Sentence examples for attenuation of error from inspiring English sources

With this BICO LPF, the new DOB can achieve strengthened attenuation of error sensitivity in disturbance frequency range to obtain better disturbance compensation performance while maintaining the robust specifications.

Iterative learning control is an application for two-dimensional control systems analysis where it is possible to simultaneously address error convergence and transient response specifications but there is a requirement to enforce frequency attenuation of the error between the output and reference over the complete spectrum.

Analysis of MOHCA-seq data requires modeling backgrounds, modulation from reverse transcription attenuation, and sources of error.

The two strategies are compared based on the level of attenuation of the global error sound power, the attenuation per total control force, and attenuation per actuator (in a structural-acoustic situation).

The achieved level of attenuation is also compared to the maximum level of attenuation of the global error that can be achieved based on the disturbance/secondary source arrangement.

Simulations are completed to illustrate the validity of the novel approach by illustrating that a controller minimizing the generalized orthogonal functions will achieve the maximum possible attenuation of the global error.

This work examines the active attenuation of the global error, sound power, from the point of view of two sensing/control strategies that seek to be generalised; thus are applicable to a wide range of applications and are independent of knowledge of structural dynamics.

The results of the two BE tasks above revealed a reliable attenuation of the BE error in amnesic patients relative to control participants.

The comet tail appearance is actually an acoustic shadowing, a form of attenuation error artefact, which is similar to the "tip of the iceberg" sign.

Sensors can estimate the distance to the target based on signal attenuation with some degree of error.

Based on this commonality in the proposed causative mechanisms, we would predict that patients with FMSS will perform better than normal subjects in a force-matching task that measures the attenuation of proprioceptive prediction errors in voluntary movement (Shergill et al., 2003).