Krystyn Styczen

14 papers C 9Journal 1Unranked 4
YearRankTypeTitle / Venue / Authors
2017 C conf
A general optimization-based approach for thermal processes modeling.
FedCSIS
Pawel Drag, Krystyn Styczen
2017 — conf
A new optimization-based approach for aircraft landing in the presence of windshear.
FedCSIS (Communication Papers)
Pawel Drag, Krystyn Styczen
2017 — conf
The New Approach for Dynamic Optimization with Variability Constraints.
WCO@FedCSIS
Pawel Drag, Krystyn Styczen
2016 C conf
The matrix-based description approach for the multistage differential-algebraic processes.
FedCSIS
Pawel Drag, Krystyn Styczen
2015 C conf
Simulated annealing with constraints aggregation for control of the multistage processes.
FedCSIS
Pawel Drag, Krystyn Styczen
2014 C conf
3-D filter SQP method for optimal control of the multistage differential-algebraic systems with inconsistent initial values.
FedCSIS
Pawel Drag, Krystyn Styczen
2013 C conf
Inexact Newton method as a tool for solving Differential-Algebraic Systems.
FedCSIS
Pawel Drag, Krystyn Styczen
2013 — conf
Multiple Shooting SQP Algorithm for Optimal Control of DAE Systems with Inconsistent Initial Conditions.
WCO@FedCSIS
Pawel Drag, Krystyn Styczen
2013 C conf
Multiple shooting SQP-line search algorithm for optimal control of pressure-constrained batch reactor.
FedCSIS
Pawel Drag, Krystyn Styczen
2012 J jnl
A modified filter SQP method as a tool for optimal control of nonlinear systems with spatio-temporal dynamics.
Int. J. Appl. Math. Comput. Sci.
Ewaryst Rafajlowicz, Krystyn Styczen, Wojciech Rafajlowicz
2012 C conf
Parallel Simultaneous Approach for optimal control of DAE systems.
FedCSIS
Pawel Drag, Krystyn Styczen
2011 C conf
A modified multipoint shooting feasible-SQP method for optimal control of DAE systems.
FedCSIS
Krystyn Styczen, Pawel Drag
2011 C conf
A multipoint shooting feasible-SQP method for optimal control of state-constrained parabolic DAE systems.
FedCSIS
Krystyn Styczen, Wojciech Rafajlowicz
1993 — conf
Optimal periodic control for distributed-parameter systems via reduced gradient methods.
System Modelling and Optimization
Krystyn Styczen, Krystyna Nitka-Styczen