Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Grinding product particle size (GPPS) of grinding circuit (GC) is an important performance index directly related to the product concentrate grade and metal recovery rate. Hover, it is hard to control effectively with conventional process control strategies due to its complex characteristics. , an intelligent supervisory control (ISC) approach of GC is developed by employed intelligent techniques, such as fuzzy and artificial neural network (ANN). This DCS-based ISC system consists of a fuzzy adjuster, an ANN-based GPPS prediction module and an expert interface, and is used to supervise the grinding system and to adjust the setpoints of lor level control loop automatically. The outputs of these loops can therefore track their rened setpoints so that a desired and optimized GPPS can been achieved. Industrial experiments show the effectiveness of the proposed ISC approach.
['Ping Zhou', 'Jinliang Ding', 'Tianyou Chai', 'Hong Wang', 'Chun-Yi Su']
I am writing a research paper on a idea An intelligent approach for supervisory control of grinding product particle size
[{"from": "human", "value": "I am writing a research paper on a idea An intelligent approach for supervisory control of grinding product particle size"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Grinding product particle size (GPPS) of grinding circuit (GC) is an important performance index directly related to the product concentrate grade and metal recovery rate. Hover, it is hard to control effectively with conventional process control strategies due to its complex characteristics. , an intelligent supervisory control (ISC) approach of GC is developed by employed intelligent techniques, such as fuzzy and artificial neural network (ANN). This DCS-based ISC system consists of a fuzzy adjuster, an ANN-based GPPS prediction module and an expert interface, and is used to supervise the grinding system and to adjust the setpoints of lor level control loop automatically. The outputs of these loops can therefore track their rened setpoints so that a desired and optimized GPPS can been achieved. Industrial experiments show the effectiveness of the proposed ISC approach."}]