Robust adaptive tracking control highly is a M.Tech project topic for Electrical Engineering. It gives students a clear starting point for research, implementation planning, and documentation.
Robust adaptive tracking control highly Project Details
| Abstract |
This research project addresses the design and evaluation of advanced control strategies for highly dynamic nanopositioning systems, specifically focusing on a lifting and actuating unit (LAU). The system under study integrates a pneumatic actuator for static weight force compensation alongside a parallel electromagnetic drive dedicated to generating high-precision motion forces. To minimize thermal dissipation while maintaining sub-nanometer tracking accuracy, a control allocation strategy is formulated to distribute zero-mean high-dynamic forces to the electromagnetic channel. The primary control architecture combines a Linear Quadratic (LQ) type controller with an L1 adaptive control augmentation to guarantee robustness against parametric uncertainties and external disturbances. System performance is evaluated based on its capability to achieve
root-mean-square (RMS) positioning errors below 0.25 nm while restricting electrical currents to less than 0.30 mA. The methodology is further extended to a multi-degree-of-freedom configuration, modeling a 3D tilt-and-lift vertical motion system that coordinates three independent lifting and actuating units supporting a triangular payload. This framework provides comprehensive guidance for modeling, parametric identification, and real-time controller implementation in overactuated nanoprecision applications.
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| Reference Paper |
Robust adaptive tracking control for highly dynamic nanoprecision motion systems |
| Domain |
Electrical Engineering |
| Sub-Domain |
Control Systems / Adaptive Control |
| PDF Download |
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