Decentralized identification of steady-state models for large-scale industrial processes and its strong consistency;

A steady-state model of air-cooled heat pump chiller is established.

A steady-state model was applied for the small-scale heat pump system.

The steady state model (classical model), which is used widely to measure the operation and control performance of the dc transmission, adopts the passive filtering method in the AC side.

In this article, θ method is used in crude oil distillation model to accelerate iteration process in the calculation of steady state model.

To analyze the harmonic performance of the MIDC system accurately,a suitable steady model should be established.

The method of constructing arithmetic of oil system steady model for aero engine has been elaborated in this paper, which is based on the analyses of different parts characteristics that show monotone variation relationship and which introduces the notion "balanced calculation" to replace traditional iteration with vector calculus and various interpolation algorithms.

(1) Traffic anomaly detection based on steady model.

Strong convergence estimations of the steady-state models for dynamic bilinear industrial processes;

In the paper, A new technique identification approach to the steady-state models for two dimensions bilinear systems is presented.

In this paper,the main results obtained in refrence[6]are extended to linear multivarviablessysten,and the estimates of steady-state models and process derivatives are strong consistency.

Secondly,make stable model of this process using stable data.

The cardinality constraint programming was a kind of nonmonotonic logic programming technology with the stable model semantics,and it had the merits of solving combinational and combinational optimization problems.