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Kouzi Yamada on 14 Nov 2015
Answered: Yoko on 30 Sep 2016
1.MATLAB　Functionブロックでモデルの伝達関数を定義する。
2.MATLAB　Functionブロック外で生成された入力信号をラプラス変換し1.の伝達関数と掛け合わせる。
3.2.で得られた式を逆ラプラス変換して微分方程式を得る。
4.微分方程式をt=[0:0.1:2]でときその結果を利用してMATLAB　Functionブロック内で演算したものをMATLAB　Functionブロックの出力とする。
Walter Roberson on 14 Nov 2015
Approximate translation:
Simulink of MATLAB Function. Is it possible to make solved what the transfer function was inverse Laplace transform of the defined model in the block?
I want to realize things like the following just started using Simulink I do not know but how.
We define the transfer function of the model in 1. MATLAB Function block.
An input signal generated outside 2. MATLAB Function block is multiplied by the transfer function of the Laplace transform 1.
3.2. The resulting equation by the inverse Laplace transform by obtaining the differential equation.
4. The differential equation t = [0: 0.1: 2] as an output of the MATLAB Function block that was computed in MATLAB Function block by using the results when at.

Yoko on 30 Sep 2016