全文总字数：9003字

题目：自走式植物表型信息监测平台

摘 要

近年来，随着农林业的迅速发展，人类对植物表型的研究不断深入，所以植物表型监测技术成为了21世纪农林业领域的重大革命。基于这项技术，可以使得人类有效的获取植物表型的相关信息，研究植物的基因组，从而培育出更加优良的性状。但是传统的植物表型信息监测平台效率低、误差大、且可能会对植物造成损伤，所以植物信息监测方法的落后已无法满足当代对植物基因组的研究。随着科研的不断深入和对传感器技术的发展，我们通过开发高效率、高精度、和高通量的植物表型信息监测平台以及通过数字图像处理技术，能够快速准确的获取植物表型参数，相较于传统的植物表型信息采集平台，效率高、误差小，且不会对植物造成损害。

关键词：植物表型平台；自走式；高通量；图像处理

Topic: Self-propelled Plant Phenotypic Information Monitoring Platform

Abstract

In recent years, with the rapid development of agriculture and forestry, the research on plant phenotypes has been deepening, so plant phenotypic monitoring technology has become a major revolution in the field of agriculture and forestry in the 21st century. Based on this technology, humans can effectively obtain information about plant phenotypes and study plant genomes, so as to cultivate more excellent traits. However, the traditional plant phenotypic information monitoring platform has low efficiency, large error, and may cause damage to plants. Therefore, the backward plant information monitoring methods have been unable to meet the needs of contemporary plant genome research. With the deepening of the research and the development of sensor technology, we through the development of high efficiency, high precision, and high flux plant phenotypic information monitoring platform, and through digital image processing technology, can quickly obtain plant phenotypic parameters accurately, to the traditional plant phenotypic information collection platform, high efficiency, small error, and will not cause damage to the plant.

Key words: plant phenotypic platform; self-propelled; High throughput; The image processing