CSIS-IAC 2024 endeavors to serve as a premier international platform, uniting scientists, researchers, educators, industry professionals, and students from across the globe. The conference aims to showcase cutting-edge research outcomes, address emerging challenges, and foster discussions on trends within the realms of Complex Systems and Intelligent Science.
Scholars are invited to contribute to CSIS-IAC 2024 across various domains, including Complex and Nonlinear Systems, System Analysis and Integration, Intelligent Science and Technology, and Intelligent Systems and Applications. The conference program encompasses regular technical sessions featuring both oral and poster presentations, along with special sessions focusing on contemporary topics of interest.
Distinguished plenary and keynote sessions led by renowned researchers, alongside awards recognizing exceptional papers, will be integral to CSIS-IAC 2024. The conference actively encourages proposals for special sessions, presenting innovative research findings on specific themes, as well as workshops delving into emerging research areas. Interested parties can submit their proposals to the conference secretariat at csisiac@gmail.com before the paper submission deadline.
CSIS-IAC 2024 has been officially listed in the IEEE Conference Database (view at https://conferences.ieee.org/conferences_events/conferences/conferencedetails/63491). With the esteemed technical sponsorship of IEEE, we are committed to upholding elevated standards in technical excellence. The conference proceedings are slated for submission to IEEE Xplore for inclusion and EI for indexing, ensuring the widespread dissemination of invaluable insights and research findings.
Artificial systems Autonomous systems Bifurcation analysis Bio-molecular and cellular systems Chaos and fractals Complex networks Ecological systems Economic systems Energy, environment, and sustainability Hybrid systems Industrial systems Intelligent transportation systems Mathematical, physical and chemical systems Neurodynamics and brain dynamics Physiological and psychological systems Social computing Social systems Switching systems
Catastrophe theory Chaos and synchronization Cognitive modeling Complexity in biology and health sciences Computation and information processing in complex systems Computational simulation and experiments Cybernetics Data-based methods Dissipative structure theory Dynamic programming Emergence and complexity Functional evolution and prediction Game theory Information theory Self-organization Structural modelling and dynamics of complex systems Synergetics System of systems
Adaptive dynamic programming and reinforcement learning Affective computing Artificial intelligence Big data and analytics Brain-inspired computing Computational intelligence Computational linguistics Data mining Data science Deep learning Embodied intelligence Evolutionary computation Fuzzy sets and fuzzy logic systems Genetic algorithms Human-in-the-loop learning Hybrid intelligence Incremental/Active learning Intelligent optimization Knowledge representation and reasoning Machine learning Metaheuristics Natural language processing Neural networks Support vector machines Swarm intelligence
Autonomous control Autonomous driving Brain–machine interface Cognitive computing Computer vision Decision-making analysis and methods Games Image/Video processing Intelligent control Intelligent medicine Internet of things Learning control and optimization Machine translation Metaverse, meta learning and metacontrol Multi-agent systems Nature-inspired computing Neuromorphic computing Parallel control and parallel management Pattern formation and pattern recognition Robotics, navigation and control Smart environmental protection Smart grids Smart sensors Supervised, semi-supervised and unsupervised learning Unmanned aerial vehicles