Rodrigo Sousa e Silva

Papers

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About

Rodrigo Sousa e Silva is a researcher focused on advanced control systems for robotic applications, with a particular emphasis on compensating for mechanical nonlinearities such as backlash. His most cited work, "Backlash Robotic Systems Compensation by Inverse Model-Based PID Control" (2019), introduces a dual-model approach: a direct model for simulating system behavior and an inverse model integrated into a PID controller to actively counteract backlash effects. This contribution addresses a critical challenge in precision robotics, improving accuracy and stability in automated systems. While his citation count is still growing—with 6 citations on this key paper—his work demonstrates a strong foundation in model-based control design. Sousa e Silva’s research bridges theoretical control strategies with practical robotic implementation, offering valuable insights for engineers developing high-performance robotic systems. His approach to inverse model compensation is particularly notable for its potential to enhance performance in industrial and service robotics, where backlash can degrade positioning and tracking. As his work gains recognition, it promises to influence future developments in robust robotic control.