International Journal of Hybrid Systems is an English language journal published quarterly on research in this important area. Hybrid system research is devoted to modeling, design and validation of interacting systems of continuous process(plants) and computer programs (control automata). The methodologies of hybrid systems address the growing demand for control systems that are capable of controlling complex nonlinear continuous plants with discrete intelligent controllers. The theory of hybrid systems offers logical, mathematical and computational framework for understanding and designing complex heterogeneous systems.
The theory of hybrid systems has become a distinctive branch of investigation by providing computationally effective methodologies for implementation of digital programs that design or modify the control law. The areas of science and engineering that can be brought to bear on the issue of hybrid control encompass mathematical, engineering and computer science disciplines. We encourage the submission of papers on all areas of hybrid systems including theory, modeling and software tools relevant to applications such as avionics, highway traffic control, air traffic control, distributed autonomous control, management synchronization, discrete event systems and real time systems.
Panos J. Antsaklis, U.S.A.Finn Conrad, DenmarkWassim M. Haddad, U. S. A.Wolf Kohn, U. S. A.G. S. Ladde, U. S. A.Y. Ledyaev, U. S. A.Rogerio de Lemos, U. K.Elena Litsyn, IsraelVladimir M. Matrosov, Russia |
Semyon M. Meerkov, U. S. AAnthony N. Michel, U. S. A.Boris M. Miller, RussiaAnil Nerode, U. S. A.Andrey V. Savkin, AustraliaRoberto Segala, ItalyThomas I. Seidman, U. S. A.D. D. Siljak, U. S. A.Lucio Tavernini, USA.Stanislav Vassilyev, Russia |