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Dynamic allocation of predicted quantities to forecast intervals for pan stage supervisory support system process models

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conference contribution
posted on 06.12.2017, 00:00 authored by Roland DoddRoland Dodd, Ross BroadfootRoss Broadfoot, Andrew ChiouAndrew Chiou, Xinghuo YuXinghuo Yu
This paper describes a critical feature for the industrial process models of an expert advisory system and their integration within a knowledge based supervisory support system (KBSSS) for advice on best practices and management of a suga rmill crystallization stage. This functionality works cooperatively to translate pan stage industrial process models, used during the forward prediction of pan stage operating conditions, to a timescale basis by dynamically allocating forecast processing quantities to predefined intervals over the prediction horizon. The innovative dynamic allocation procedure outlined underpins the prediction ability of the process models, acting in a backbone capacity, to establish forecasting capabilities for the system.The primary topic of this paper will be a description of the approach and how it supports the predictive modelling with focus on: (1) design features, (2) implementation and (3) application to the prediction of syrup quantities to the pan stage from cane receival and juice processing information.

History

Start Date

01/01/2009

ISBN-13

9781424435074

Location

Victoria, Australia

Publisher

IEEE

Place of Publication

Melbourne, Victoria

Peer Reviewed

Yes

Open Access

No

External Author Affiliations

Faculty of Arts, Business, Informatics and Education; Not affiliated to a Research Institute; Queensland University of Technology; RMIT University;

Era Eligible

Yes

Name of Conference

IEEE International Conference on Industrial Technology