Themes
The International Conference on Image Processing, Wavelet and applications (IWW) serves to provide a platform for disciplines spanning across the ever-evolving landscapes of science, engineering, applied mathematics, computer science, applied and computational science, information science, medicine, biology, bioengineering, technology as well as industry involving but not limited to researchers, scholars, professionals and practitioners from diverse backgrounds to discuss the most recent developments, findings, experience and insights to advance application areas and approaches to generate and attain applicable solutions regarding emerging challenges and trends in the respective fields.
The IWW Conference addresses the following topics (potential topics include but are not limited to):
Applied Sciences and Mathematics (including but not limited to):
- Nonlinear dynamics and complexity
- Wavelets and its applications in biology, neuroscience, finance, economics, environmental science, geophysics, medicine, and so forth
- Mathematical physics and wavelets
- Computer simulations
- Nonlinear and complex system optimization and intelligent algorithms
- Data-driven dynamical systems
- Entropic applications
- Big data analysis
- Complex systems
- Discrete mathematics
- Continuous or discrete wavelet transforms
- Time-frequency / scale analysis
- Real – time filtering
- Frames and wavelets
- Fractal systems and analysis
- Multifractal analysis and processes
- Fractional calculus and its applications
- Fractional differential equations
- Dynamical behavior of systems with hidden attractors
- Fractional dynamical systems
- Fractional-order systems
- Fractional models of neurons
- Fractional complex-order dynamical processing
- Fractional dynamical processes and complex systems
- Fractional calculus and wavelet
- Bifurcation and singularity theory
- Lie symmetry
- Deterministic and/or stochastic chaos and fractals
- Formation of patterns
- Complexity theory and neural networks
- Experimental observations and applications of nonlinear phenomena in science and engineering
- Control theory and automation
- Fuzzy sets and systems
- Quality theory of differential equations
- Artificial intelligence applications (machine learning, deep learning, genetic algorithms, natural language processing, data analysis, image processing, signal processing, etc.)
Computational Mathematics, Simulations and Numerical Analyses (including but not limited to):
- Computational methods
- Image and signal processing with applications
- Difference and differential equations with applications (i.e. ODEs, PDEs, BVPs)
- Scientific computing and algorithms
- Stochastic differential equations
- Numerical linear algebra
- Error analysis and interval analysis
- Numerical problems in dynamical systems
- Coding theory applications in science (computational mathematics, computational physics, computational statistics, computational chemistry, computational engineering, and so forth.)
- Probability, statistics and information theory
- Applied and industrial mathematics
- Advanced experimental observations
- Applications in science and environmental sciences
- Neural Networks (NNs) and Artificial Neural Networks (ANNs)
- Neural engineering
- Optimization, control, and opereational research
- Business analytics
- Applications of Wavelet to real-world problems with solutions
- Mathematical physics
- Computer simulations
- Wavelets and applications in engineering
- Wavelet fractals
- Wavelets in agriculture
- Wavelets in geophysics
Artificial Intelligence (AI), Information Sciences and Engineering Applications (including but not limited to):
- Application of advanced Artificial Intelligence (AI) (i.e. machine learning, deep learning)
- Data science
- Data mining
- Artificial Intelligence (AI) and data engineering
- Deep learning method and/or language database
- Natural Language Processing (NLP)
- Large language model (LLM)
- Generative AI
- Robotics
- Informatics engineering
- Algorithms and computability theory
- Bioinformatics
- Biostatistics
- Bioengineering applications
- Biomedical applications
- Computer vision
- Internet of things and / or robotics
- Edge computing and technologies
- Computational biology
- Computational chemistry
- Computational physics
- Computational health and medicine
- Multifractal analysis and processes
- Technologies of game
- Data and information networks
- Computational Intelligence (CI), bioinformatics, and granular computing
- Software engineering
- Knowledge discovery
- Intelligent systems
- Human-centric systems