摘要
传统的农作物种植试验需要反复设计和改进,且受季节、农时和天气的限制,种植周期长、成本高。基于虚拟现实技术的农作物种植虚拟仿真平台能够缩短作物品种试验周期,降低成本,是实现农业生产现代化的关键。为此,重点研究了基于三网融合技术,以三维虚拟世界为载体,以农业仿真模型为科学计算依据,以任务驱动为特色的虚拟农业仿真平台架构,并基于unity3d实现了交互式虚拟农业仿真平台。
The traditional experiment of agricultural plant requires repeated design,and is restricted by weather and farming season,which wastes lots of time,human resouse and finalcial resource.The agricultural plant simulation platform based on virtual reality technology can shorten the experience period and reduce the cost,which is the key step to realize agricultural modernization.In this paper,the virtual agriculture simulation platform is constructed based on the three-network convergence and three dimensional virtual technology.It has the character of task-driven,taking agriculture simulation model as scientific computation basis.The interactive simulation system for agriculture is realized by unity3d.
出处
《农机化研究》
北大核心
2012年第3期184-186,共3页
Journal of Agricultural Mechanization Research
基金
国家"十一五"科技支撑计划项目(2006BAD10A07-06)
关键词
三网融合
虚拟农业仿真
农业模型
任务驱动
three network convergence
virtual agriculture simulation
agriculture model
task-driven