Sentence examples for lack of controllability from inspiring English sources

To deal with the lack of controllability and observability of the whole system, we use Kalman decomposition and control only the controllable and observable part.

As mentioned in this paper, the lack of controllability is related to the fact that the spaces in which the solutions of these systems evolve are infinite dimensional.

Conversely, the bottom-up approaches, which utilize energetic favorable self-assembly and/or self-organizing mechanisms to form nanostructures, are cost-effective but usually lack of controllability over as-obtained macro- and nanostructures.

If the input force distribution of the reference test cannot be replicated in the test rig, the required test rig input force magnitudes may be large or the replication properties poor due to lack of controllability.

For instance, hydrometallurgy, a classical process to recover metals, is inhibited by the presence of organic compounds and a pre-treatment step, to remove or destroy organics, is generally required; pyrometallurgy which is able to decontaminate systems from organic pollutants and recover metals suffers from lack of controllability, demanding extremely high temperatures.

Enhanced PINV amplitudes have been found in a number of studies, reflecting a lack of control over aversive events, an unexpected change in controllability [ 11, 12] and representing contingency reappraisal [ 13].

As discussed in previous sections, the solution-processed approaches, such as coatings and printing, are cost effective and suitable for roll roll fabrication of large areas at ambient condition, but suffer from the lack of process controllability and difficulties associated with the preparation and treatment of solutions to achieve defect-free large-area films.

Indeed, it is quite likely that lack of predictability and controllability, coupled with anxiety over pain, operate in combination, each adding to the effect of the other to generate the fear response.

In particular, the system (1.4), with (f_{1}equiv0), (f_{2}) given by (1.6), is not rapidly exact-controllable; one can see from the proof of Theorem 2.2 that the reason for the lack of rapid exact-controllability is that the nonlinearity (f_{1}) is much too intense.

Furthermore, he shows the increasing challenges of RES integration in Germany, especially the network extension, the daily operation challenges as redispatch application, RES forecast failing, RES curtailment handling, the lack of RES observability and controllability, the nuclear phase-out caused effects, and the energy market challenges as missing incentives for flexibility products.

The larger the conditional number of controllability matrix, the more control efforts required to accomplish control task.