Sentence examples for controller that is capable from inspiring English sources

We demonstrate adaptation through a Self-Adaptive Authorization Framework (SAAF) controller that is capable of managing policy based federated role/attribute access control authorization infrastructures.

In this paper, we present an energy-saving controller that is capable of shaping the light output of an LED lighting system autonomously based on data received from sensors.

The control is designed by extending the logic of SMA and integrating it with the LMI technique to develop a single-gain feedback controller that is capable of damping oscillations in large systems.

The developing process of an embedded controller that is capable of communicating within the network and use virtual terminal has been found to be challenging due to ISO standard complexity.

The first configuration, specially developed for tokamak plasma Vertical Stabilization, consists of a Multiple-Input-Multiple-Output (MIMO) controller that is capable of feedback loops faster than 1 ms using a multitude of input signals fed from different boards communicating through the Aurora™ point-to-point protocol.

The transition samples required for learning high performance control can be collected by interacting with the process either by online exploiting the current iteration controller (or policy) under an ε-greedy exploration strategy, or by using data collected under any other controller that is capable of ensuring efficient exploration of the action-state space.

However, it is reasonable to think about the design of controllers that are capable to meet, simultaneously, two objectives: Objective I - Comply with the control requirements of the plant.

Considering these requirements, the prototype ankle-foot mechanism uses two brushed DC motors and motor controllers that are capable of a continuous torque output of 0.275 Nm at 10,000 RPM (producing 240 watts each for a total of 480 watts).

Objective: To design a debugger that is capable of tracing AT90S1200 user programs while the micro-controller is attached to external peripherals.

Since the engine behaves differently in the different operating points within the operating range, a controller is designed that is capable of perceiving these changes and of tracking the desired setpoint reliably under varying operating conditions.

To exemplify the possible use of such wind schedules in the design of control laws, model-based controllers are formulated in this paper that are capable of performing power curve tracking throughout all wind speeds, in contrast with commonly adopted approaches that use switching controllers to cover the various operating regimes of the machine.