Aim and scope
The Journal is intended to promote development of applications and related
theory in the field of dynamic systems exhibiting chaotic behavior, in
a variety of applied scientific and technical disciplines. The main emphasis
is on applications.
The Journal aims to advance science and technology of nonlinear processes
and systems. For instance, applications of chaos in information processing,
memory devices, pattern recognition as a chaotic process, signal processing,
prediction, control, virtual reality, composition of music and art works,
lasers and nonlinear optics, nonlinear physics, chemical reactivity, growth
processes and cooperative processes biology, memory and sense processes
as nonlinear dynamic processes, biological pacing systems and their control,
and so on, are focused.
A special emphasis is on designing methodologies based on chaos generation
mechanism, chaos properties, and chaos control. The focus is on systematically
developing sound applications based on theoretical advances.
A special bulletin section is devoted to carry relevant information
on conferences, other events, people, new patents in the field, technical
developments (both software and hardware), book reviews, etc.
Submitted manuscripts should have a high scientific or technological
content, and should make a significant contribution to science or technology.
At the very least, relevant references to possible sound application, of
how the paper contributes to the better understanding of applications should
be included in the articles. Purely mathematical papers, with no connection
to applications, will be sent to the authors for revision. Applied mathematical
papers are welcomed.
The Journal differentiates itself from other journals by the policy
of stressing applications and by its interdisciplinary and synthesizing
program.