paper, the problem of finite-time output feedback attitude control for rigid spacecraft subject to control input saturation is investigated.

This paper presents a nonlinear H∞ state feedback attitude control design method for spacecraft large angle maneuvers, which is subject to moment-of-inertia (MOI) uncertainty.