J. Pommaret
A. Quadrat | A functorial approach to the behaviour of multidimensional control systems | 7-13 |
J. Hätönen
R. Ylinen | Polynomial systems theory applied to the analysis and design of multidimensional systems | 15-27 |
D. Idczak
M. Majewski
S. Walczak | Stability analysis of solutions to an optimal control problem associated with a Goursat-Darboux problem | 29-44 |
V. Dymkou
M. Dymkov | An application of the Fourier transform to optimization of continuous 2-D systems | 45-54 |
| J. Kurek | Controllability and reconstructability of a system described by the N-D Roesser model | 55-60 |
| T. Kaczorek | Canonical forms of singular 1D and 2D linear systems | 61-72 |
R. Rabenstein
L. Trautmann | Towards a framework for continuous and discrete multidimensional systems | 73-85 |
K. Gałkowski
E. Rogers
W. Paszke
D. Owens | Linear repetitive process control theory applied to a physical example | 87-99 |
| R. Longman | On the interaction between theory, experiments, and simulation in developing practical learning control algorithms | 101-111 |
R. Longman
K. Avrachenkov | Iterative Learning Control for over-determined, under-determined, and illconditioned systems | 113-122 |
| X. Hou | The asymptotical stability of a dynamic system with structural damping | 131-138 |
E. Zerrik
H. Bourray | Gradient observability for diffusion systems | 139-150 |
K. Twardowska
T. Marnik
M. Pasławska-Południak | Approximation of the Zakai equation in a nonlinear filtering problem with delay | 151-160 |
| T. Kaczorek | The relationship between the infinite eigenvalue assignment for singular systems and the solvability of polynomial matrix equations | 161-167 |
R. Longman
S. Songschon | Comparison of the stability boundary and the frequency response stability condition in learning and repetitive control | 169-177 |
| P. Gurfil | Quantitative Lp stability analysis of a class of linear time-varying feedback systems | 179-184 |
R. Longman
M. Phan
S. Lee
J. Lee | System identification from multiple-trial data corrupted by non-repeating periodic disturbances | 185-192 |
| W. Mitkowski | Remarks about energy transfer in an RC ladder network | 193-198 |
| K. Janiszowski | Inversion of square matrices in processors with limited calculation abilities | 199-204 |
| J. Sadecki | An efficiency analysis of the parallel multitransputer implementation of two-level optimization algorithms | 205-214 |
| J. Łęski | A fuzzy if-then rule-based nonlinear classifier | 215-223 |
A. Alimi
R. Hassine
M. Selmi | Beta Fuzzy Logic Systems: approximation properties in the MIMO case | 225-238 |
D. Ngo
T. Taibi | Modeling of distributed objects computing design pattern combinations using a formal specification language | 239-253 |
| Z. Mrozek | Computer aided design of mechatronic systems | 255-267 |
M. Kimmel
O. Gorlova | Stochastic models of progression of cancer and their use in controlling cancer-related mortality | 279-287 |
| M. Kolev | Mathematical modeling of the competition between acquired immunity and cancer | 289-296 |
A. Świerniak
J. Śmieja | Different models of chemotherapy taking into account drug resistance stemming from gene amplification | 297-305 |
P. Zhivkov
J. Waniewski | Modelling tumour-immunity interactions with different stimulation functions | 307-315 |
U. Foryś
A. Marciniak-Czochra | Logistic equations in tumour growth modelling | 317-325 |
K. Fujarewicz
M. Wiench | Selecting differentially expressed genes for colon tumor classification | 327-335 |
| K. Simek | Properties of a singular value decomposition based dynamical model of gene expression data | 337-345 |
M. Kimmel
A. Polański | Population genetics models for the statistics of DNA sample under different demographic scenarios-maximum likelihood versus approximate methods | 347-355 |
A. Świerniak
U. Ledzewicz
H. Schättler | Optimal control for a class of compartmental models in cancer chemotherapy | 357-368 |
R. Lukac
B. Smołka | Application of the adaptive centerweighted vector median framework for the enhancement of cDNA microarray images | 369-383 |
M. Kimmel
A. Renwick
P. Bonnen
D. Trikka
D. Nelson
R. Chakraborty | Sampling properties of estimators of nucleotide diversity at discovered SNP sites | 385-394 |
| M. Gałach | Dynamics of the tumor-immune system competition-the effect of time delay | 395-406 |
| Z. Szymańska | Analysis of immunotherapy models in the context of cancer dynamics | 407-418 |
| J. Polańska | The EM algorithm and its implementation for the estimation of frequencies of SNP-haplotypes | 419-429 |
R. Curtain
M. Demetriou
K. Ito | Adaptive compensators for perturbed positive real infinite-dimensional systems. | 441-452 |
| H. Bounit | The stability of an irrigation canal system. | 453-468 |
| B. Sikora | On the constrained controllability of dynamical systems with multiple delays in the state. | 469-479 |
C. Delattre
D. Dochain
J. Winkin | Sturm-Liouville systems are Riesz-spectral systems. | 481-484 |
M. Hofreiter
P. Zitek | Argument increment stability criterion for linear delta models. | 485-491 |
N. Karampetakis
S. Vologiannidis | Infinite elementary divisor structure-preserving transformations for polynomial matrices. | 493-503 |
| T. Kaczorek | Locally positive nonlinear systems. | 505-509 |
| T. Kaczorek | Bilateral polynomial equations with unimodular right-hand-side matrices. | 511-514 |
H. Rubio Scola
R. Nikoukhah
F. Delebecque | Test signal design for failure detection: a linear programming approach. | 515-526 |
T. Gurfil
P. Bahri
G. Cai | Timed Petri-net based formulation and an algorithm for the optimal scheduling of batch plants. | 527-536 |
K. Malinowski
M. Żmuda
E. Niewiadomska-Szynkiewicz | Application of JAVA-based framework to parallel simulation of large-scale systems | 537-547 |
| G. Glentis | Implementation of adaptive generalized sidelobe cancellers using efficient complex valued arithmetic. | 549-566 |
| P. Porwik | The spectral test of the Boolean function linearity. | 567-575 |
S. Tomaszewski
I. Celik
G. Antoniou | WWW-based Boolean function minimization. | 577-583 |
S. Węgrzyn
R. Winiarczyk
L. Znamirowski | Self-replication processes in nanosystems of informatics. | 585-591 |
Prosimy o przesyłanie uwag na adres bwm@icm.edu.pl