Sentence examples for the design of correction from inspiring English sources

We present a survey of the design of correction techniques in interfaces which make use of recognizers.

These observations have allowed the design of a correction methodology.

This marks a significant step forward in the design of deferred correction algorithms although the price to be paid for superconvergence is that it is difficult to derive realistic embedded local error estimates.

The present paper addresses the impact of the fabrication tolerances and installation misalignments of the magnet system; the impact of ferromagnetic inserts and busbars as well as the design of the correction coils will be thoroughly covered elsewhere (Amoskov et al., in press [1]).

In general, the design of an error correction coding system usually consists of selecting a fixed code with a certain rate and all the data to be transmitted/reveived and adapted to the average or worst channel conditions to be expected.

Frequently the design of schemes for correction of aberrations or the determination of possible operating ranges for beamlines and cells in synchrotrons exhibit multitudes of possibilities for their correction, usually appearing in disconnected regions of parameter space which cannot be directly qualified by analytical means.

The approach for the design of the PVE correction method moved from considering information from real clinical PET-CT studies, which is always available.

This finding suggests that the optimal combinations of primary and secondary spherical aberration may be useful in the design of optical presbyopic corrections.

This has important consequences for the design of adaptive optics aberration correction systems.

In this section, we discuss some specific cases for the design of packet-level error correction codes proposed in this paper.

These two problems motivate the design of more flexible forward error correction (FEC) codes for media streaming applications.