2020 (vol. 30) - Number 4

*A.B. Malinowska, R. Kamocki, R. Almeida, T. Odzijewicz:*

On the existence of optimal consensus control for the fractional Cucker--Smale model

*R. Grymin, W. Bożejko, J. Pempera, M. Wodecki, Z. Chaczko:*

Algorithm for solving the Discrete-Continuous Inspection Problem

*T. Kaczorek, A. Ruszewski:*

Global stability of discrete-time nonlinear systems with descriptor standard and fractional positive linear parts and scalar feedbacks

*R. Arora, K. Gupta:*

Fuzzy goal programming technique for multi-objective indefinite quadratic bilevel programming problem

*P. Nowak, J. Czeczot, P. Grelewicz:*

Tuning rules for industrial use of the second-order Reduced Active Disturbance Rejection Controller

*M.I. Gomoyunov:*

Optimal control problems with a fixed terminal time in linear fractional-order systems

*Muhafzan, A. Nazra, L. Yulianti, Zulakmal, R. Revina:*

On LQ optimization problem subject to fractional order irregular singular systems

*M. Blizorukova, V. Maksimov:*

On one algorithm for reconstruction of an disturbance in a linear system of ordinary differential equations

ACS Abstract:

**2009 (Volume 19)**

Number 2

**CLP approach to optimal instruction scheduling for VLIW processors**

Ł. Domagała(Motorola Polska Electronics Sp. z o.o.) |

optimization techniques should be employed due to high complexity of the real life problems.

This article presents an approach to optimal instruction scheduling for very long instruction word (VLIW) processors using a constraint logic programming (CLP) solver with particular emphasis on the modulo scheduling technique. Modulo scheduling is an optimization technique used to achieve greater instruction level parallelism than one achievable by just optimally scheduling code basic blocks.

**keywords:** VLIW, processor, modulo scheduling, constraint logic programming

**Hybrid adaptive control for speed regulation of an induction motor drive**

K. Halbaoui(Power Electronics Laboratory, Nuclear Research Center of Brine, Algeria) | D. Boukhetala, F. Boudjema(Department of Electric Eng, Laboratoire de Commande des Processus, ENSP, Algeria) |

**keywords:** induction motor, field oriented control, hybrid control, MRAC

**Positivity and stabilization of fractional 2D Roesser model by state-feedbacks, LMI approach**

T. Kaczorek(Białystok Technical University, Faculty of Electrical Engineering, Poland) |

**keywords:** fractional 2D Roesser model, positive, stabilization, state-feedbacks, LMI

**On hybrid observability and sliding mode observer in three cells converter**

A. Mezhoud, S. Maradi, M. Tadjine(LCP, ENP, Algeria) | K. Benmansour, M. Djemai((ECS), ENSEA, Cedex, France) |

**keywords:** 3-cells converter, hybrid switched systems, observability, sliding mode observer, real time evaluation

**Stabilization methods for nonlinear second-order systems**

P. Skruch(Akademia Górniczo-Hutnicza, Department of Automatics, Kraków, Poland) |

**keywords:** nonlinear system, stabilization, asymptotic stability, linear feedback, nonlinear feedback

**Intelligent nonlinear optimal controller of a biotechnological process**

A. Soukkou(Department of Electronics, University of Jijel, Algeria) | S. Leulmi(Department of Electrotechnics, University of Skikda, Algeria) | H. Khellaf(Department of Electronics, University of Ferhat Abbas-Setif, Algeria) |

**keywords:** nonlinear optimal controller, genetic learning, PDC, reduced rule base

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