Hybrid approaches are predominantly used to reduce drawbacks of a single modeling technique.
A partial recovery may be provided by setting internal control systems that, far from being fully effective, may reduce drawbacks to some extent while being, however, costly and demanding in time.
Automated interpretation can reduce drawbacks of IIF for AAB detection in routine diagnostics providing more reliable data for clinicians.
However, the use of pre-wetted tailings reduced this drawback.
We partly reduced this drawback by acquiring the acute pacing and sensing threshold values, and by the fact that steps had been taken in order to insure the highest percentage of biventricular pacing possible, in all devices.
They argue that engineers could preserve the benefits of big vehicles and reduce the drawbacks by making them big but light.
Then a solution to reduce these drawbacks is proposed and analyzed.
Dedicated tools for user-centered information and communications technology could significantly reduce such drawbacks.
To reduce the drawbacks of Conventional SRF and Symmetrical components based SRF (SCSRF), ISRF is proposed in this paper for compensation of unbalanced voltage sag/swell and harmonics.
To reduce the drawbacks, the exhaustive-search matched filter (EMF) detector and the near-optimal MF (NMF) detector are proposed in[19].
Making platforms highly configurable, so they can be tuned to the particular applications that will execute on those platforms, can help reduce those drawbacks.
