acceleration feedback

acceleration feedback

[ak‚sel·ə′rā·shən ′fēd·bak]
(aerospace engineering)
The use of accelerometers strategically located within the body of a missile so that they sense body accelerations during flight and interact with another device on board the missile or with a control center on the ground or in an airplane to keep the missile's speed within design limits.
References in periodicals archive ?
Zhang, "Sup-resonant response of a nonautonomous maglev system with delayed acceleration feedback control," IEEE Transactions on Magnetics, vol.
Acceleration feedback control strategies for active and semi-active systems: modeling, algorithm development and experimental verification.
Implementation of an active mass driver using acceleration feedback control.
In this single-subject case study, we present the development and performance evaluation of a control system utilizing COM acceleration feedback to modulate stimulation to the paralyzed musculature of a subject with complete paraplegia undergoing internal postural perturbations.
A control system employing COM acceleration feedback was developed and evaluated for a single SCI subject with an implanted neuroprosthesis for standing function.
Force feedback versus acceleration feedback in active vibration isolation, Journal of Sound and Vibration 257(4): 605-613.
Instead of velocity feedbacks, force feedbacks or acceleration feedbacks are used in pneumatic vibration isolation system and in aerospace vibration isolation system [9-11], in order to realize sky-hook damping [12-13].
The discrete Fourier transform model is perfect for digital random controllers because it allows easy correction of the input PSD shape using the acceleration feedback signal from the UUT.
The iteration can be continued until the acceleration feedback spectrum is close enough to the target profile.
The MAJ series drives feature core components and features required for next generation drive technology, including acceleration feedback aided positioning system to increase tolerance to rational vibration and temperature variations, an expanded 4 MB data cache, reduced acoustic levels, and a high performance, dual-processor design that greatly improves response time in high-load applications.
The controller con sisted of using proportional COM acceleration feedback to drive an artificial neural network (ANN).
Acceleration feedbacks were added to each rotating frame with controllers [R.