Sentence examples for imbalance control from inspiring English sources

The results suggest that the block urn design simultaneously provides consistent imbalance control and high allocation randomness.

This paper addresses ΔT degradation caused by a set of common faults: hydraulic network imbalance, control valve oversizing, incorrect inherent valve characteristic, and inadequate control loop gain parameters.

Commonly used permuted block randomization faces a tradeoff between effective imbalance control with a small block size and accurate allocation target with a large block size.

This design allows any desired optimal unequal allocations be accurately targeted without approximation, and provides a consistent imbalance control throughout the allocation sequence.

Independent variables: two lags of daily order imbalance, control and interaction variables consisting of the corresponding order imbalance lag and market capitalization (incl. "abnormal values" as defined in Eq. (7)) or order imbalance and percentage bid-ask spread, respectively.

If the concern on the potential time delay is not serious and a central randomization system is available, the minimization method with an imbalance control threshold and a biased coin probability could be a better choice.

Permuted block design is the most popular randomization method used in clinical trials, especially for trials with more than two treatments and unbalanced allocation, because of its consistent imbalance control and simplicity in implementation.

Independent variables: concurrent and four lags of daily order imbalance, control and interaction variables consisting of the corresponding order imbalance lag and market capitalization (incl. "abnormal values" as defined in Eq. (7)) or order imbalance and percentage bid-ask spread, respectively.

This paper presents the field programmable gate array (FPGA) based capacitor imbalancing control scheme of neutral point clamped multilevel inverters (NPC-MLI) for standalone autonomous Photo-voltaic (PV) system using innovative space vector PWM SVPWMM) scheme.

This paper develops a new hybrid imbalance vibration control approach for an ABD-rotor system supported by a normal passive bearing in augmented with an AMB to enhance the balancing and vibration isolation capabilities.

Moreover, unlike other imbalance vibration control applications based upon ABD such as rotor speed regulator [21,22], this approach enables the controller to achieve the desirable performance without altering rotor speed once the rotor initially reaches the target speed.