Home Research and Innovation Projects ADM.IN: Advanced Decision Making IN Productive Systems Through Intelligent Networks
ADM.IN: Advanced Decision Making IN Productive Systems Through Intelligent Networks
Date: 2021-2023
Sectors

Digital transformation in manufacturing and process industry

Services

Research and Development under Contract

Departments

IT Engineering - Process, Data, Maturity, and Quality
Computer Vision, Interaction and Graphics

Competences

Artificial intelligence, machine learning, and decision support systems
Ontologies and interoperability
Computer graphics, virtual, augmented and mixed reality

 

Framework

The ADM.IN project's primary objective is to develop intelligent tools to support decision-making, which have a direct contribution to increasing production availability and the quality and value of the Sonae Arauco product, towards Industry 4.0.  

 

 

 

It advocates the creation of a system based on advanced artificial intelligence, digital twin and augmented and mixed reality technologies, creating a collaborative network within Sonae Arauco, which allows for excellence in its production.

Proposed solution

Enable intelligent management of Sonae Arauco's production process, as well as preventive maintenance of the company's machinery. 

 

 

 

This project includes 3 different development lines: 

1. Digital Twin - Data-driven decision making

2. Asset maintenance and management

3. Product traceability

CCG/ZGDV CONTRIBUTION

The CCG/ZGDV, through its R&I, EPMQ and CVIG Departments, contributes to the ADM.IN project in the following aspects:  

 

 

 
  • Development of an integrated solution for analytical and predictive modules, for effective prediction of defects and downtime. The objective is to create relationships that allow extracting information and value from large volumes of stored data and predicting downtime and defects based on this information.
  • Development of a knowledge management architecture and framework for the integration of Augmented Reality and Mixed Reality, oriented towards knowledge of the maintenance and monitoring process, through indicators applied in some critical maintenance activities
  • Creation of a digital twin proposal applied to the wood industry, in order to materialize the junction of digital reality with the physical system. By removing information and value from large volumes of data, it is possible to create alternative production scenarios, forecasting and simulation specific to this domain, with the possibility of generalizing to companies in the same sector
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