Introduction to System theory, Theory of Complex Systems, and dynamic systems
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Requisites
Resources
Foundations
Introduction
What is X?
Why does X matter to you?
Research
Ecosystem
Story
FAQ
Worked examples
Chapter Name
Notes
Worked examples
- Mathematics or Code. Automatic Verification such as Testing or Lean Proven?
- Languages in Anki.
FAQ
Cybernetics
Positive feedback
Further resources
Next steps
- Secure communication systems
- Communications and encryption
- Synchronization of complex systems and their applications
- Dynamics of lasers
- Wireless Optical Communications
- Bifurcations Analysis
- Dynamic systems in electronic circuits
- Complex networks
- Security for Internet of Things (IoT)
- Dynamic systems and fractional calculus
- Chaos and non-linearity
- Non-linear optics
- Computational physics
- Mathematical programming techniques
- Evolutionary algorithms
- Genetic programming
- Optimization techniques
- Single- and multi-objective optimization
- Stochastic optimization
- Robust optimization
- Green materials and smart materials
- Intelligent Production system
- Big Data and Data Mining in Logistics and Supply Chain Management
- Internet of Things (Iot) in Logistics and Supply Chain Management
- Simulation in Logistics and Supply Chain
- Security for biomedical applications and telemedicine
- Health monitoring systems
- Robotics and control
- Mechatronic systems
- Analysis and development of control systems in real time
- Modeling and simulation
- Digital Predistortion
- Artificial Intelligence
- Artificial neural networks
- Computer vision and pattern recognition
- Machine Learning and Deep Learning applied in Complex Systems
- Machine Learning for Bioinformatics
- Deep Learning for Medical Diagnosis
- Artificial Intelligence for Nanomaterials predictions
- EEG signal processing
- Signal classification
- Image classification
- Information and telecommunications technologies for e-Health applications
- Processing of information for measurement of biometric parameters
- Manipulation of objects immersed in microfluidics
- Biomedical and health informatics
- Machine learning applied to process improvement
- Industry 4.0
- Industrial Internet of Things applied to supply chain management
- Soft computing for sustainability in the manufacturing sector
- Green materials and intelligent manufacturing
- Supply chain management with IoT and AI
- Robotic application for safety and sustainability in the workplace
- Statistical techniques and methods in quality assurance
- Information and communications technologies in quality
- Control of underactuated mechanical systems
- Manipulator robots
- Robotic vision systems
- Embedded systems
- Biomedical Applications
- Hardware implementation
- Intelligent Systems
- Path planning for robotic systems