Hello everyone.
We are from districts Nepal.
I will be with you on lab distance of this course.
Hope you'll enjoy the lapses since
so in this lapse of snow we're going to implement a using a link.
We're going to see how we can use a simile to link our model based design.
If you're not familiar with some link.
So this is our Matlab interface.
We're going to go into the small link library.
So this is this idea smelling library.
It contains different blocks to create your new design.
We're going to new model it opens Bangkok using blank canvas.
Here we can drag and drop your friend boxes to get our DNA.
So no let's just create an adjunct to add to know Morse Edwin or add to these are simply logs and not
systems genetic blocks.
We're going to also use systems in our blocks littering the lattice and water yards we're just going
to get our familiar with the design flaw of the simile.
So this is the added BLOCK We're going to add it to our Untitled.
We can either write a letter writing an ADD or we can also drag and drop the design so on other we're
going to require requires on step.
You can either sort it from these libraries or you can just sort the name if you know so for instance
we're going through it's constant.
And here is the constant will require constant blocks and to display this our output will require our
display block display block will display our city signal or output of our design.
So here we get the added value.
So to connect these two blocks we click control and drag from this point is another block and again
control and baggy
I mean I'm going to go around the other part of interest here.
So this is a two of these concentric give some value in and honor their value if
so when we think this run by trying to assume that our design and display the output
in the display we get the output 25.
So basically we just drag and drop and connect the blocks and set the perimeters of different job blocks
according to our requirement and just simulate the design community.
There are also some other blocks that we can play with.
So for example we get an engineer to sign with general assignment we can use DSP sign
just sign with time performance and so we can use this time with should generate a signal and this can
be seen into a block.
Link has a block or any school still the different signals analyze those signals
incentive as you can see there are various pattern literacy or it is also written about these samples.
As I talked before of our sample ability is very important in our DSP whenever we're designing any kind
of DSP systems we need to take care off the same live simple piece of the signal so amplitude we're
going to keep one frequency one and assemble time is zero documents two is going to take you for a simple
time so we're going to run this signal for 10
through 10 time period and whenever we double clicking to the scope we can see the signal that is just
being generated.
So this is the sign of that has been generated so this was the basic introduction to smiling.
Now next we're going to integrate system generator into this similar in-car environment and how we can
use those system generator blocks to specifically target our FPGA boards.
Thank you.