The control frame exhibited ductile failure.
The control frame was under-reinforced with 0.94% tension steel in the beams.
For this structure, a novel quasi-master-slave control frame is proposed without communication.
To our best knowledge this is the first contribution that define well placement as a tracking problem in an optimal control frame work.
In the Linear Quadratic (LQ) control frame, reliable control guarantees stability and performance against actuator faults that belong to a given design specification (DS) set.
However, our study shows significant correlations between meteorological variables and control frame errors at MAC (Medium Access Control) layer of the IEEE 802.11b/g standard.
Accordingly, the control frame, but not the FRPRC frame, was found to exhibit significant beneficial moment redistribution at higher loads which offset the adverse moment redistribution due to cracking at lower loads.
Based on the analysis, a robust control scheme is proposed which consists of a stabilizing control frame and two active control techniques: a nonlinear extended state observer (ESO) and a notch filter.
Finally, we conclude that the weather impacts on the number of control frame errors, and so it should be taken into account to design and deploy outdoor radio links IEEE 802.11b/g.
A hand-held spinal manipulation device, equipped with a preload control frame and impedance head, was used to deliver high-rate (<0.1 millisecond) PA manipulative thrusts (190 N) to several common spinal landmarks, including the ilium, sacral base, and L5, L4, L2, T12, and T8 spinous and transverse processes.
Fig. 3 Control frame format.
