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The possibility of electric or pneumatic actuators error of the calculated control signals can be almost ignored since it is so small and the average electric actuators communication error rate is less than three percent. It has been shown that the electric actuators control signal profiles of the lights can be calculated from the centralized algorithm.
These results indicate that the various decentralized electric actuators lighting controls are highly successful when we are using the proposed decentralized algorithm of the wireless electric actuators nodes. Why use plastic valves? We may also attain the same rate of accuracy as the centralized algorithm with the help of a small number of communications and computations because of the large value of the electric actuators step size that might be employed in the iterative process. The simulation of the electric actuators centralized actuation algorithm has revealed that optimal control signals can be obtained when the electric actuators central server can gather data from all the sensor nodes. This electric actuators algorithm will be useful when it is used in relatively small places but on the other hand, the proposed decentralized collaborative electric actuators algorithm is more scalable in practical deployment because it does not need a central server.
In other words, the electric actuators routing becomes more complicated as the electric actuators network becomes larger even though the algorithm is free from such a complicated routing problem. The trade-off between the accuracy of why use plastic valves the calculated signals and the energy consumed by electric actuators communication is still a significant problem in the practical application of electric actuators. Therefore, we would like to propose an improved decentralized algorithm for fast electric actuators control signal computation.
Experiments have indicated that the number of iterations can be reduced to approximately ten with appropriate step values in the iterative process if we implement the algorithm on motes to why use plastic valves. At the same time, we need to evaluate its feasibility since the Mote employing the decentralized algorithm may not have the same results as the electric actuators simulations. The accuracy of computing the control signals depends on such factors as the step values, the number of electric actuators iterations, and the communication quality. But the computation time will be longer because of the increase in iterations. What is worse, the communication error is likely to be inevitable in electric actuators. If the electric actuators control signals are required to be computed in a rapid and precise manner, it is better to use large step values. The average consensus electric actuators algorithm is closely related to this figure since it helps to minimize a disagreement function to compute the average of the electric actuators nodes' initial values.