为此，本文在监测系统的基础上扩展了系统功能，建立了基于植物生理需水信息的温室滴灌自动控制系统，并进行了灌溉控制效果实验。
So, a real-time irrigation control system based on plant physiological water needing information was established, and the effect experiment of irrigation control was made.
植物电波信号是一种相当复杂的信号，应用传统的电生理方法，已不能获取更多有用信息。
The plant electrical signal is a kind of complicated signal, and the traditional electrophysiological method couldn't get more useful message from it.
植物生理状态受温室环境变化的影响，认为植物生理状态、生长状况可作为温室环境调控的反馈信息。
The plant physiological status is affected by the change of greenhouse environment, hence, the physiological status is regarded as feed back information from plant.
建立由智能虚拟器官构成的分枝网络，来存储虚拟植物拓扑结构、几何形态和生理信息，并可直接解析出三维可视化图像。
The branching network composed of IVOs has been established, to store the virtual plant topology, geometry and physical information, and can directly be resolved 3d visualization image.
建立由智能虚拟器官构成的分枝网络，来存储虚拟植物拓扑结构、几何形态和生理信息，并可直接解析出三维可视化图像。
The branching network composed of IVOs has been established, to store the virtual plant topology, geometry and physical information, and can directly be resolved 3d visualization image.
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