Sustainable lifestyle and health from a public health perspective
Heterogeneous systems - hardware software co-design
Software Testing Laboratory
Product and Production Development
Industrial Software Engineering
Formal Modelling and Analysis of Embedded Systems
Model-Based Engineering of Embedded Systems
Real-Time Systems Design
Automated Software language and Software engineering
AUTOMAD: AUTOnomous Decision Making in Industry 4.0 using MAchine Learning and Data Analytics
Industry 4.0 or smart manufacturing/production, to have assembly lines being automated and interacting with each other and with close to no human interaction, includes data exchange, decision making, prediction, etc. through IoT, computing, and intelligent data analysis.
Project manager at MDH
Mobyen Uddin Ahmed
Description of the project
Today, production and assembly manufacturing lines are capturing a wide range of data that can be used to improve performance and productivity by using Data Analytics and Machine Learning (ML). These huge amounts of massive historical data are potential for analysis and prediction. Data analytics can be used e.g., for real-time predictive maintenance, optimization of production operations, improving productivity and energy efficiency etc.
AUTOMAD project aims to develop a decision-making system based on domain knowledge and contextual information using machine learning and data analytics. It will help in increasing assembly line capacity and production flexibility. Also, it will identify intersections between i.e, data analytics, context and domain-specific knowledge to create real value from the available data enabling efficient production and support through automation and digitization. Thus, the AUTOMAD project will help to overcome the challenges of integrating an intelligent solution into the Industry 4.0 context.