Sentence examples for control and actuation from inspiring English sources
Such timing constraints are typically assigned to the various software activities (acquisition, control and actuation tasks) that run on the robot controller, and need to be enforced by the operating system that support the application.
Challenges emerge for structural analysis, control and actuation.
Cornell's robot uses very little energy to walk forward, mainly because its passive-dynamic design emphasizes the natural interaction of gravity and inertia and minimizes the role of control and actuation.
It also aims to link companies that provide IP-based smart objects for control and actuation, support, and to organize interoperability events.
Such gradient pseudoelastic behavior provides an activation stress of 130 MPa for progressive motion of NiTi apparatuses, especially in control and actuation applications.
The design of hydraulic transmission systems for control and actuation requires accurate knowledge of their dynamic response: some standard techniques are known to obtain a consistent dynamic model of a fluid line, including the contribution of inertia, compressibility and friction.
Communications for smart grid and industrial applications involve data acquisition from devices and sensors at key positions as well as messaging for device control and actuations.
Factory automation involves wireless communications for data acquisition from devices and sensors as well as messaging for device control and actuations.
Applications that can manage with softer assurances include time-constrained device control and actuations as well as collection lower volumes of time-critical data.
In response, a suitable feedback control system and actuation technology must be developed so that the wing can maintain its aerodynamic efficiency in this extremely dynamic situation; one where the unsteady separated flow field and wing structure are tightly coupled and interact nonlinearly.
It is worth noting that through programming the number of printed CNT layers at different locations, the shape recovery rate could be controlled and localized actuation with the desired recovery ratio was achieved.
