叶绍波｜山西农业大学｜学者主页

2025

DESIGN AND TEST OF A WIRELESS MONITORING SYSTEM FOR FEED RATE IN COMBINE HARVESTER BASED ON BOTTOM PLATE PRESSURE OF CHAIN-RAKE CONVEYOR

Chao Zhang, Qingling Li, Shaobo YE, Decong Zheng

INMATEH Agricultural Engineering

DOI

2025

RESEARCH ON ADVANCED COMPENSATION CONTROL STRATEGY FOR SOYBEAN COMBINE HARVESTER HEADER HEIGHT BASED ON AREA ARRAY LiDAR

Qingling Li, Chao Zhang, Shaobo YE, Decong Zheng

INMATEH Agricultural Engineering

DOI

2025

CALIBRATION OF DISCRETE ELEMENT SIMULATION PARAMETERS FOR BUCKWHEAT SEEDS

Yulong Cui, Shaobo YE, Shuai Feng, Decong Zheng

INMATEH Agricultural Engineering

DOI

2025

RESEARCH ON TERRAIN-FOLLOWING CONTROL STRATEGY FOR THE HEADER OF 4SZ-1.5 BUCKWHEAT WINDROWER

Chao Zhang, Qingling Li, Ting Li, Shaobo Ye, De-Cong Zheng

INMATEH Agricultural Engineering

DOI

2024

Design and Test of Electromagnetic Vibration Type Fine and Small-Amount Seeder for Millet

Yanqing Zhang, Yaocheng Tang, Ding He, Jie Shi, Lirong Hao, Jiabao Li, Deng Yue Sun, Hongbo Li, Zhiyong Zhang, Shaobo Ye, Yongqiang He, Qingliang Cui

Agriculture

DOI

2024

Design and Experiments of a Roll-Knife Pickup for a Buckwheat Pickup Harvester

Shaobo Ye, Xiaolei Wang, Chao Zhang, Jianlong Zhang, Jiawei Wang, Decong Zheng

Agronomy

DOI

2024

Header Height Detection and Terrain-Adaptive Control Strategy Using Area Array LiDAR

Chao Zhang, Qingling Li, Shaobo Ye, Jianlong Zhang, Decong Zheng

Agriculture

DOI

2024

Design and Experiment of a High-Clearance Mid-Tillage Weeder for Dryland Farming

Shaobo Ye, Xinchi Zhang, Qi Wang, Xin Li, Fenshan Hu, Haiyan Song, Decong Zheng

Agriculture

DOI

2023

基于MR混合现实技术的农业工程类课程网络互动平台构建——以“拖拉机汽车学”为例

李晓斌，付丽红，叶绍波，邱述金，亢石磊，张淑娟

《现代农机》

2023

DESIGN OF VISUAL NAVIGATION SYSTEM FOR AGRICULTURAL ROBOTS BASED ON PID-FUZZY CONTROL AND MONOCULAR VISION

Hanzhuo REN, Wei Li, Shaobo YE, Bing Xu

INMATEH Agricultural Engineering

DOI

2022

OPTIMIZATION OF STIRRING PARAMETERS FOR MILLET FLUID SEED METERING BASED ON RESPONSE SURFACE METHODOLOGY

Yanqing ZHANG, Qingliang Cui, Shaobo YE, Can Wang, Zhiyong Zhang

INMATEH Agricultural Engineering

DOI

2021

CONSTRUCTION OF A DISCRETE ELEMENT MODEL OF BUCKWHEAT SEEDS AND CALIBRATION OF PARAMETERS

Bing Xu, Yanqing Zhang, Qingliang Cui, Shaobo Ye, Fan Zhao

INMATEH Agricultural Engineering

DOI

2021

DESIGN AND TEST OF NEGATIVE PRESSURE CHAMBER ROTARY BUCKWHEAT SEED METERING DEVICE

Shaobo Ye, Decong Zheng, Wei Li, Qi Lu, Yuanqing Yang, Yun Liu, Bing Xu

INMATEH Agricultural Engineering

DOI

2020

我国荞麦机械化收获技术问题与思考

卢琦，郑德聪，刘芸，李丽红，徐兵，叶绍波

《农业工程》

2020

基于SimMechanics的秸秆收集装置建模与分析

徐兵，叶绍波，卢琦，张超，李丽红，刘芸，郑德聪

《农业装备与车辆工程》

2019

基于ADAMS的往复式谷物振动筛设计与试验

卢琦，徐兵，刘芸，叶绍波，李丽红，孔令达，郑德聪

《山西农业大学学报(自然科学版)》

DOI

2018

联合收获机配套秸秆收集装置设计与研究

徐兵，卢琦，叶绍波，赵凡，郑德聪

《山西农业大学学报(自然科学版)》

叶绍波

精选作品

期刊论文

DESIGN AND TEST OF A WIRELESS MONITORING SYSTEM FOR FEED RATE IN COMBINE HARVESTER BASED ON BOTTOM PLATE PRESSURE OF CHAIN-RAKE CONVEYOR

RESEARCH ON ADVANCED COMPENSATION CONTROL STRATEGY FOR SOYBEAN COMBINE HARVESTER HEADER HEIGHT BASED ON AREA ARRAY LiDAR

CALIBRATION OF DISCRETE ELEMENT SIMULATION PARAMETERS FOR BUCKWHEAT SEEDS

RESEARCH ON TERRAIN-FOLLOWING CONTROL STRATEGY FOR THE HEADER OF 4SZ-1.5 BUCKWHEAT WINDROWER

Design and Test of Electromagnetic Vibration Type Fine and Small-Amount Seeder for Millet

Design and Experiments of a Roll-Knife Pickup for a Buckwheat Pickup Harvester

Header Height Detection and Terrain-Adaptive Control Strategy Using Area Array LiDAR

Design and Experiment of a High-Clearance Mid-Tillage Weeder for Dryland Farming

基于MR混合现实技术的农业工程类课程网络互动平台构建——以“拖拉机汽车学”为例

DESIGN OF VISUAL NAVIGATION SYSTEM FOR AGRICULTURAL ROBOTS BASED ON PID-FUZZY CONTROL AND MONOCULAR VISION

OPTIMIZATION OF STIRRING PARAMETERS FOR MILLET FLUID SEED METERING BASED ON RESPONSE SURFACE METHODOLOGY

CONSTRUCTION OF A DISCRETE ELEMENT MODEL OF BUCKWHEAT SEEDS AND CALIBRATION OF PARAMETERS

DESIGN AND TEST OF NEGATIVE PRESSURE CHAMBER ROTARY BUCKWHEAT SEED METERING DEVICE

我国荞麦机械化收获技术问题与思考

基于SimMechanics的秸秆收集装置建模与分析

基于ADAMS的往复式谷物振动筛设计与试验

联合收获机配套秸秆收集装置设计与研究

研究方向