GSKI 2020 : 8th Annual International Conference on Geo-Spatial Knowledge and Intelligence

Authors from the world are welcome to gather at this international event. After the conference, proceedings will be published based on the following topics, which include but are not limited to:

Track 1. Smart city in resource management & sustainable ecosystem

• Geo-Informatics in Smart City
• Geo-Informatics in Internet of Things
• Smart monitoring of water quality in the city
• Smart monitoring of urban sprawl
• Sensor networks in Smart City

Track 2. Spatial data acquisition through RS and GIS in resource management & sustainable ecosystem

• Image acquisition from satellite platforms
• Sensors for geosphere-biosphere studies
• Integrated sensor calibration and orientation
• New platforms for spatial data acquisition in remote sensing
• Field data sampling schema technique in ecology studies
• Ecological data acquisition by GNSS, including Beidou
• Data acquisition by Geosensor
• Big data and cloud computing in resource management & sustainable ecosystem

Track 3. Ecological and environmental data processing and management

• Ecological data standardization
• Geospatial data organization and management
• Remote sensing imagery classification
• Data calibration for remote sensing images
• Theories and algorithms for spatial data
• Geospatial data retrieval
• Real-time data mapping technology
• Spatial data handling technology
• Feature extraction and mapping
• Surface and object construction
• Abnormality data filtering
• Spatial data warehouse management
• Big data organization and management
• Spatial data modeling for ecological and environmental process
• Spatio-temporal data model and management

Track 4. Advanced geospatial model and analysis for understanding ecological and environmental process

• Spatial data mining and knowledge discovery from ecological and environmental database
• Time-serial geospatial data analysis
• Image sequence analysis
• Ecological analysis based on DEM
• Geospatial statistics
• Ecological pattern analysis
• Spatial data relationship modeling in ecology and environment
• Human-nature relationship modeling based on geoinformatics

Track 5. Applications of Geo-Informatics in resource management & sustainable ecosystem

• LBS based service in resource management & sustainable ecosystem
• Concepts and policies of ecological data & service sharing through spatial data infrastructure
• Visualization, animation and virtual reality in ecological and environmental studies
• 3-D modeling in ecology
• Ecological and environmental management based on decision support systems
• Socio-Economic Impact Assessment based on ecological data
• Disaster and Risk Management in ecology
• Applications for sustainable development
• Nonrenewable resources and geotechnical applications
• Computer related applications in ecology and environment management
• Urban and environmental planning
• Environmental simulation and design
• Sustainable Geo-tourism development in Great Lakes and Great Rivers environments – A comparison of Michigan & Hubei Province
• Changing Patterns & Policies in domestic versus international tourism in China
• A survey of Sustainable Ecotourism, Geo-tourism, and nature-based (conservation) tourism in China
• The Role of Planning in Sustainable Tourism Development: A comparison between China & the USA
• The Role of GIS in managing cultural & historic (data bases) resources in sustainable tourism development
• Creating a template for community based tourism development planning
• Sustainable Community-based tourism development in rural China
• Sustainable Exhibition and Urban tourism in China: A Wuhan case Study
• The Growth of World Heritage site designation and tourism in China