Submitted papers will be assessed based on their novelty, technical quality, potential impact, and clarity of writing. For papers that rely heavily on empirical evaluations, the experimental methods and results should be clear, well executed, and repeatable. Authors are strongly encouraged to make data and code publicly available whenever possible. Every paper submitted to AMCCE 2023 conference is sent to at least two reviewers that include members of the International Program Committee, members of the Technical Committee, and additional qualified reviewers.
Submissions of papers describing original work in, but not limited to, the following topics are enthusiastically encouraged:
TOPIC 1: Mechanical Science and Engineering
Aerodynamics
Applied Mechanics
Automobiles
Automotive Engineering
Biomechanics
Computational Mechanics
Dynamics and Vibration
Fatigue and Fracture
Fluid Dynamics
Fluid Mechanics and Machinery
Fuels and Combustion
General mechanics
Geomechanics
Internal Combustion Engines
Machinery and Machine Design
Mechanical Design
Mechanical Power Engineering
Multibody Dynamics
Noise and Vibration
Plasticity Mechanics
Precision mechanics, mechatronics
TOPIC 2: Automatic Control and Applications
Micro-computer Embedded Control Applications
Process Control and Automation
Sensors and Applications
Industrial Process Control
Decision Support Systems
Fuzzy Control and Its Applications
Cybernetics for Informatics
Industrial Bus Control Applications
Measurement and Diagnosis Systems
Digital System and Logic Design
Circuits and Systems
TOPIC 3: Computer Applications and Information Engineering
Numerical Algorithms and Analysis
Computational Simulation and Analysis
Data Visualization and Virtual Reality
Computational Mathematics
Computational Graphics
CAD/CAE/CAM/CIMS
Computational Statistics
Scientific and Engineering Computing
Parallel and Distributed Computing
Grid Computing and Cluster Computing
Embedded and Network Computing
Signal and Image Processing
TOPIC 4: Software Engineering and Information System Design
Software Architectures
Software Design and Development
Software Testing
Software Agents
Web-based Software Engineering
Project Management
Software Performance Engineering
Service Engineering
Model-Driven Development
Applications of DB Systems and Information Systems
TOPIC 5: Artificial Intelligence Theory and Applications
Machine Learning
Pattern Recognition
Knowledge Discovery
Intelligent Data Analysis
Neural Networks
Genetic Algorithms
Medical Diagnostics
Data Mining
Support Vector Machines
Machine Vision
Intelligent Systems and Language
TOPIC 6: Network, Communication Technology and Applications
Attacks and Prevention of Online Fraud
Cryptographic Protocols and Functions
Economics of Security and Privacy
Identity and Trust Management
Information Hiding and Watermarking
Infrastructure Security
Intrusion Detection, Tolerance and Prevention
Network and Wireless Network Security
Trusted Computing
Adaptive Modulation and Coding
Channel Capacity and Channel Coding
CDMA and Spread Spectrum
System Modeling and Simulationork Security
Trusted Computing
Adaptive Modulation and Coding
Channel Capacity and Channel Coding
CDMA and Spread Spectrum
TOPIC 7: System Modeling and Simulation
Simulation Tools and Languages
Discrete Event Simulation
Object-Oriented Implementation
Web-based Simulation
Monte Carlo Simulation
Distributed Simulation
Simulation Optimization
Numerical Methods
Mathematical Modelling
Agent-based Modelling
Dynamic Modelling
Continuous and Discrete Methodologies
Time Series Analysis
Complex Systems Modeling and Simulation
Economics and Finance Modeling
