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An Optimal Trajectory Tracking Problem for Certain Nonlinear Control Systems
註釋In this paper, we study an optimal trajectory tracking problem for the nonlinear control systems that possess global linearizations. The trajectory tracking problem under investigation is point-to-point type where the constraints can be either inequalities or equalities (interpolations). For the purposes of theoretical analysis and system-behavior understanding, we establish a characterization result for all possible optimal solutions of the problem and derive as well explicit closed-form formulations for the solutions. The proposed research is first motivated by a specific optimal robotic trajectory planning problem. The robotics problem is finally solved by using the new technique as an example of applications.