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So now we'll try to cover how we use the profile that we have and then stick, so initial step will

2
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be a bit difficult because we need to remember a lot of setting.

3
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But as we go from profiling with two or three application, things will become much easier to understand.

4
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So for this specific example, things will be difficult as we will be doing it for a first time.

5
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But as you practice more and then go from profiling for three to four, application things will be much

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easier to understand.

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Right.

8
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So just blindly follow an entire process and then try to repeat the same process with a different application.

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Right.

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So here we have the fundamental design, which is created with the help of a thesis script.

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Now for performing a profiler with an SDK, two things are mandatory, so you required to have any sitemap

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lock present in your design.

13
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OK.

14
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Because that will serve as a profile timer, and it should consist of an intro and that should be connected

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to an inch of control.

16
00:01:03,270 --> 00:01:04,970
So this is first mandatory step.

17
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And second one is you should have a local member.

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Right.

19
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So there we will be storing all the data related to profiling, right?

20
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So we already configured our microbes to have a local memory, so will not be adding any Mutum controller

21
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or an extra memory.

22
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We'll just use the memory that we have with the microphones, right?

23
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So we just need to add an ID, say timer, OK, and then ensure that we get from an timer should be

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connected to an AI and PC.

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And for that, what my code.

26
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So two blocks which are mandatory to perform profiling is, they say, timer and control.

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Right now, what we want to do is just be collecting data from our timer when I hand and out of the

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INTC should be connected to an entropy, an awful microbial state.

29
00:01:55,980 --> 00:01:58,830
So with this, we are ready to go home with election automation.

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OK, so this will automatically connect the slave interviews that we have for AI in D.C., as well as

31
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timer to the people, right?

32
00:02:06,990 --> 00:02:13,980
And we'll just be adding and GPI for which we will be writing some random transaction and then we'll

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00:02:13,980 --> 00:02:16,050
be providing an invite application, right?

34
00:02:16,380 --> 00:02:18,720
So we go ahead and try to add.

35
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Dubai, right.

36
00:02:21,590 --> 00:02:24,840
This will be purely for an application perspective.

37
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This is not required to perform profiling.

38
00:02:27,320 --> 00:02:33,060
So we give it just customizer blocks such that it will work with analytics.

39
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So we will just be writing some random data utilizing few functions, and we will be utilizing them

40
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to perform profiling.

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00:02:41,120 --> 00:02:44,330
So with this, we are ready to perform work on our commission.

42
00:02:45,500 --> 00:02:51,380
Now you will see we have three blocks divided, right, so you what light is purely for debugging purposes,

43
00:02:51,380 --> 00:02:54,170
GPIO is something that our application requires.

44
00:02:54,420 --> 00:02:57,800
Now this will be varying depending on the application that you are implementing.

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00:02:58,100 --> 00:03:03,740
They need, say, timer, and I see this to automatically block to perform profiling with the microgreens,

46
00:03:03,740 --> 00:03:03,980
right?

47
00:03:04,580 --> 00:03:10,540
So after you finish this design, we will just be performing the validation of this and then we jump

48
00:03:10,760 --> 00:03:12,950
the wrapper and finally just read the bits.

49
00:03:13,100 --> 00:03:19,190
Right now, your agenda will be to explore, then how to verify it into a scheme directory launch of

50
00:03:19,200 --> 00:03:23,060
Ideas ID, the new platform project great.

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00:03:23,210 --> 00:03:23,930
And also.

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00:03:25,170 --> 00:03:32,640
Try to create the new application project, invoking the halogen will directly be discussing what should

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be the settings that you need to perform and how you perform to fight.