Construct a mathematical (state space) model for the spread of an epidemic disease. Consider the state variables as follows 1. Number of people susceptible to the disease (S) 2. Number of people infected by the disease (1) 3. Number of people recovered from the disease after being infected (R) Consider the input variable to be vaccination (V) and treatment (T). The output is the number of infected people (1).

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Chapter2: Second-order Linear Odes
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Construct a mathematical (state space) model for the spread of an epidemic disease. Consider the state
variables as follows
1. Number of people susceptible to the disease (S)
2. Number of people infected by the disease (I)
3. Number of people recovered from the disease after being infected (R)
Consider the input variable to be vaccination (V) and treatment (T). The output is the number of infected
people (I).
Transcribed Image Text:Construct a mathematical (state space) model for the spread of an epidemic disease. Consider the state variables as follows 1. Number of people susceptible to the disease (S) 2. Number of people infected by the disease (I) 3. Number of people recovered from the disease after being infected (R) Consider the input variable to be vaccination (V) and treatment (T). The output is the number of infected people (I).
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