ICoICT 2020 intends to be the premier forum for academicians, industrials, professionals, and students to exchange knowledge and sharing research finding in a broad scope of coverage of information communication technology (ICT).
This year’s theme is “Leveraging ICT for Disaster Resilience and Sustainable Development”, will highlight the intensive use of ICT to enhance the disaster resilience and sustainable development. Information and communication technologies (ICTs) are used in many areas to facilitate and accelerate our lives as a part of sustainable development. The use of ICTs by citizens after a disaster increases resilience against disasters.
We welcome high-quality papers that describe original and unpublished research papers addressing the real issues, methods, and challenges on the following areas of ICT for Disaster Resilience and Sustainable Development, but not limited to:
Emerging Trends in ICT (Information and Communication Technology)
The scope (but are not limited to):
• IoT and Big Data
• AI/Machine Learning
• Socio Computing
• Data Analysis
• Mobile Applications
• Blockchain
• Smart cities
• Digital transformation
• cybersecurity
Structural Health and Monitoring (SHM)
The scope (but are not limited to):
• Internet of Things for SHM
• System Engineering for SHM (engineering, architecture, evaluation, sensor technology),
• Decision Systems for SHM (Artificial Intelligence, Intelligent Agents, Machine Learning),
• Data fusion and Analytic for structural health monitoring
• Simulation and computing for SHM (finite element analysis, continuous, discrete, real-time)
• Signal and data Processing for SHM
Climate Change Monitoring
The scope (but are not limited to):
• IoT for climate change monitoring
• Analysis, simulation, and modeling for climate change monitoring
• Early warning systems and environmental assessment
• Intelligent system for climate change monitoring and weather forecasting
ICT for Agriculture Resilience
The scope (but are not limited to):
• IoT and sensor networks for agriculture and forestry
• Image processing and AI for agriculture and forestry
• Data science for agriculture and forestry
• Remote sensing and GIS for agriculture and forestry
• Any ICT applications for agriculture and forestry
Disaster Mitigation and Management
The scope (but are not limited to):
• Signal and Image processing for disaster mitigation and management
• Early warning system for disaster mitigation and management
• GPS and INS for disaster mitigation and management
• GIS and remote sensing application for disaster management
• Data science for disaster management
Disaster Risk Science and Engineering
The scope (but are not limited to):
• Multi-hazard modelling and simulations
• Risk and vulnerability assessment
• Numerical modelling and simulations
• Data science for resilient built environments
• Remote sensing and spatial analysis for disaster risk science and engineering
Trending Technologies in Natural Disaster Risk Reduction
The scope (but are not limited to):
• IoT and sensor networks for disaster risk reduction
• Remote sensing and spatial analysis for disaster risk reduction
• Big data and mobile application for early warning system
• Unmanned autonomous vehicle (UAV) applications for disaster risk reduction
Non-presented Paper Policy
The committee reserves the right to exclude a paper from distribution after the conference if the paper is not presented at the conference.