Ongoing research projects
Title
APS for production with flexible resources and processes
APS for production with flexible resources and processes
Code
FW10010454
FW10010454
Summary
FLEX - APS FOR PRODUCTION WITH FLEXIBLE RESOURCES AND PROCESSES<br> Supported by the Technology Agency of the Czech Republic<br> <i>Programme:</i> FW - TREND<br> <i>Funding subprogramme identification:</i> Subprogramme 1 "Technology Leaders"<br> <i>Public call:</i> 10th VS of the Programme for the Support of Industrial Research and Experimental Development TREND<br> <i>Duration:</i> 01/2024 – 06/2026<br> <i>Project applicant:</i> Merica s.r.o.<br> <i>Principal Investigator:</i> Prof. Dr. Ing. Zdeněk Hanzálek<br> <i>Other project applicant:</i> VŠB - Technical University of Ostrava<br> <i>Other Principal Investigator:</i> doc. Ing. Zdeněk Sawa Ph.D.<br> <h4>Project goal:</h4> <p> To create a new APS system based on optimization algorithms, flexible resources, BPMN processes, and machine learning. </p> <h4>Expected results of the project:</h4> <p> A new generation APS that uses optimization algorithms, artificial intelligence, and BPMN tools to model the organizational processes of a company, optimally utilizes human resources and automatically cleans/refills input data. </p> <p> The optimization algorithm will receive input data for production scheduling and lot sizing via a fixed API. It will output the start times of operations and their assignment to resources according to the optimization criteria. </p> <p> A BPMN process verifier will automatically verify user-generated process models within the APS system to catch potential errors in the process design before the process is deployed. </p>
FLEX - APS FOR PRODUCTION WITH FLEXIBLE RESOURCES AND PROCESSES<br> Supported by the Technology Agency of the Czech Republic<br> <i>Programme:</i> FW - TREND<br> <i>Funding subprogramme identification:</i> Subprogramme 1 "Technology Leaders"<br> <i>Public call:</i> 10th VS of the Programme for the Support of Industrial Research and Experimental Development TREND<br> <i>Duration:</i> 01/2024 – 06/2026<br> <i>Project applicant:</i> Merica s.r.o.<br> <i>Principal Investigator:</i> Prof. Dr. Ing. Zdeněk Hanzálek<br> <i>Other project applicant:</i> VŠB - Technical University of Ostrava<br> <i>Other Principal Investigator:</i> doc. Ing. Zdeněk Sawa Ph.D.<br> <h4>Project goal:</h4> <p> To create a new APS system based on optimization algorithms, flexible resources, BPMN processes, and machine learning. </p> <h4>Expected results of the project:</h4> <p> A new generation APS that uses optimization algorithms, artificial intelligence, and BPMN tools to model the organizational processes of a company, optimally utilizes human resources and automatically cleans/refills input data. </p> <p> The optimization algorithm will receive input data for production scheduling and lot sizing via a fixed API. It will output the start times of operations and their assignment to resources according to the optimization criteria. </p> <p> A BPMN process verifier will automatically verify user-generated process models within the APS system to catch potential errors in the process design before the process is deployed. </p>
Start year
2024
2024
End year
2026
2026
Provider
Technology Agency of the Czech Republic
Technology Agency of the Czech Republic
Category
Obecná forma
Obecná forma
Type
TREND (2020-2027)
TREND (2020-2027)
Solver
Sawa Zdeněk doc. Ing., Ph.D.
Sawa Zdeněk doc. Ing., Ph.D.
Information system of research, development and innovation (in Czech)
https://www.isvavai.cz/cep?ss=detail&h=+FW10010454
https://www.isvavai.cz/cep?ss=detail&h=+FW10010454
Mandatory publicity
Projekt APS PRO VÝROBU S FLEXIBILNÍMI ZDROJI A PROCESY je podpořen Technologickou agenturou ČR v rámci Programu TREND z finančních prostředků EU v rámci Národního plánu obnovy (Nástroje pro uživení a odolnost).
Projekt APS PRO VÝROBU S FLEXIBILNÍMI ZDROJI A PROCESY je podpořen Technologickou agenturou ČR v rámci Programu TREND z finančních prostředků EU v rámci Národního plánu obnovy (Nástroje pro uživení a odolnost).
