制御工学 ポータル
data/lecture/information/communications/sampling-and-sampling-theorem-basics.lecture.n.md
1導入
このポータルでは、
2学習経路
動的 システム、目標値 、誤差 、外乱 を区別 する。負帰還 による閉 ループ伝達関数 を導出 し、極 から安定性 を判定 する。内部状態 をベクトルとして定義 し、状態方程式 の次元 と時間発展 を理解 する。状態空間表現 と伝達関数 の関係 を導出 する。
3参照 する数学
data/lecture/math/calculus/introduction-to-differential-equations.lecture.n.md
data/lecture/math/analysis/introduction-to-laplace-transform.lecture.n.md
data/lecture/math/linear-algebra/linear-maps-and-matrices.lecture.n.md
Control Engineering Portal
data/lecture/information/communications/sampling-and-sampling-theorem-basics.lecture.n.md1Introduction
This portal presents the foundations and learning path of control engineering, which measures the output of a dynamic system and adjusts its input according to a goal. The preceding communications sequence explained signal representation and sampling. Here, measured signals are used to determine control inputs, and the resulting response and stability are analyzed.
2Learning Path
- Distinguish a dynamic system, reference, error, and disturbance.
- Derive a negative-feedback closed-loop transfer function and assess stability from its poles.
- Define internal state as a vector and understand the dimensions and evolution of a state equation.
- Derive the relationship between a state-space representation and a transfer function.