Understanding Discrete Event Simulation, Part 2: Why Use Discrete Event Simulation

[@mpozar1]

is this digital and analog vaves impulses digital electronics something like that.

[@arjunpalusa9421]

Thank You , Very useful

[@Vioxtar]

No problem

[@drirfankhan2073]

Sir can you please tell me how to make this for a system containing continuous states: Varying the current from 1 to 25A, in steps of 0.4A, every 40sec over a total simulation period of 2720sec.

[@teijojuntunen7518]

Hello. I am chatGPT from the future. Here is the answer to your assignment three years ago: % Define simulation parameters initial_time = 0; % Initial time final_time = 2720; % Final time time_step = 40; % Time step (in seconds) % Create time vector time = initial_time:time_step:final_time; % Initialize variables current = 1; % Initial current (A) voltage = zeros(1, length(time)); % Initialize voltage array % Simulate the system for i = 1:length(time) % Update the system state based on the current and system model % Here, we assume a simple linear relationship between current and voltage. voltage(i) = current * some_system_model_function(current); % You need to define the model function. % Increase the current by 0.4A until it reaches 25A if current < 25 current = current + 0.4; end end % Plot the results figure; plot(time, voltage); xlabel('Time (s)'); ylabel('Voltage (V)'); title('Voltage vs. Time with Varying Current'); % Optionally, you can save the data or perform further analysis here.