Sentence examples for without overshooting from inspiring English sources

The advantage of that is that if you know the weather is going to change – get warmer or colder – you can adjust the in-store heating ahead of time so that you reach the right temperature, without overshooting or undershooting".

Another study by the same group showed that alginate microcapsules with sufficient beta cell mass were able to respond to increased blood glucose concentrations without overshooting hypoglycemia [36].

The newly designed recombinant bifunctional protein, appended with both gold-binding peptide (GBP) and Ti/Si-binding peptide (TBP) at the C- and N-termini efficiently encapsulated 15 20 nm-diameter Au NPs during the pH-controlled reversible reassembly process, and showed the ability of the internalized Au NPs in selective binding to nanometer-scale Ti islands without overshooting.

When the object is absent, as in our pantomime condition, there is no need to adopt this strategy and indeed controls opened their fingers less and only to an extent matching the size of the imagined object, without overshooting.

However, TI algorithms can produce steep and natural edge transitions without undershooting and overshooting.

The dynamic programming procedure allows the set point to be reached as fast as possible without overshoot.

The experimental results demonstrate that the proposed optimal fuzzy control provides outstanding transient response without overshoot, a small settling time and a minimum steady-state error.

In dynamic aspect, fast opening performance is required, which means the desired flow can be fast provided but without overshoot when given a step pilot pressure.

The simulation and experimental results clearly shows that the Intelligent Fuzzy Logic Controller gives a better control without overshoots of liquid flow rate in comparison with conventional PID controller.

It is defined as a class of systems for which – using the new proposed method – the settling time is shorter or the settling time is nearly the same but without overshoot, which could be also very useful.

Furthermore, to consider deployment performances such as low latch-up load, latching without overshoot, high deployment stiffness, and high torque margin, the deployment equation is derived by Kane's dynamic equation considering any number of solar panels.