Sentence examples for controllers in the field from inspiring English sources

Distributed irrigation control (DIC) for site-specific management and/or operation of fixed irrigation systems is easier to install and maintain as compared to centralized irrigation control (CIC), but requires multiple controllers in the field.

The advent of electronic controllers in the field of gas turbine control, has allowed the implementation of sophisticated control algorithms.

This shows that the use of this type of intelligent control systems is a great advantage over conventional control systems currently being used in satellite attitude control, and open new possibilities of application of intelligent controllers in the field of space technologies.

In line with a White House policy of not placing American troops in combat danger in Iraq, the Pentagon thus far has avoided putting such "tactical air controllers" in the field with Iraqi ground forces.

Experimental results indicates that a proper identification of the dead volume improves model accuracy in terms of pressure dynamics, piston velocity and piston position and therefore the proposed modelling methodology can be a good starting point to design better motion controllers in the field of servo-pneumatic actuating systems.

The Pentagon thus far has avoided putting tactical air controllers in the field with Iraqi ground forces and remains opposed to putting U.S. boots on the ground.

A novel hybrid control concept is applied which is designed to be compatible with state-of-the-art controllers implemented in the field.

New design approach and architecture development for the implementation of the designed neural controller in the field-programmable gate array (FPGA) to mitigate the beam wandering are presented.

To demonstrate use of the approach itself we consider controller tuning in the field to show how response parameters can be estimated with a minimum of carefully timed empirical measurements.

The presented results have important applications in design of robust controllers, in particular in the field of automatic tuning procedures.

The approach is based on the nominal/robustness decoupling principle used in recent high-performance architectures, reminiscent of anti-windup compensator approaches, and is well connected to the Youla-Kucera controller parameterizations used in the field of fault tolerant systems.