I have a code, which gives a solution of a delay logistic equation with discrete delay.

tau = 1;
tspan = [0 20];
y0 = 0.5;
sol = dde23(@ddefunc, tau, y0, tspan);
% Plot the solution
figure;
plot(sol.x, sol.y, ‘LineWidth’, 2);
xlabel(‘Time (days)’);
ylabel(‘Population’);
legend(‘y’);

% Define the delay differential equation
function g = ddefunc(t, y, Z)
r = 1.5;
y_tau = Z;
g = r * y * (1 – y_tau);
end
Now I want to modify my code for distributed delay as attached below.

Can someone guide me how to deal with distributed delayI have a code, which gives a solution of a delay logistic equation with discrete delay.

tau = 1;
tspan = [0 20];
y0 = 0.5;
sol = dde23(@ddefunc, tau, y0, tspan);
% Plot the solution
figure;
plot(sol.x, sol.y, ‘LineWidth’, 2);
xlabel(‘Time (days)’);
ylabel(‘Population’);
legend(‘y’);

% Define the delay differential equation
function g = ddefunc(t, y, Z)
r = 1.5;
y_tau = Z;
g = r * y * (1 – y_tau);
end
Now I want to modify my code for distributed delay as attached below.

Can someone guide me how to deal with distributed delay I have a code, which gives a solution of a delay logistic equation with discrete delay.

tau = 1;
tspan = [0 20];
y0 = 0.5;
sol = dde23(@ddefunc, tau, y0, tspan);
% Plot the solution
figure;
plot(sol.x, sol.y, ‘LineWidth’, 2);
xlabel(‘Time (days)’);
ylabel(‘Population’);
legend(‘y’);

% Define the delay differential equation
function g = ddefunc(t, y, Z)
r = 1.5;
y_tau = Z;
g = r * y * (1 – y_tau);
end
Now I want to modify my code for distributed delay as attached below.

Can someone guide me how to deal with distributed delay distributed delay, delay differentia equations, solve MATLAB Answers — New Questions

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