Sentence examples for approaches for compensating from inspiring English sources

Two approaches for compensating the increased video level are proposed: (1) using a gain value smaller than unity in the DG control loop from Figure 7, or (2) using Auto Black control (in the AB control loop).

Further on, all tested approaches for compensating the angle influences have shown RMS errors below 100 µm.

This paper describes an analytical approach for compensating accelerometer-based (contact-type) modal testing results for both mass loading and cable energy dissipation (damping).

"The current approach by this Government for compensating veterans who develop this particularly aggressive terminal cancer must be changed because it's a clear breach of the Armed Forces Covenant," said Chris Simpkins, director general of the Royal British Legion, yesterday.

In the second approach, the state administers the system for compensating occupational injuries and disease as part of its wider provision for social security and collects from employers the sums necessary to finance it.

These options can be costly in terms of temporal resolution, but where parallel imaging allows an increase in the number of slices acquired per second, it facilitates these approaches to compensating for intra-voxel dephasing.

One alternative approach involves compensating for network damage by fixing the state of one or more initially unaffected nodes; this is possible in signal transduction networks, e.g. through gene manipulations, constitutive activation, or pharmacological interventions (see e.g. [ 46, 47]).

Although therapeutic approaches to compensate for Nav1.1 haploinsufficiency are potential treatments for Dravet syndrome, our results highlight the need for preferential targeting of therapeutic approaches to inhibitory, rather than excitatory neurons.

This study builds on the individual strengths and seeks to blend the three approaches to compensate for inadequacies by adopting the algorithm from each of the method into a composite procedure for capturing process knowledge.

This study illustrates that a combination of approaches can compensate for the common situation when continuous long-term monitoring data is lacking, and improve our understanding of historic versus current insect pest abundances and the potential drivers of change.

In order to improve the cross-corpus performance and determine the generalization of solely the topic features, we propose two approaches to compensate for this bias.