Sentence examples for additional degree of control from inspiring English sources

Sure, GT5's handling was advanced enough to enable you to deliberately unsettle the rear end under trail-braking or lift-off oversteer in order to improve corner entry, for instance, but this time around you benefit from a general additional degree of control and, in particular, increased tyre feedback.

Third, it provides additional degree of control through the introduction of an external control parameter, the RF power split ratio (F).

This additional degree of control on the electronic structure makes these type of wires a possible route for PV because it offers a very wide range of possibilities to modulate the electronic structure of the material in order to obtain the desired properties.

As a response, mobile network operators are beginning to deploy novel IoT solutions allowing their customers additional degrees of control over already familiar environments.

Call screening is often now limited to checking the incoming number or caller ID before deciding to answer, and adding the ability to check out voicemails as they're being left definitely adds an additional degree of call control.

At this stage, we stress that the analyzed results have been obtained choosing the distance between central hole and first groove a equal to the period P. Obviously, this parameter a can act as an additional degree of freedom for controlling the antenna properties, since it fixes the phase relation between the direct transmitted light and the scattered SP field.

Besides controlling the process cost from the yield, the GOMRO approach opened additional degree of freedom on cost control by creating opportunity for manipulating the quantities of reactants for achieving a set goal.

Furthermore, the integration of more communication technologies into the power system is giving an additional degree of freedom to the control design that may improve the performance of the overall system.

The MRC receiver provides an additional degree of freedom for the performance control of the systems, and the probability distributions used to model the fading provide a unification of the mathematical analysis since they characterize different types of fading.

The controller is derived from classical interconnection and damping assignment passivity based control theory but an additional degree of freedom is introduced in the controller design by the use of "non-exact matching" closed-loop storage functions.

These materials exhibit phenomena such as the control of electrical polarization by the application of an external magnetic field or vice versa, providing an additional degree of freedom for the design of new devices.