基于传感器阵列的藻类生长环境的控制研究

Study of Controlling the Algae's Growth Environment Based on Multi-functional Sensors

文章针对藻类培养密度低、生长速度慢、易污染、易受天气影响等情况,建立了一个光、温、酸碱度和营养液供应均由计算机控制的光生物反应器。文章还介绍了多传感器集成及数据融合的结构和应用,即把不同传感器的数据加以综合,以提高特征估计的精度。

It is popular to apply computer automatic system to control the algae＇ s growth environment such as light, temperature and nutrition in many developed agriculture countries. However, such technology is still in its test period in China. This paper describes the architecture and application of multi- sensor integration and data fusion. Data fusion is the process of combining, correlating, associating data from multi - sensor to achieve identity estimation and assessment of situations.