SUBMISSION INSTRUCTION
THE LAST DATE OF SUBMISSION OF PAPERS IS December 31, 2020
GUEST EDITORS
Shiping Wen (shiping.wen@uts.edu.au)
Yin Yang (yyang@hbku.edu.qa)
Song Zhu (songzhu@cumt.edu.cn)
Huamin Wang (wanghm13@gmail.com)
Cheng Hu (Wacheng2003@163.com)
CALL FOR PAPERS FOR SPECIAL ISSUE ON
DYNAMIC ANALYSIS AND APPLICATIONS FOR INTELLIGENT SYSTEMS
Because of its ability to interact with the environment in a self-organizing and adaptive manner, the intelligent system has never lacked people’s attention since its emergence. With the long-term exploration of experts and scholars in multi-disciplinary fields such as industry, agriculture, economy, society, ecology, etc., the dynamics research of intelligent systems has gradually matured. At present, it has developed into a comprehensive interdisciplinary based on cybernetics, information theory, decision theory and other related theories. And it can use computer simulation technology to quantitatively study nonlinear, high-order, multiple feedback complex systems.
Intelligent system is the abstraction and induction of actual system by researchers according to actual needs. Establishing a suitable dynamic model is an important part of simulating the real system structure. However, due to the limitations of calculation methods and technical theories, for the same practical system, researchers often tend to establish different model structures based on different problem requirements. With the increasing complexity, dynamics, and variability of modern society, the gap between the nonlinear time-varying problem generated by modern society and the existing intelligent system knowledge system has widened. Therefore, exploring the intelligent system that can comprehensively and realistically reflect the actual system and studying its dynamic behavior still require continuous efforts in the later stage.
The Guest Editors of this special issue in the Dynamic Systems and Applications (DSA) invite experts in mathematics, engineering, sociology, economics, and other fields to prepare theoretical and technical papers discussing dynamic behavior of intelligent systems. This special issue is intended to provide a platform for integrating the essence of various system disciplines and other sciences and to promote further collaborations between modelers, decision makers and experts from multiple subject areas. Successful submissions will benefit from international visibility through publication as examples of thought leadership.
Scientists and professionals are invited to submit papers describing the current capabilities of intelligent systems in predicting state changes, controlling and optimizing resource utilization, studying strategic applications and so on. Authors are strongly encouraged to combine work with the actual needs of contemporary society, and discuss how to promote the integration of system discipline knowledge systems to develop the application of intelligent systems in a wider range of fields. Papers are invited to present new theoretical analysis, and encouraged to describe case studies, control strategies and policy assessments. Papers may focus on different aspects of this study field at the global, regional and national levels.
Topics of interest for the special issue include but are not limited to the following areas:
- State feedback control for intelligent systems
- Optimal control for intelligent systems
- Model predictive control for intelligent systems
- Moving horizon control for intelligent systems
- Receding horizon control for intelligent systems
- Sliding model control for intelligent systems
- Adaptive control for intelligent systems
- Pinning control for intelligent systems
- Robust control for intelligent systems
- Networked control for intelligent systems
- Sampled-Data Control for intelligent systems
- Event trigger control for intelligent systems
- Self-triggered control for intelligent systems
- Quantitative control for intelligent systems
- Dynamic analysis for fuzzy systems
- Dynamic analysis for linear systems
- Dynamic analysis for nonlinear systems
- Dynamic analysis for stochastic systems
- Dynamic analysis for discrete systems
- Dynamic analysis for chaotic systems
- Dynamic analysis for disturbance systems
- Dynamic analysis for fractional order systems
- Dynamic analysis for systems with uncertain parameters
- Dynamic analysis for hybrid systems
- Dynamic analysis for inertial systems
- Dynamic analysis for neural network systems
- Dynamic analysis for memoristive systems
- Dynamic analysis for reaction-diffusion systems
- Dynamic analysis for multi-agent systems
- Dynamic analysis for complex network systems
- Stability analysis/stabilization for intelligent systems
- Synchronization for intelligent systems
- Passivity/passification for intelligent systems
- Attractivity analysis for intelligent systems
- Dissipativity for intelligent systems
- Consensus analysis for intelligent systems
- Application of intelligent systems dynamics in pattern recognition
- Application of intelligent systems dynamics in information processing
- Application of intelligent systems dynamics in safety communication
This special issue will be published in Dynamic Systems and Applications (ISSN 1056-2176)
To submit your article, please click on the submission button below.