So now what we'll do is we'll try to identify and then we'll try to understand how we can connect the
Taspinar food to an idea and find the region date and destination.
So we go to an IP catalogue which uses a simple IP is just another.
So we have an either or subtractive.
We just choose that IP.
And they will be targeting for an unseen option.
OK, the verdict that we will follow is 15 that that that seems to be a fine line, moulis that will
not be too dangerous to be choosing annihilation.
OK, and then.
Will go to a controlled burn, so we have a blocking ability.
OK, so we'll allow clocking everything.
Also, we will allow on and Carrie.
OK, so this will help us to see the changes in.
And in fact, what we'll do is we'll remove Carrie will just keep Carrie.
And rest of the pain will be keeping to the.
So we have A and B, seven and 15 that input output 15 bit and then we have a clock signal.
So it is synchronous.
And then we have a.
OK, so we'll just go ahead and will click, OK, so this will automatically generate all the necessary
files which are required for using and I once I, I will be finding here on the top right corner, you'll
be finding a Haiti option.
And you also see an IPO here.
OK, now what we'll do is I will be able to find the IP 92 assimilations.
OK, so first we like the new source that is like a simulation source will just name this as an OK and
will finish.
Asked as many people do not consist of any potential, just like cooking without having any right and
then will go ahead.
Now here we have a multiple source, so we have our biggest county vehicle and the new reality TV.
So the first thing that you should always do is you set it as a top.
OK, so that later on you won't forgetting that the top model is a county.
OK, so as soon as you create a new model, now you have an idea that that is the model on which I'll
be performing a simulation.
So you immediately said it right?
I will go in and it'll be observing that there are not much to do inside the template that is being
created by everyone.
Right.
Now, what we'll do is we'll just go ahead to an IP, so if you see an arrow or an IP, if you click
on there, you will get a template or an instant instantiation template for your eye.
OK, so what we'll do is we'll just invoke the template so that that will help us to correctly.
Create an instance of an object to.
So if you just go ahead to the first two Delfi, you'll be finding these are the libraries which are
included.
OK, so we'll just copy this libraries into our.
That's right.
So now we have our first step complete, then this is the module for which you'll be conducting a test.
So we have Ebby as a tool of Sisyphean, but then we have a clock C code and some will just copy from
the name of our entity, Taylor, and we'll go ahead inside.
The test bench will create a company.
OK, we'll paste whatever we have, copy, and we'll just end our company right now, we need to declare
an equal signal for all the input and all will proceed with the signal.
And we have a system size of 15, which so we'll just use Eppi Centre and the school logic and the school
vector.
Then the size is 14 down to zero.
And since both of these are an input, we'll just initialize them to a seat in.
The easiest way to initialize them to a zero is to use another three.
So we just be adding a parenthesis and then we'll be adding others.
So this will initialise all the efforts to achieve this Mxit.
Then we have a clock and see of a single bitrate, so we'll proceed with the signal clock and then we
have a C standard, the school logic again will be initializing them to.
Let's see.
Finally, we have to Octopussy out an S to signal C out who in fact, will be using the same name C
Health Center and the school logic.
OK, and here will all be initializing it to any default value.
OK, so we'll be keeping it as it is signal as sender and the school logic.
OK, underscore vector and then they should have a size of 14 down to see.
And this will also be keeping a..
So we will be initialized to anywhere right now.
Those are the signals which are required to connect to the design.
And so we will proceed to the name is this one.
So we will decide an instance and even then the entity name would map OK, and then E should be connected
to B should be connected to the clock, should be connected to.
Then we have a C that should be connected to C, OK, then we have a C in the school that should be
connected to C and the school.
OK, finally we have S and that should be connected to A..
OK, so this completes an explicit way of declaring a code.
OK, and we'll just now see why.
So once we see what we want to observe, whether the IP actually becomes more data, we'll just see
Waku and see that activity becomes apparent motive and the IP becomes a.
So we finally know we have a TV and then inside this we have our OK, so this specify that we correctly
for the entire procedure that will be indigestible.
OK, so four o'clock signal, the procedure is very simple.
So we'll proceed with the process.
Will sensitivity Lister's clock begin?
And then and.
OK, so once we define this, do we have an option to go with, then after eight o'clock should be close
to an out of clock?
After 10 nanoseconds, so this will be generating a lot of great content, right, and that's what the
signals are and input into neutral stimulus for the process begin.
And process, so here we have declared the process without a sensitivity list, the first thing that
we'll be doing is adding a statement for each letter just.
Specify the reader in hexadecimal format.
OK, so 16 basically means so far, 15 trip, so 15 that we have will use just to double time, then
will specify the detail like this.
When to.
One zero zero one four eight zero zero zero one eight eight.
Twelve and three more bitrate.
And then we'll just copy this.
Will this do here and here will be using Lake, then we can just use weed for like this is you.
One hundred nanoseconds here we are assuming that will be making our sea high after one hundred, and
for that reason I have to realize I didn't anticipate this proceeding and then we'll make some changes
here and there.
OK, and here will be adding a period of Austin.
Then let it just let you just need this to be bigger than just let it just keep it as 39.
There's also to be 30 nanoseconds and it just changed some of our bitrate.
So these are the stimuli that we want to generate for.
And B, now we are left with C..
OK, so we'll use one more process.
Process, begin and process.
And this is the process without the sensitivity will decide, just wait.
So see as equals to.
Well, after under nine months, in fact, we can choose ninety nine second, no problem at all.
OK, and then what we'll do is we'll just do a new dawn after sometime.
OK, so we'll just.
Here it should be.
Vete.
For.
Nine, and then we'll make see to be close to zero.
OK, we are getting beat for of 15 and a second.
OK.
And then.
Here, you just increase up to see Questa, one for one ninety nine the second, and then we are making
sequels to zero.
Let's see whether we are able to see a required combination to see who and they will perform a simulation.
OK, so we'll just go ahead and perform a behavioral simulation.
Now, this will take a bit of time to compile all the files related to an IP and then connecting the
Test match to a.
So if everything was fine, I'll leave the two of silver result on an S, OK, I just try to change
the relics to an unsigned decimal here and here also.
And saying, OK, so seas continue to be high, and for that reason you'll be finding as soon as.
So here we have sea look.
So when sea is high, right.
And we do not have a single.
So for that reason, we have a at sea, as soon as we have seen will be noticing that the result of
our is being computed.
OK.
So if you just use the Rixton and send a signal through this too.
OK, so it just takes to send a signal and also to an unseen.
Dissimulate.
So you'll be finding that the result of our mission is basically an.
And for that reason.
You'll also be finding that the this right.
You just go ahead.
Will be finding that throughout.
We have a number which are making contact.
OK.
OK, as soon as we have our C0, you'll be able to see.
That the result that has been completed in the previous cycle is hazardous.
OK, so what we'll do is we'll do some small well so that we can actually verify this.
Right.
Just go ahead inside this page.
And here we just I.
Close, so zero heroes and heroes relicensed.
OK, so you'll be finding now we have a seven and seven.
So at least be able to at least compute single just right.
Now, if I just try to fit, we will be noticing seven plus seven is forty eight.
So this is how you use an IP and transmission to verify check.