Sentence examples for variable synchronization from inspiring English sources

The desynchronization issue is reproduced by introducing a variable synchronization error with values ranging from 0.8 to 2.1 ms.

In addition, a novel communication protocol is introduced, which can handle the problems caused by communication delays and different processor loads and speeds, and incorporates variable synchronization capabilities, so as to allow flexibility with accuracy tradeoffs.

On the one hand, dependencies on concurrent computations, such as shared variables or synchronizations, are extremely difficult to analyze from source code.

Second, with the acceleration signal unavailable, a controller with the new synchronization variables is proposed such that the trajectory tracking error between the master and the slave robots asymptotically converges to zero.

First, with the defined synchronization variables containing the velocity error and the position error between master and slaver, a new adaptive controller using the acceleration signal is designed to guarantee the position and velocity tracking performance between the master and the slave manipulators.

Then, a simple linear observer is established to estimate the unknown synchronization error variables.

A one-driving-variable adaptive controller for synchronization of a kind of fractional order chaotic system is designed.

By designing a novel augmented Lyapunov Krasovskii functional and using reciprocally convex combination technique and the properties of random variables, new delay-dependent synchronization criteria in terms of linear matrix inequalities are derived.

Furthermore, the proportion of positive co-variance CV across all ecological functions and experimental plots attained 85% (Figure 2), suggesting that temporal synchronization among variables is common.

On the other hand, when the scaling factor is different for each drive system variable, full state hybrid projective synchronization (FSHPS) is achieved [12].

In this paper, without transforming the second order inertial neural networks into the first order differential systems by some variable substitutions, asymptotic stability and synchronization for a class of delayed inertial neural networks are investigated.