Ahmad Mohsenimanesh
Papers
2
Total Citations
8
H-Index
2
About
Ahmad Mohsenimanesh is a researcher focused on advancing precision agriculture through autonomous vehicle control and mechatronic systems. His key research areas include agricultural robotics, multi-vehicle synchronization, and intelligent guidance systems for specialized farm machinery. Mohsenimanesh’s major contributions center on the development of control strategies for Wide-Span Implement Carriers (WSICs)—large, tractor-pulled platforms used in controlled traffic farming. His most cited work, “Parallel point-to-point tracking for agricultural Wide-Span Implement Carrier (WSIC)” (2018, 6 citations), addresses the challenge of coordinating two tractors to move in parallel with high accuracy, a task traditionally performed by human operators. In a related study, “Synchronous Tracking Control for Agricultural Wide-Span Implement Carrier (WSIC)” (2018, 2 citations), he proposed automated control algorithms to replace manual guidance, reducing labor intensity and improving precision. These contributions are significant for enabling fully autonomous field operations, potentially increasing efficiency and reducing soil compaction in large-scale farming. Mohsenimanesh’s work bridges theoretical control engineering with practical agricultural applications, offering scalable solutions for modern, data-driven farming systems.
Research Focus
Key Achievements
Top Papers
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