fractional-group.com
Ongoing project results | Fractional Group
http://fractional-group.com/ongoing-project-results
This section presents the results obtained until the end of Phase 1 and 2, 15.12.2013 and 15.12.2014 respectively. Read more about Phase 1 and Phase 2. Phase 1, 15.12.2013. Study of the state of the art on modern control strategies and fractional calculus in control engineering. Study of the state of the art on time delay compensation methods. Implementation and testing (simulation) of existing control techniques for multivariable time delay processes. 8 papers (7 published papares, 1 paper under review):.
fractional-group.com
Overall scientific results | Fractional Group
http://fractional-group.com/overall-scientific-results
Muresan, C.I., Both, R., Dulf, E.H., Neaga, A., Ionescu, C. ( 2013. HIL Real-Time Simulation of a Digital Fractional Order PI Controller for Time Delay Processes, IEEE Africon, 9-12 September, Mauritius ( BDI. Muresan, C.I., Dulf, E.H., Both, R. ( 2013. Muresan, C.I., Folea, S., Mois, G. ( 2013. Muresan, C.I. ( 2013. Simplified Optimization Routine for Tuning Robust Fractional Order Controllers, American Journal of Computational Mathematics, ISSN: 2161-1203, vol. 3, no. 3B, pp. 7-12, DOI: 10&...Speed and...
fractional-group.com
Project objectives | Fractional Group
http://fractional-group.com/project-objectives
Study of the state of the art on modern control strategies and fractional calculus in control engineering. Study of the state of the art on time delay compensation methods. Implementation and testing (simulation) of existing control techniques for multivariable time delay processes. Design of control algorithms and strategies for multivariable time delay processes based on fractional calculus and the Smith Predictor structure. Validation, testing and correction of the proposed control strategies.
fractional-group.com
Project reports | Fractional Group
http://fractional-group.com/project-reports
Activity report Phase 1. Further on, the research activities included a short study regarding the proposed case studies, such as isotope separation plants, chemical reactors. The study demonstrated the need for advanced/complex control structures for these types of processes, with a multivariable character and multiple time delays. Phase 1 has been completed with activities related to the comparison of the results obtained with different control strategies, regarding the closep loop performance a...Techn...