The traditional method of autopilot design is piecewise linearization based gain scheduling approach.
自动驾驶仪设计的传统方法是基于分段线性化的增益规划法。
Combined with the piecewise linearization, it can be used to compute the response of some nonlinear system.
与分段等效线性化方法相结合，也可用于某些非线性系统的响应计算。
The existing algorithms to extract trend features based on time series piecewise linearization representation cannot extract completely correct basic trend features of time series.
根据新的目标函数，设计了一种重要点和自底向上分割相结合的时间序列分段线性化趋势特征提取方法。
The traditional method of autopilot design is piecewise linearization based gain scheduling approach. Recently, Variant control strategies based on feedback linearization have been widely studied.
自动驾驶仪设计的传统方法是基于分段线性化的增益规划法。
Based on feedback linearization and state feedback, we propose a piecewise continuous control law by dividing the system into two subsystems.
首先采用一种分段连续状态反馈控制算法实现了系统的渐近稳定。
Based on feedback linearization and state feedback, we propose a piecewise continuous control law by dividing the system into two subsystems.
首先采用一种分段连续状态反馈控制算法实现了系统的渐近稳定。
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