Design of an efficient trapping and analysis system for tobacco pests

Shaolong Han, Jinling Jian, Baoxin Ran
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Abstract

The damage of tobacco pests seriously restricts the high quality development of enterprises. The effective pest control is based on accurate and timely monitoring information of the pest, the traditional monitoring process for information of the pest has many problems, such as heavy workload, low efficiency and high error rate. In this paper, an efficient trapping and analysis system is designed, which consists of five modules: tobacco pests trapping, power supply voltage stabilization, image acquisition, wireless communication and image processing, all modules work together to catch tobacco pests automatically, take pictures of the trap board and upload them to the host computer, after image recognition, the number of tobacco pests is calculated, the result can guide us to take effective pest control work. The design of the system has improved the degree of automation and accuracy, reduce the manual workload and work efficiency has also been greatly improved.
一种高效的烟草有害生物捕获分析系统的设计
烟草害虫的危害严重制约着企业的高质量发展。有效的害虫防治是建立在准确、及时的害虫监测信息基础上的,传统的害虫信息监测流程存在工作量大、效率低、错误率高等问题。本文设计了一种高效的捕虫分析系统,该系统由烟草害虫捕获、电源稳压、图像采集、无线通信和图像处理五个模块组成,各模块协同工作,自动捕获烟草害虫,对捕虫板进行拍照并上传到上位机,经过图像识别后,计算出烟草害虫的数量,从而指导我们采取有效的害虫防治工作。本设计的系统提高了自动化程度和准确性,减少了人工工作量,工作效率也有了很大的提高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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