A Rapid Simulation System for Decision Making in Intelligent Forest Management

Balancing different forest management goals related to economic, ecological, and social sustainability, a rapid simulation system uses CPU+GPU heterogeneous patterns to accelerate the computation of dynamic processes, supporting quick and intelligent decision making.

Authors

• Jing Fan Zhejiang University of Technology Zhejiang Key Laboratory of Visual Information Intelligent Processing
• Tianyang Dong
• Xinxin Guan
• Ying Tang Huazhong University of Science and Technology

Keywords

• Computational modeling
• Vegetation
• Data models
• Biological system modeling
• Dispersion
• Graphics processing units
• Decision making
• Decision-making
• Intelligence
• Biodiversity
• Germination
• Computation Time
• Graphics Processing Unit
• Simulation Process
• System Architecture
• Forest Model
• Seed Dispersal
• Social Sustainability
• Juvenile Growth
• Forest Succession
• Juvenile Mortality
• Forest Management Plans
• Simulation Results
• Tree Species
• Parallelization
• Grid Cells
• Adult Trees
• Diameter At Breast Height
• Sub-models
• Light Distribution
• Lodgepole Pine
• Multi-objective Optimization
• Application Layer
• Number Of Trees
• Density Of Species
• Adult Mortality
• intelligent planning
• forest management
• rapid simulation