Qing Zhao

Henan Academy of Agricultural Sciences · Institute of Agricultural Ecomonics and Information

Due to the constraints of agricultural computing resources and the diversity of plant diseases, it is challenging to achieve the desired accuracy rate while keeping the network lightweight. In this paper, we proposed a computationally efficient deep learning architecture based on the mobile vision transformer (MobileViT) for real-time detection of...

This research constructed a vegetable traceability system based on a safe production management model with a hybrid architecture of the browser client (B/S) and the APP client (C/S), with MySQL and SQLite as the database, and with C# and Java as the development language. The information management and traceability functions for the entire process o...

In wheat breeding, spike number is a key indicator for evaluating wheat yield, and the timely and accurate acquisition of wheat spike number is of great practical significance for yield prediction. In actual production; the method of using an artificial field survey to count wheat spikes is time-consuming and labor-intensive. Therefore, this paper...

【Aims】 In order to obtain the plant density and plant height information of winter wheat breeding material quickly and accurately, it was of great practical significance for the growth monitoring and yield prediction of winter wheat breeding material. 【Method】 In this study, a drone equipped with a digital camera was used to obtain the drone digita...

In view of the fact that the current peanut test was still artificial, it was difficult to meet the actual demand of peanut test, this paper established a peanut high-throughput automatic test system (automatic measurement), which improves the work efficiency of peanut test. The system mainly included peanut automatic seed testing device, scanning...

In order to improve the efficiency and timeliness of pest field sexual attraction monitoring and then improve the efficiency of crop pest forecasting, in this study, we improved the traditional method of sexual inducement by designing a remote insect trap image collection device with image collection, remote communication and other Internet of Thin...

In response to the actual needs of informatization of the collectors engaged in the whole process of field wheat production, this paper constructed a phenotyping system based on field wheat, which was of great significance to improve the efficiency of data collection and reduce the labor intensity of the collectors. Based on the collection and mana...

To evaluate the high yield,stable yield and adaptability for analyzing the genotype and environment interaction of new wheat cultivars under different ecological conditions,and to analyze the variation rule of yield of new wheat cultivars could provide scientific reference for the selection and breeding of wheat varieties with high quality.Regional...

In order to improve the dynamic and precise control of crop irrigation and nitrogen application, the study designed the intelligent irrigation and nitrogen application management system for crop including hardware and software. The system utilized the site polling technology, message queue technology and PID (proportion integral differentiat) contr...

Based on the meteorological data from 15 stations of summer maize producing areas in Henan Province during 1961 and 2015,the water requirement and effective rainfall in the whole growth period of summer maize were calculated,thus,the irrigation water requirement was obtained. The interannual variation and spatial distributio characteristics of summ...

For enhancing the efficiency in crop pests investigation,reducing the data re-entry workload ofinvestigated information,improving the timeliness of pest sexual attraction monitoring and forecasting,and promoting the totality efficiency of pests detection and reporting finally, it was the traditional application of pest sexual attraction that amelio...

A data acquisition and management system of agronomic trait for maize was constructed to achieve rapid collection，efficient management and automatic analysis of agronomic trait data for maize. It could provide reference for collection and management of agronomic traits from other grain crops or cash crops.Using B/S and C/S hybrid development archit...