ICSEng 2020 : 27th International Conference on Systems Engineering

The Conference will cover the general area of Systems Engineering, with particular emphasis being placed on applications. It is expected to include sessions on the following themes:

• Aero-Space Systems (Avionics, Unmanned Aerial Vehicles, Aviation Control)
• General Control Systems (Control Theory, System Identification and Adaptive Control, Nonlinear Controls, Applications)
• Power Systems (Environmental Systems, Energy Systems, Renewable Energy, Nuclear Energy)
• Uncertain Systems
• Machine Learning and Analytics (Deep Learning)
• Industrial Automation and Robotics
• Information and Communication Systems (Information and Communication Theory, Geographic Information Systems, Global Position Systems, Applications)
• Distributed Computer and Computer Networks Systems (Modeling and Analysis, Distributed and Wireless Systems, Distributed Servers, Parallel and Distributed Systems, Networks)
• Middleware and Cloud Computing
• Security (Networks, IoT, Distributed Systems, Embedded Systems, Cloud Computing)
• Bigdata (Data Mining, Data Warehouses, Sensor Networks, Data Classification, Regression)
• Internet of Things (Smart Cities, Precision Agriculture, Industrial IoT)
• Analog and Digital Hardware Systems (Real-time Systems, Embedded Systems, Hybrid Embedded Systems, Mixed Signal Designs, Multi-media Systems)
• Intelligent Systems (Expert Systems, Artificial Intelligence, Neural Network, Fuzzy, Optimization Techniques, Hybrid Systems, Applications)
• Gaming and Entertainment Systems (Technology, Security, Design, Tools)
• Bio-metrics System (sensors, integration, data analysis, verification techniques)
• Bio-surveillance Systems (heterogeneous data sources, monitoring techniques, signal detection algorithms, privacy protection )
• Systems Engineering Standards, Modeling, Paradigms, Metrics, Testing, Management, Optimization, Simulation, Scheduling, Reliability and Fault Tolerant
• Systems Engineering Education
• Computer Assisted Medical Diagnostic Systems (single and multiple modality medical data analysis, expert systems, prompting systems, databases, performance evaluation)
• Environmental Systems

  The Conference will cover the general area of Systems Engineering, with particular emphasis being placed on applications. It is expected to include sessions on the following themes:

• Aero-Space Systems (Avionics, Unmanned Aerial Vehicles, Aviation Control)
• General Control Systems (Control Theory, System Identification and Adaptive Control, Nonlinear Controls, Applications)
• Power Systems (Environmental Systems, Energy Systems, Renewable Energy, Nuclear Energy)
• Uncertain Systems
• Machine Learning and Analytics (Deep Learning)
• Industrial Automation and Robotics
• Information and Communication Systems (Information and Communication Theory, Geographic Information Systems, Global Position Systems, Applications)
• Distributed Computer and Computer Networks Systems (Modeling and Analysis, Distributed and Wireless Systems, Distributed Servers, Parallel and Distributed Systems, Networks)
• Middleware and Cloud Computing
• Security (Networks, IoT, Distributed Systems, Embedded Systems, Cloud Computing)
• Bigdata (Data Mining, Data Warehouses, Sensor Networks, Data Classification, Regression)
• Internet of Things (Smart Cities, Precision Agriculture, Industrial IoT)
• Analog and Digital Hardware Systems (Real-time Systems, Embedded Systems, Hybrid Embedded Systems, Mixed Signal Designs, Multi-media Systems)
• Intelligent Systems (Expert Systems, Artificial Intelligence, Neural Network, Fuzzy, Optimization Techniques, Hybrid Systems, Applications)
• Gaming and Entertainment Systems (Technology, Security, Design, Tools)
• Bio-metrics System (sensors, integration, data analysis, verification techniques)
• Bio-surveillance Systems (heterogeneous data sources, monitoring techniques, signal detection algorithms, privacy protection )
• Systems Engineering Standards, Modeling, Paradigms, Metrics, Testing, Management, Optimization, Simulation, Scheduling, Reliability and Fault Tolerant
• Systems Engineering Education
• Computer Assisted Medical Diagnostic Systems (single and multiple modality medical data analysis, expert systems, prompting systems, databases, performance evaluation)
• Environmental Systems