Improved Faster Region-Based Convolutional Neural Networks (R-CNN) model based on split attention for the detection of safflower filaments in natural environments
Z Zhang, R Shi, Z **ng, Q Guo, C Zeng - Agronomy, 2023 - mdpi.com
The accurate acquisition of safflower filament information is the prerequisite for robotic
picking operations. To detect safflower filaments accurately in different illumination, branch …
picking operations. To detect safflower filaments accurately in different illumination, branch …
WED-YOLO: A Detection Model for Safflower Under Complex Unstructured Environment
Z Zhang, Y Wang, P Xu, R Shi, Z **ng, J Li - Agriculture, 2025 - search.proquest.com
Accurate safflower recognition is a critical research challenge in the field of automated
safflower harvesting. The growing environment of safflowers, including factors such as …
safflower harvesting. The growing environment of safflowers, including factors such as …
改进 YOLOv3 的复杂环境下红花丝检测方法.
张振国， 邢振宇， 赵敏义， 杨双**… - Transactions of the …, 2023 - search.ebscohost.com
天气变化, 光照变化, 枝叶遮挡等复杂环境给红花丝的快速, 准确检测带来挑战,
影响红花采摘机器人的作业效率, 该研究基于改进YOLOv3 提出了一种目标检测算法(GSC …
影响红花采摘机器人的作业效率, 该研究基于改进YOLOv3 提出了一种目标检测算法(GSC …
圆弧渐进式红花丝采收装置设计与试验.
张振国， 邢振宇， 杨双**， 冯宁… - Transactions of the …, 2022 - search.ebscohost.com
针对红花切割采收时花丝破损率高, 采净率低等问题, 该研究结合红花物料及力学特性,
设计了一种圆弧渐进式红花丝采收装置. 通过对圆弧渐进刀具进行受力分析和切割速度分析 …
设计了一种圆弧渐进式红花丝采收装置. 通过对圆弧渐进刀具进行受力分析和切割速度分析 …