So here we are on an official website of religion and one of the popular D'ARC available to be more
interfaces, be more before.
OK, so it will be digital and it can accept a books foot sign in New Zealand.
And it is very, very small.
So we can be easily defeated on most of the Keesing books that you can design around a nexus, for example.
This way to have any journalist and find A, B, C, D, E, F, G, all of the china.
And then you have fourpence two for two for three.
And this six months where you'll be feeding from an effigy.
So let us try to understand this experience in some detail.
And we found that this attack is expecting all of us.
Right.
So you'd have any child will be OK.
And then the most important thing is its internal affairs mortgages one point five and a resolution
of approximately one.
So that is fine.
So this is the structure of what is this?
So there that you have this registered hands and we see the reading this listed only after all the data
is being updated on the register, then we can generate a specifically.
So you have the first forum is a bit undefined.
So you can few details on one word here, then you have a command.
So this decided the operation of our deck.
So, for example, you can see the reader in and wait for it to be good until there's an additional
financial signal.
Or you can do that as soon as you get arrested as you get to subject the new command.
So it'll be programming for this operation.
And for that, the code is zero three.
You're going to need to be looked into the four from referring to this website that is used by six to
eight.
Then you have an address.
In a way, we declare this because we have a multiple chain.
So since we have any different and so on, which chain of you went and had an accident that is decided
on the basis of this e three to one any.
OK, will be usually targeting 2008, the analog signal on the first channel that is so that all we
could be keeping and see, then you have a twellman, which are the defense order database.
So depending on this, will be generating an analog.
And finally, the rest is a bit different for a fugitive space.
So command, it will be zero three a case.
Address, which will be Zettl, since we want to understand, and a lovely form on.
China, then we have will be data and finally undefined.
So if you looked into the six men that we have on an interface which will actually be connected to will
be more interface on a nexus for union.
So it consists of a chip which is used to enable and then we have M.O.s, which is Masato.
And and so he is already on the form that can be generated.
It's controlled entirely by the Bee Gees over then it.
So Amboise is basically a data from the deck, which is a sleep which is just popping out.
And then it'll be fun depending on the data that you are feeding, then this is a new connection, but
we're not connected and then we have a slower clock which will be operating at one regards.
And then we have a power that is vicious and we'll get us some of the things we'll be discussing, so
let us understand some fundamental concepts and then probably let us try to understand.
So fundamental to that is basically a 12 that digital blind date to let us assume that we feel the value
of FFM, which means all the tools.
So this will result in to a maximum digital from digital.
And when we feed, all XLF will be getting to work.
So this is very simple.
The next important thing is the minimum we do that we can do for that.
OK, so that will happen when we feed.
Zero zero one in a.
To the right, and it is very easy to calculate, and that is often.
The Amazon resolution, so resolution is basically the maximum goldish that you get divided by the number
of birds that you have.
That is to raise to 12 minus one.
So this will give us a minimum wage and then you can calculate the value for any competition.
So, for example, you want to get ready for A and B, you simply want this to work.
OK, so let's assume that we are getting some value.
So the analog analog will simply be analog output will simply be this is the single step that is the
resolution multiplied by the Count X that you make.
So this is how you calculate and I love output inside of the.
Now, let us try to discuss our future and how we are expecting to do so, we start.
And then we probably have one country where you can decide when to start.
So here will be adding that is a deal was it is probably not a good idea to be start of something like
that.
So we'll just start.
So we'll check whether the stock is high.
So you started to say that indicated you don't want to start today, saying that we will proceed and
as will be just ruling court here.
So this will be right then.
We start with an ideal state, in an ideal state, we will initialize all the.
All the temporary pretty variable.
Before the event, OK, this is the first thing that will be doing then usually to start working on
it, that you need to send some magic number in the first.
Then we'll need it configured.
So for the configuration of all that, it will be send a magic number and then we can proceed with the
normal operation.
So here we basically set up our deck.
So this second stage will be set up where we'll be sending a magic number between initialize all the
district and get ready for an operation.
As soon as we complete this, we will be sitting in.
Collecting the data which needs to be sent for collection of this will be from a user that does depend
on what would reduce the user, want to generate a collection of data and then transmission or for data
to attack.
And then finally will be.
Again, jumping back to election of a little bit.
OK, so this will continue as long as you want to perform its operation, right?
Now, here, you'll be finding that odd function do have some problems, so, for example, if we implement
a machine like this, the finding, we will send stock to live once we intend to start only once and
then will never have any control on what we'll do after our transaction is complete will again.
So that will be whether you want to continue our operation or not.
So here, instead of directly jumping to a collection, what we will do is we will again check.
We will again check where the stock is still high.
So if it is still high that indicate user want to continue our operation.
So we'll simply jump in here or else if it is low, if it is, we will be jumping to.
And ideal condition.
OK, so this looks a good future, and we found that the deck is expecting it for it to have a smaller
block or see the floor.
So this will be operating at some dedicated speed that you would want.
So we will be targeting property, Don, when we got to the cloth that we have on board is underway.
Which is faster than the slower clock, so we need to fast forward this to when we got this is the first
thing that we'll be doing, then we need to enable it.
So for that, we have an gypsum.
And that is an actual.
Then we have a data night, so we just need this data, or in fact, Mosad also find we can just name,
address and date.
So the stock ideas will be an effective way to start a transaction.
We'll make it look, the first thing that we'll do is we'll send it back.
So that will be a set of data.
We'll be sending a set of data first, and that will be Busoni.
So set of data.
So since this sort of data will consist of that, you do pretty well, even though more and more I say
only a single bit.
But reinforcing your understanding.
Right.
And then to complete your transaction, we need to make chips again.
I think then we will make that move and will then send an actual data.
So here we go from here will actually send an actual data.
And again, we'll make chips in a computer transaction, then we'll again since start and then we will
continue the process.
So this is what we.
Will be generating one for you.
And this is what the deck is expecting.
So from where we have figured out this so that you can easily definitely desert and you can easily guess
what we found, that your due date or what reform your taxes expert.
So now you will be finding that we have a maximum frequency that is specified that we cannot will on
certain frequency, but below that range we can have any frequency.
So timing doesn't mean much.
But how you think the data plays a very crucial states along with this.
We know that the first be, if we consider that a little bit register, which is an important part of
this, is how we'll be generating an analog waveform.
And this plays a crucial part.
Right.
So first, the first four that will be.
And different rate then we have.
Then we have a command to command will be three, which indicate that will lead us and is using the
data or will we do this?
And then we have an address which we select which analog chain that we want to get in.
So this will be zero.
So we'll be looking at analog phone one.
Finally, then we have what will be data and finally, a bit of undefined.
So this we just need this simple.
OK, so here we have X three zero, then we'll be probably targeting, first of all, one.
OK, so the maximum voltage and then to x ray, so.
This will be forward, command will be foubert or this will be foubert, but I need to 20, 20, 20,
30.
So this is the data that will be sent.
So the data that we'll be sending is.
See you three x indicate that we can this and so I'm planning to send zero zero three zero.
Then three F.
And then finally, so you can guess that I have been reading this reading in hexadecimal fourth grade,
so this is B and hexadecimal.
So we're just having.
And so here to indicate that the hexadecimal data and the sort of data that we have that we get out
of it is basically eight six two zero zero zero zero zero.
So this you need to say once when you want to start your operation.
Right.
So this summarize an entire operation of that core of three more days.
No, let us go to what we are doing and start changing our.
OK, so let us start designing S-Bahn, so we'll be using a clock, then we have a clock, which will
be an out of date.
So our standard in this code logic along with a this glove, we also have say it will also be an undisclosed
standard.
Understood logic.
And one more thing that we have is the chips and chips, and it is another thing that along with this,
if we want to consider the data from the island, input from that is going to be done.
But that will not be targeting right now.
We'll be keeping our entire system simple just to improve it.
And one more thing that I like the Stockmann, OK, so it will be in the school.
So our system basically have a clock which will be out of work, lock stock, which will be a switch,
which will decide when to start operation and the rest of the pin that it is to select belongs to.
And so they haven't alphabetically.
So let us start by declaring.
First, we know that we are required to do this first, then step back and then we have an actual date
that we want to continue to for, right.
So let us just declare a signal.
One of the disturbed will be declaring the standard and this logic on this vector.
OK, and.
We will be declaring them as Turkey, one of the leaders since the how they have those signs of Turkey
and will use index which indicate that will be putting the number in 2001.
And we know that September should be eight to be serious.
And finally, the zero zero what.
Right.
So this completes the set up dark.
Then we can add data which will be changing in realtime when we consider that.
But initially you can generate a maximum of recorded just to debug whether your phone is actually working,
what you are expecting.
Although, again, you do have a sense of the little bit that.
Thirty one known.
X and then zero three.
Zero f f f.
Finally, to see this complete declaration of war that will be popping open that no ladies first can
do that, we know that the group on blog that we have is a hundred records and we want to date when
we got it right so we can see even process, which will be sensitive to a clock which is out on the
clock.
So we know that since we have one on bookclub frequency of hundred figures and we want an awful frequency
of one megahertz, we're going to divide.
The dividing line that we require is to hop on the 50 so four counties, Nasdaq, and in fact it belongs
to a clock.
So specifically we can name that it's called clock is less than 50.
So zero to forty nine is basically a 50 clock cycle.
Then then we will be simply simply incrementing the clock will be.
Incrementing by.
They.
Ls ls what we can do is else we will be making our own clock to zero first and a temporary clock variabilities
and the clock temporary clock will be close to north of the clock.
Right.
And then finally we will end our statement and we learned process.
So let us declare this to enable it to be lost clock for four o'clock in process of locking crosses
the very well that we require.
Odd plus one is the signal countdown clock, which is the variable rate.
So it will be an integer range from zero to since we know that we are going to 50.
So let us assume to be fifty one.
Right.
And will initializes zero and deliverable for holding the state of our schools.
So the clock standard and this cold logic and then probably initialized to right to this building whatever
and will complete our blocking process.
So this is pretty much easy.
And instead of you and you can also name the dance floor.
Glock Generation eight.
Now, let us start with data generation process.
OK, so this process will not be sensitive to a non-vocal and it will be sensitive to the slower growth
which we have already done, that is.
And then we need to kind of look like.
So first, we need to declare this man is doing great.
The first one is an identity.
Then we have.
Set up straight, then collection vehicles and so on and so forth, so it is just handed.
This by dignity data generation process, so the.
The first thing that we do is declaration of war type, so deep seated state.
This is simply a state, according the values tidiane then we want to set up.
Since we already have utilized this order here, so let us just rename this set of data set up, then
we have collected and.
Transmitter to transmit.
So right now, we can hope that this amount of speech really quite low signal, then the state will
be a variable which will be operating on the state and nation state will be all with an identity.
So this completes at least the state.
Now, let us put on this if.
He had one thing that we thought, and this is what is four o'clock, right, raising your clock then
and finally, we need to have an.
And it was OK.
Here we will be again, working on the rising age of us, rising, each and the clock might begin.
OK, now here we can make our research, Synchronoss of so we demand that our stock should be synchronous
later on in some of the project, we also understand how you started in synchronously odyssey for us,
if stock is for a start, is one, it started zero.
Then then what we can do is we can initialize all the variables to that initial one.
So let us declare the variable today.
The variable that we require is for select, right?
So the four o'clock is already declared and B and most likely they will be having the say of a single
word that is initialized then frequency rate.
So if start zero.
We will be making the sequester zero and one more thing we can do is to the DNA to be also initialise
to see, you know, we know that this is an actual leupen break.
So it really should be.
What else?
If we can make an.
And surprisingly, not speaking, right now, we can start writing case speed is OK.
And right now I immediately identification here and case and and and
so now we can start writing a logical.
So it started zero then.
We will be here as if Elative indicate that Stack would be won and we are getting closer to each of
the great of the state, then when we are in the United States will be, which will be our ideal case.
We also want to initialize all the values to this.
So when we are in this value, we will be simply jumping to the next Ridge's second state.
And instead of what will be doing is.
Will be sending or transmitting this set of values, which we declared here.
So when we set up to know we want to, since this is a single but not a single thing, we want to transfer
this data into civil form.
Right.
So how do we do that?
If
found this, then then then then then we know that the mosaic is an old footprint that we are targeting.
It should be close to set up a data set of data.
Now if we want to transmit a list before so then we can to get a head count since count will be initialized
to zero.
Here, let us do it here.
US.
So.
After this weekend, I signal comes and we know that this will go up to the field and territory and
let us initialize it, was it?
OK, so if listen, do so we know that when we will hear count, we'll have a value of C, right?
So if you write like this, it will basically sort of underscore OK, and vote value is basically but
if we want to transfer, then maybe we can simply write 31 minutes.
So this will basically translate.
So underscoring to the 31, which will be out in this district and then the back is expecting.
And it must be value from us, so that is the reason I am writing like this and along with this, we
also need to increment count by one else and indicate that we completed all the transmission rate,
all the transmission.
So we need to complete a conviction.
So we do that.
We need to make.
You need to make.
Chip Selecta, one which indicated that our transaction is completed.
And we can jump to a next Ridge's collection of words that we use this Detny, right?
We can then.
So here, when we are in an identity, we want to.
We want to basically make sure that all the way to this valley and then we jump to Aceto, we want to
start on suspicion of murder.
So here is what we want is.
The chip select value should be low to start a transaction rate.
So what we can do is we already have initialised speaks to one on an ideal value and starting zero.
So when we reach an ideal, what we will do is we can make this so.
So next cycle, we can immediately start conservation, all right, so here, if we make Gypsie look
good here.
So in the next, we will be logging by one.
So when we are in an idea here itself, we will be making no date and we will initialize Mosad to it.
And then we immediately jumped to a sector where we will start transmitting the data.
And this is what we are expecting out of such a should be no.
And then we should start concentrating right here in the United States.
We are making chips and we are transmitting the data.
And then in an elf that is after we complete the Constitution, we usually make chips at a time.
So this completes the transaction and then we will collect state.
When we will collect state, we want that, we want that chip select should be to a good start fighting
for next leader.
And along with this, we want that data.
Data should be our data should be ready.
So we will simply make here take place in an actual practice.
So you don't need to read.
We know that first for this post for bedsore.
And so we like to settle all that, OK, and then we use a phone operator, then we have a command which
is three, which indicate that we will be immediately generating analog for Dick.
As soon as we get any data, then we want to get on in China.
So three zero eight.
We will be contacting it with new data, and that data can be from detail, which will be a little bit
imperfect, which you can take from a previous month.
And finally, we will take you.
So this will be actually doing in practice when we are actually targeting the real deck.
But the Nargiz DSG is all available and we are going to fix data simply writing like this so close to
data.
So we are doing that right.
And state will be.
The transmission rates of water transmission, we have used the name as.
This thing, I guess, is clear.
So we are making chips which indicate the start of new deterrents.
We should be updating our data.
In our case, we are simply making it.
Equal to a previous data, and then we transferred the data, so when we jump to a transfer rate to
what we can do, it will again do the same thing.
So if and since we have made our county close to zero here, we can now use our phone.
So if counties listen to you then.
The most, the most I will be close to our data.
And again, we want to go to the movie theater minus value at eight and.
Don't will be incrementing by one great account, will be close to countless one.
ALS, ALS.
And we'll be making phone calls and will be completing our transaction.
So let us complete our transaction by making the chips select again equals one.
Right?
And now we need to check whether stock is still high or let us declare one more state.
So state will be forced to check and check and let us move on to next step.
So here we need to add our new state, which is check state.
Right.
And no, we can go forward here.
So when it is check what we will be doing is if started still won, then then we can move to collection
of new data and again, repeating the same procedures.
Remember, that sort of need to be done only once, right?
So state will be collect if it is slow.
This indicate that all the data is completed.
So we will again jump into an idea.
OK, so state will be equal to like.
And we can then and if and any cases already been benighted, do not forget to add the divorce, since
this will also lead to a creation of left when others state will also be invited.
So this complete sudden diet, let us try to figure out then it sort of warning that we are getting
so here.
The warning is so good, we do not need to add up to it.
It should be done.
And now we like to see what is a.
OK, so let us find out one more that it is the.
So that data and processes in place, I guess we should get everything.
Yeah, so we start to see a V..
Now, us go back to Simone.
Here we are inside and we so we're just trying to see whether we are actually going in but the state
that we are expecting.
OK, so just click on run simulation.
We can also detect, as mentioned.
So what I do is I just started in an information depth so that you can also test agenda to stimuli automatically.
OK, so right now it is not necessary.
We just need to force the clock and start only to signal we need to hold so we will not unnecessarily
at 8:00 a.m. So let's add a fourth clock and the frequency that we are targeting is ten nanoseconds,
which is equivalent in regards.
And then let us make.
Starting with what?
OK, so let's force thing.
And it'll be finding yeah, so.
These are actual output signals are not triggering, so this probably we have missed, but the rest
of the things we're finding that this clock is just perfect and the transition, if you see data, we
are going from ideal to yeah, that is what we are expecting a bit of setup we should be able to collect.
So we are going to collect and then after that we are going to do our transmission and then we are checking.
So it should be checks to the check.
And if it is one and since the start is when we are going back to right and observe.
So which also plays a prominent role.
So when we start our transaction.
So let us just go for it.
OK, so just to chip select will be finding.
That whenever we do a transaction, so when we send all the data set of data here we are getting chips
and that's when the next productize when we compute transmission.
So the phone is also correct.
Just one thing that is missing, reliable.
So after an interest will just connect as a clock to the clock.
Then Chip Zellick to the chip select.
Finally, the last thing that we have is a blizzard to the moon.
So now you have a cool option.
That is, you can either Lidice us starting to see a green color, you can either do a remote simulation
or you can perform a simulation.
So whenever you add a new input output, both inside your previous module, you need to perform run
simulation so it won't automatically update all dials.
So whenever you add a new Wilfork inside an entity and then you declare its behavior, you need to perform
the simulation.
But if you have change an existing values, you do not need to work on the simulation.
You just relaunch the simulation.
So remember this strategy.
So we'll just again, the launch of simulation.
And we'll just four o'clock, so they click Holdsclaw one to zero.
And this is a nanosecond and let us force it to move and try to run out of.
So if you just go to an entitlement, one will be finding that all the signals are generating over your
phone.
And this is the ZAWI, which is pretty good and destructively.
So everything is working fine as we had expected.
So this is how you can decode our Misbah interface for triggering the.