Sentence examples for human supervisory from inspiring English sources

The involved research fields are human supervisory control, networked control systems and bandwidth management.

However, this paper tries to argue with some examples in transport and process control why it is necessary to relax the constraint that "human must be maintained as the final authority over the automation" in human supervisory control.

"You can imagine this being used in a place where a human is in a supervisory role, watching robots work and detecting where they make mistakes," says CSAIL PhD candidate Joseph DelPreto, "or maybe in a self-driving car where the car can do most of the work, but the human can still be in control and let it know when it's doing something wrong.

Provide strategic support to strengthen district and sub-county human resource management and supervisory systems and capacity.

We therefore designed a formal model of a computer aided engineering system of human-machine-interaction in supervisory control in process industries and added it to a computer aided engineering system to overcome the restrictions of the approach presented in Urbas and Doherr (2011).

In Bong, findings from the pilot facilities were disproportionately affected by data from 1 large facility that experienced a drop-off in immunization performance from 2011 to 2012, which was attributed to human resource constraints and internal supervisory turnover during the intervention period.

While Reinforcement Learning (RL) is not traditionally designed for interactive supervisory input from a human teacher, several works in both robot and software agents have adapted it for human input by letting a human trainer control the reward signal.

He has observed executive assistants make the transition to supervisory positions, especially in human resources and marketing.

With the help of a statistical process controller, this hybrid supervisory control system can replace the human operator for most of operations in the process.

The supervisory level control is designed based on a human inspired heuristic approach whereas the task level control is formulated as a quadratic optimization problem with linear constraints.

The modeling framework is demonstrated using the Swiss electric power supply system, which comprises three interdependent layers: the power grid, a supervisory control and data acquisition (SCADA) system and human operators.