So let us consider our very first project that deals predominantly on Dymocks, and that is control
of money monitor from an FPGA and then the on the communication interface that will be using is a Viju,
which is very, very common and very, very popular that do exist, something called as an HDMI.
But we'll be looking in some other way.
So we'll start with an and for of understanding will be considering the lowest resolution that is 640
across 40 states.
So the lowest resolution that can still be finding that if we considered our display, it is divided
into multiple regions and it requires a precise timing to have a view from our image on display.
So you start from a left site, right?
So you start to it, then you send out the data for some of the since we are operating on in a resolution
of six party cross for ID.
So we will be sending the data for six party fixes.
And then.
Then we'll basically come back again to the left, Patricia.
So as soon as we complete transition or fall the signal for a single vote, we again come back to the
left position.
And then we did the next big thing.
And this is how you proceed.
So 40 such votes at present with the resolution of this, that is we consider.
So how you proceed basically to something that you need to understand is when you start generational
for fixing, no actual fixes will be only in an active region.
And before actually reaching to an act do you need to destroy a signal that is a sentence and the back
porch for 40.
So you start with the generation of annexing and which is.
Which is and which is an active signal.
So if this is my at Sinquefield.
Right.
So it will be high from zero to 96 to zero to ninety five cycles of 96 cycles, it will be high and
then the rest of the cases it will simply be right.
This is how you generate and it's so as soon as I into interface get this segment that did it and basically
indicate that we can now start sending the valley roots but the actual area is actually off the back
to go from here itself.
We can all start sending out actual data for R and D fix it.
So we need to further weed for forty eight Glock's cycle or 48 percent.
So we do that, we basically will be working from ninety five.
So if we just add 40 or you will be one 40.
So when we sing disciple's interface basically knows that we will now start sending the Valley values
after we send this back signal, which actually is a 48 pixels which will be consisting of forty six.
And so after reaching to ninety five lead for four forty, it looks like it will be our back porch region.
So we will be reaching two, one, four, three, three.
So this is our back porch region and then from here we'll start sending out on the other side will be
continuing till six cycles.
OK, which will take us still seven, the three.
And finally, we will complete our first crew by sending transport signals which consist of 16 blocks.
So this will take us to seven nine.
So in all we'll be finding, we need to control actually 200 exits.
Right.
So 800 fixin's.
Right from zero to seven nine.
So this is how you generate the signal on a net six and.
Output that goes out from an RPG to Viju is.
Similarly, we are able to generate the force we need to generate the multiple when we keep track of
that.
Right.
So we think is a signal which is used to keep track of.
So what we do is we first send sequence, which is again an active heisting.
So that will be for two lines.
Right.
So from zero to two, it'll be zero to two will be sending in sync signal then will be again ready for
this back to.
Right.
So it will be for the thirty three Psychon.
So if we just add thirty three lines over here it will be.
It will be.
To the fight, so from 35 to.
Five twenty five, which will approximately be, I guess, five forty five forty, so this will take
us to forty nine forty will be here and then finally will be a United States.
So this will take us to 524.
So this is what signals would be generating one in Multiphasic.
And then comes our data.
So if we considered so if I can just go to a new slate and if I can to show you the reform that I been
taking from shoot you will be finding will be dividing interviews into two different buses, one when
one is in horizontal and another one in Denmark.
And then instead of having all the data generated on things, to have a piece of an operation will be
dividing the control into three parts.
So I think which indicated horizontal simple's right, then an active signal, which indicates the active
area where will be sending a signal value and which indicate that now you start sending a new rate.
So this is how we'll be dividing up a single room.
Similarly for Wissing.
We'll be dividing into three first one is a V synchronising signal or vertical signal, then comes an
active signal and fire.
So let us start calling to on AZABAL.
We have an on off of one twenty five megahertz and resolution that we are targeting is six forty plus
forty four that we should have a colossal software defined device.
So all the four that would be operating at this frequency.
And remember, whenever we have a specific timing related project, it is always necessary that you
can generate a precise clock in that scenario instead of using the variable to do so.
For example, if you are targeting to go from one twenty five to thirty five, because by spending five
blocks or using a variable and then generating the clock on yourself, it will not be a good idea.
Right.
So whenever you have a specific time project, always focus on a ipis that have been provided by an
Tydings.
So that will give us a precise OK.
So this is a very important point to find here, since this is a timing related budget where we need
to have a specific time information.
It is always a good choice that you start utilizing blocking with our IP or for Xilinx to make a precise.
OK, so we'll do that later.
First, we'll try to.
Intended to signal so for our country to be Gloc will be the clock on the clock that is president or
not, which is an open ended 60.
OK, so that will be feeding the clock, which will generate a really high regard for us so far that
will be declaring declaring signal to hold.
The value of that will be simply a signal.
And since this is a club that will have a single vote, so this will be a first thing that will be so
picklock will be going as an input to penumbral 16.
That bin will be connecting to our IP, which will give us a clue how that's going to find me going.
And whenever you have something as a clock with an IP that is being called a Lopinto to indicate that
the clock is deep.
So we'll be making identity or design operational or even the point is high rate research then is used
to convey the information that the user now wish to start a system.
So research is high, will not be doing anything else, will be starting our system, the values that
have been.
Sent to a pixel is been given through a switch.
So what switch will do it?
We have a different combinations of four zero zero zero will be sending some specific patterns.
For example, if we want to generate a red screen, will be making all the red tie green and blue will
remain zero zero.
So that would be one of the conditions in the switch.
Again, if we want to make a green, will be assigning that to certain duration, which will be decided
later on what we do.
And finally, these are the two points, but we need to precise regenerator.
Thanks.
The recycling bin will be making Synchronoss process.
Now we know that for an entire designer cloth with this speak look is having Feklisov one ready?
Finally, glass and a design we are targeting on gratifyingly so.
So this Galopin will be will be really make last night.
So process Gloc big.
And mean this process has been.
So what we'll be doing is first we'll be sensing the rising age of clocks, since we are generating
a synchronicity, supervising a clock.
Then if it is so, if research is cities or else.
And one more thing will be focusing that not only will be deciding on operation, but also will be working
on a lot of unknowns.
Obviously, a lot of zettl that indicate that we cannot start our operation.
What it will take some amount of time for that might be to give a stable outlook.
So as soon as it is, what will start operations?
Right.
So we'll be doing something in this.
El.
Yes, and what you'll be doing is will be simply, you know, what here we want is we want to generate
this right to etting is one of our signal edge activities.
One of the signal is one of the signal, and these are the common values.
So if resect is won or lost is what we can do is we can either control the spin or we can either control
the content.
So now it is purely your choice, what you want to do.
So what we'll be doing is we'll be controlling.
The Institute of Technology is also possible that is declared OK.
And as soon as we make a reset to zero, let us make a.
Two zero two zero else and.
We will make it count to be close to each count, plus what we know, what this will do is with each
arising, it will basically increment if these two conditions are not satisfied.
And that is what we want to zero that indicates their wish to start an operation.
And it is one that indicate that those are steep.
So what we can do is we can simply make God counter to increment, but then this condition will not
go continuously on.
So we need to stop somewhere or we need to restrict somebody to what we can do here.
It ends if and if and if.
And which is one of our signals, if it is one, if it changes one, then we know that we need to end
of great, great.
So in that case, we can again make Edgecombe be close to zero.
OK, a bit confusing, but will understand it and else we can simply increment.
Let us suppose declared a convert to signal Edgecomb and whenever you have a variable which will be
holding onto values, it is always a good idea that you will with an integer, the range zero two seven
nine nine that is the maximum force will be going to that is suppose a two to one.
OK, so initially we can proceed, then you just need it on, you can change it to unsane standard and
this logic to have an efficient rate.
No one would think that spending is OK.
So let us do that also the and.
Standard and this crude logic, since it will have a cycle of single and let us initialized to date,
so now will probably remolded.
OK, so if rates high and locked zero will be making Edgecumbe Luisito ELSS effect and is one, if it
changes one, then will be huggin, making it only close to the end.
We simply bring it to this computer first if statement.
And we can then simply add and and finally we can and process for four signal also will be adding one
second so they to this are blocking IP signals.
They took this to the clocking AP segments and did that indicate the horizontal flight rate?
One more signal we want is an active signal like two that are also so active.
Again, the size of a single with.
And we'll be initializing to see, so this completes all the signal that you can to hold funds.
Now let us try to write the routine for hexing, at any rate.
So let's just declare the one new process instead of working on the single process.
So we'll just name it USPI to process.
OK, this will again be sensitive to a clock.
But in fact, here what we know that he is going to do one day, so instead of making it until two o'clock,
we can make sense to do it right to begin.
So if.
If.
Now we know that.
It will be high from zero to 96 straight, so if each count.
Is greater than zero or in fact greater than equal to zero, and if each count is less than nine to
six, which indicates that will be going from zero to ninety point, which which basically some of 96,
then then in that case, etsi it's.
The signal that we have utilized that is undisclosed sinked itchin discoursing should be should be one,
right.
And so we can make it seem to be close to see.
OK, so this is what we want for this at Syngman.
And since we have started, if we can and if.
So this completed the first process.
Now, when we get another issue that will also make to within the process, we can have a multiple statement
and all of them will be executing in the battle.
So if each photo instead of complicated our entire three signaling a single if statement, we can at
any stage that you can follow this strategy will look into another we when we worked on this vertical.
Great.
So it is.
Greater than 140.
In fact, greater than an equal student body for.
And and if each count, each count is less than seven, nine nine, so then then we can see each active
signal.
So it should be equal to one else is.
Ich ACDA.
Should be the super secret and then we can and this was the final logic that we be writing for.
Great.
So if we know that as soon as Edgecombe reaches to seven nine, that indicates the end of police action
will be close to one end and will be making a change to be to.
And again, we'll be ending a lot of steam, so this complete sudden diet of.
So what we did is very, very simple.
In fact, it is exactly matching to the reform that we have going with you.
OK, so process is still pending, but it is high and lofty zero.
Then it's going to be a question.
This one again will be visiting countries and Scotland will be simply intimidated by one.
And since we are using it as political operator, we already have included this.
No, us.
Start working on.
A political process.
So let us name a process speedy.
OK, so now we'll be working on the process again, the first process that will reset and the foundation
will be sensitive to a clock begin if if each of the clocks, since we want to have synchronicity.
So rising a clock, then if we sit next to three cities of one hour or in fact and.
Love this, love this seal, they say every citizen and zero, if you can see then.
Then recount, which will be declaring a recount, should be equal to equal rate, so this will be the
outcome that is supposed to declare all the signal for vertical process.
All right.
So I just hope this entire thing, in case you do it here, is this as what you can?
Right, and this will be the end and the.
Now, let's go back and we need to end up suspect.
To hit a four.
And if and if we can see that if we have.
We end in that case also equals to one, we will be making our recount to zero.
Finally, since.
And if, again, we need to check here.
Then will be incrementing the.
So we will be incrementing the ground or even air changes.
So this is a very important point and interesting point between the previous process.
We know that we will be shifting to a next recog only when we complete our force.
So when we know that we completed our force, when we get it and whenever we get the there, that indicates
our completion.
So then we will be incrementing the great Rickon plus one, if we consider the vertical will be simply
incrementing on the edge of a cliff.
But for a vote, we will be on edge.
And finally, do not forget to add an L sense that we to a creation of elections.
So even though we have Edyta else will not be doing anything.
So we simply said no.
And and so this completes.
First process and will simply make this also process make.
So this completes our first process related to our focus on.
Food processor related to a slow process, and it will be sent to recount and again, recount is also
dependent on the net.
So we need to use both of them.
So begin.
So first thing is, if if we go a second is.
Greater than or equal to zero, and the got is less than less than two, then in that case we need to
make rethink.
So we should be high.
And they will be making.
We think.
We think to be crystal.
To be close to zero like.
Many will simply hand are street.
A letter just copied, this object can be stored here.
So if we count is greater than or equal to five.
And if it is less, then five one five.
Will be simply making Vector to entice ancestral indicate that Activision and Vector should be close
to.
Final step, this final step is they don't just do one thing, so if we count this sequence to.
Five pretty food, and yet we also need to check whether it's going to reach to seven ninety nine,
which is our last night.
So if we go this five twenty four and it's only seven ninety nine.
So that indicates we have scanned all the rules.
So in that scenario we will be making and to be close to what else will be simply making we to be seen.
So this completes the entire process of generating the timings.
Now let us just add.
Uh.
Process for a lead.
So we'll just.
No, no, you can easily guess where we will be making our process sensitive, right?
So we know that we need to send the pixel value only when we are in an activity.
So we'll be simply making it sensitive to do right and HFT.
OK, and then begin.
So if.
We have to pay close to one and a check, two to one.
So this is an interaction point where we'll be sending over and then there will be simply making a case
on the switch and depending on the conditions, they'll be putting out the.
So I'll just copy and be to do the.
So what we did is we declared a signal to hold the color line so that all of the signals already designate
so red have additional fiber to have, it is better.
This blue also have a resolution of fiber to do the 16 victims you can recruit.
And yet it cases zero zero zero will be simply depending on all the latest zero zero zero.
When it is one will be simply generating a blue color.
So blue is hi.
This to see when we are sending zero one zero we will be generating vehicle alone.
Some combination.
OK, so these are simply random values and finally ends and indicate that.
If this true, if one of them or voters who in that case will be simply making the that we have ended
our statement, we have ended that process.
Finally, we need to connect all the signals that we have to the dedicated all so far, I think, and
we think we have immediately attached them to an offer.
But the only things that are the red, green and blue to be connected to this include a destroyer that
we have declared.
All right.
So after the process, after the process, what we can do is you can take that to be close to it.
So this is a temporary signal and this is an awkward.
But then we have agreed to be equals to.
S green.
And finally.
We have blue to be connected to this blue.
So this completes an entire logic.
One thing that is pending, which is hiding and blocking IP and then connecting through an entire process.
So let us get back to when we model and try to understand despite.
So no less than clocking this out so there can be a multiple week, so I just start with the simple
date.
So what I do is I go to the golf design.
OK, let us keep it as design one.
And there will be a clock at this hour.
OK, so here will be adding a clock with our.
So we'll first configured it, we know that our system block is one twenty five, because that is on
bearclaw that we have is one gratifyingly garbs and this is the Laffan, which indicate that it is stable
and conducting a steeper rate.
So we just Double-Click on an estimate.
Now will be finding this as an input block on the screen, the sort of questions we just kind of get
through the system.
So as soon as you connect this, you'll be finding if it will do a blocking option.
The frequency that has been shown is one thirty five, which is on paper.
So that is fine.
And the method that will be appropriate to do that with using a split, you can understand much on them,
might be a little later on when we discuss it architecture.
And output locks will be finding out the frequency that we want, so we will be targeted more gratifying
because since we have designed unretired.
It shouldn't for this frequency.
We don't want it to be done, but we do want to lock and since we made our entire system, so do not.
Right.
So this completes our entire AP configuration and now we can just click, OK, now we will be seeing
that this is an input been destroyed and.
All right, so we'll just make this an external.
But I think what happened and will be naming it, that's the pin that we have named is not a regional
event.
So we named it.
So we'll be naming it like this.
We named as a clock.
So I just click on the pin and we could extend and change the name back to gluconate.
So I just change the name back to a clock.
Finally, this is named as a model, so I just click make external go through and change it.
As soon as we complete this, we go back.
So now we will be finding here.
Do you have a design credential?
Rapert.
So this will given access to a huge deal which will declare as a company Gulf and then we do support.
So we just go to design one daughter.
But this is the end date.
So this is an entity we want to deal with this entity.
So we just copy from design delay and then we go back to our top model.
Here, just below an architecture, we can accomplish great functioning, we just used to do it here
and then companies.
OK, now we need to do a.
So we need to know the name of an entity which is designed to underscore one, that this could happen.
So before the whole process and after the beginning, we'll just name seven will be the name of identity
that is designed for an undisclosed weapon.
And we know that did have a three four Glock.
So Glock will be connected to a clock.
The clock will be connecting the Glock and finally Laffan will be connected to a lot.
So this completes support mapping, which is required.
And finally, this is how you add what I like to let us just find out what the data that we are getting.
OK, so before we go can afford right now, this will complete and everything.
So we'll be finding no will become our top model and then Celan will be OK.
So this completes an entire report that we need to write on screen so we can just pull through on screen.
We can add a new constraint, OK, and we can create a file.
We can name it as we want and then finally click finish.
So if we just go to the dot ecstasy, it was really just due to the next fight.
So I just be.
So these are the pins that have already connected so well, 16, we have a clock and we need to speak.
Then the Three Stooges, which we are using to contain the specific button on our display segment.
We have connected to a push button and then we have dispensed that belonging to a Ouija board.
So as soon as you complete this.
You simply can do to BitStream, and then if you successfully defended a Batsuit, you can go ahead
on downloading a program on the table and then getting a desired result from a screenplay.
So you just need to change the switch and you will be getting a different color.
OK, so this is how you handle a project related to a time.
Now, you also go ahead and try to implement the same project, utilizing the reform that provided information
that.