How to download Matlab Version 2021a

I need matlab version 2021a, but unable to access. How to install version 2021a?

[KSSV]

You can download a 30 days free trial here: https://in.mathworks.com/products/matlab.html

[Shubham Kumar]

Thanks

[abhay sharma]

i want version 2021

[Abeer]

لحل مشروع شبكات

[omar]

تنزيل نسخه 21

[Walter Roberson]

@omar

The method was already shown by https://www.mathworks.com/matlabcentral/answers/1586769-how-to-download-matlab-version-2021a#answer_1316517

Answer 1

[Adam Danz]

Download previous releases here

https://www.mathworks.com/products/new_products/previous_release_overview.html

[Shubham Kumar]

Thanks

[prashanthi]

still not able to download matlab R2021a.

Answer 2

[Stefanie Schwarz]

Assuming that you have a valid MATLAB license linked to your MathWorks account, you can go to the MathWorks Downloads page select the release you want to install on the left side.

https://www.mathworks.com/downloads/

[Serhii]

I can`t launch installed r2023b version, fix for problem is installing older versions.

But it`s unavailable for trial period users, right?

my Downloads:

my error

Answer 3

[chinnaiyaperiyasami]

i need matlab 2021

[Walter Roberson]

https://www.mathworks.com/downloads/web_downloads/?release=R2021a

will take you directly to R2021a download.

If that fails, then:

• possibly you do not have a license for R2021a or newer
• possibly you are using an instituational license for an instituation that blocks direct download

The link will not permit you to download R2021a if you are using a Trial license.

Answer 4

[chandra sekhar]

%Addition (DT)

x=[1 2 3 4];

subplot(3,1,1);

stem(x);

title('X');

y=[1 1 1 1];

subplot(3,1,2);

stem(y);

title('Y');

z=x+y;

subplot(3,1,3);

stem(z);

title('Z=X+Y');

%Addition (CT)

t = 0:0.01:1; % Time vector

signal1 = sin(2*pi*5*t); % First signal: Sine wave

signal2 = cos(2*pi*5*t); % Second signal: Cosine wave

% Add the signals

result = signal1 + signal2;

% Plot the result

figure;

plot(t, result);

title('Addition of Signals');

xlabel('Time (s)');

ylabel('Amplitude');

grid on;

%Multiplication of Signals

% Define two signals

t = 0:0.01:1; % Time vector

signal1 = sin(2*pi*5*t); % First signal: Sine wave

signal2 = cos(2*pi*5*t); % Second signal: Cosine wave

% Multiply the signals

result = signal1 .* signal2;

% Plot the result

figure;

plot(t, result);

title('Multiplication of Signals');

xlabel('Time (s)');

ylabel('Amplitude');

grid on;

%Scaling of a Signal

% Define a signal

t = 0:0.01:1; % Time vector

signal = sin(2*pi*5*t); % Signal: Sine wave

% Scale the signal

scaling_factor = 2;

result = scaling_factor * signal;

% Plot the result

figure;

plot(t, result);

title('Scaling of Signal');

xlabel('Time (s)');

ylabel('Amplitude');

grid on;

[Walter Roberson]

This does not appear to be an Answer for the question that was asked.