Guangxi Li

Tianjin University, Pingdingshan University, Dongguan University of Technology

Papers

10

Total Citations

175

H-Index

7

About

No biography available yet.

Research Focus

Computer science9 · 161 citations
Mechanical engineering8 · 147 citations
Engineering8 · 147 citations
Control theory (sociology)7 · 145 citations
Mathematics7 · 144 citations
Machining6 · 143 citations
Jerk3 · 100 citations
Artificial intelligence7 · 98 citations
Robot6 · 95 citations
Geometry4 · 80 citations
Kinematics3 · 78 citations
Control (management)3 · 78 citations

Key Achievements

7
H-Index
10
Papers
175
Total Citations
18
Avg Citations/Paper
🏆 Most Cited Paper
A jerk-limited heuristic feedrate scheduling method based on particle swarm optimization for a 5-DOF hybrid robot
48 citations · 2022
📈 Most Prolific Year: 2023 (4 Papers)
🤝 Key Collaborators: 21
🏛 Institutions: Tianjin University, Pingdingshan University, Dongguan University of Technology

Top Papers

  1. 1
    A jerk-limited heuristic feedrate scheduling method based on particle swarm optimization for a 5-DOF hybrid robot
    48 citations · 2022
  2. 2
    A C3 continuous toolpath corner smoothing method for a hybrid machining robot
    37 citations · 2022
  3. 3
    A general C2 continuous toolpath corner smoothing method for a 5-DOF hybrid robot
    22 citations · 2021
  4. 4
    An effective approach for non-singular trajectory generation of a 5-DOF hybrid machining robot
    15 citations · 2022
  5. 5
    Feedrate scheduling of a five-axis hybrid robot for milling considering drive constraints
    15 citations · 2021
  6. 6
    Robotized algal cells and their multiple functions
    14 citations · 2021
  7. 7
    Tensor Networks Meet Neural Networks: A Survey and Future Perspectives
    14 citations · 2023
  8. 8
    Approach for Identifying Cartesian Stiffness of a 5-Degree-of-Freedom Hybrid Robot for Machining
    6 citations · 2023
  9. 9
    An Approach for Optimizing the Posture of a Friction Stir Welding Robotized Equipment
    2 citations · 2023
  10. 10
    An Approach for Predicting and Compensating the End Deformation of a Heavy Load Robot for Friction Stir Welding
    2 citations · 2023

Key Collaborators

HLHaitao Liu8 shared papersJXJuliang Xiao6 shared papersWYWei Yue4 shared papersSLSijiang Liu2 shared papersYMYue Ma1 shared papersLQLili Qin1 shared papersSMShaofei Meng1 shared papersYWYunpeng Wang1 shared papersGWGuofeng Wang1 shared papersNJNiandong Jiao1 shared papersZXZenglin Xu1 shared papersSXShuangxi Xie1 shared papersXYXiangli Yang1 shared papersMWMaolin Wang1 shared papersYBYujie Bai1 shared papersYDYabin Ding1 shared papersJHJiale Han1 shared papersMWMingli Wang1 shared papersTHTian Huang1 shared papersKXKe Xu1 shared papers
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