Human-Simulated Intelligent System for Multi-Circuit Pulp Consistency Control

In multi-circuits pulp consistency control system, the paper put forward the assumption of dynamically updating relevant circuit parameters by using human-simulated intelligent control (HSIC) system. The paper also deduced measures that experienced operator might adopt on abnormal conditions after correctly analyzing the relationship of multi-stage control circuits. The practice shows that the coordination of multi-circuits control enhanced control accuracy, respond speed, anti-interference ability and robust performance of whole consistency control system.