1 00:00:00,060 --> 00:00:07,730 So let us try to understand and diagnose Fima, focusing on what will be the top that we'll be covering 2 00:00:07,740 --> 00:00:10,620 in each and every section and what will be our agenda straight. 3 00:00:10,920 --> 00:00:15,670 So first section will be predominantly devoted on IED rates. 4 00:00:15,750 --> 00:00:22,860 Here we will be choosing the specific version of what we do to install on your PC and along with all 5 00:00:22,860 --> 00:00:26,690 the necessary tools which are required for following the course, right? 6 00:00:26,700 --> 00:00:34,140 So this section immediately goes on an IED and how we install the devices and the tools so that we could 7 00:00:34,140 --> 00:00:37,440 get started working with the signal processing system, right? 8 00:00:37,740 --> 00:00:43,450 The next section where we'll be checking with the tools that we install are correctly operating right, 9 00:00:43,470 --> 00:00:49,260 and we also able to verify with the entire flow on the hardware, right? 10 00:00:49,260 --> 00:00:55,680 So the second section will be entirely to understand or just to get an overview of an entire design 11 00:00:55,680 --> 00:00:59,370 flow, OK that we follow when we walk around with thing. 12 00:00:59,670 --> 00:01:06,870 The first fuel we use will be blindly following an entire process and then will be pulling up our fundamental 13 00:01:06,930 --> 00:01:09,620 logic behind following specific steps. 14 00:01:10,560 --> 00:01:16,860 The third section will be working on a simple peripheral, so we divide up into three categories, so 15 00:01:16,860 --> 00:01:21,440 we call simple, papery, intermediate and complex third. 16 00:01:21,630 --> 00:01:25,410 So the difference between these three things are very simple for a simple. 17 00:01:25,950 --> 00:01:28,170 If it is, we do not need to do much. 18 00:01:28,170 --> 00:01:33,110 So we just need to set up directions and then directly start sending the data. 19 00:01:33,120 --> 00:01:35,860 But then we considered an intermediate preference. 20 00:01:36,240 --> 00:01:38,730 We need to specify the types of an operation. 21 00:01:38,730 --> 00:01:44,910 So along with the type of operation, we also need to set the rate at which we will be sending up the 22 00:01:44,910 --> 00:01:48,540 data and then we set the date, right? 23 00:01:48,540 --> 00:01:53,190 So this is the difference that we have between simple and intermediate throughput when we consider a 24 00:01:53,190 --> 00:01:54,060 complex throughput. 25 00:01:54,480 --> 00:01:59,640 So even to set the operating condition, we need to calculate certain parameters. 26 00:01:59,880 --> 00:02:05,340 So this is I will be building up our complexity when we consider really simple things that as you will 27 00:02:05,340 --> 00:02:09,750 be immediately focusing on and GPI, each benefit could be. 28 00:02:10,860 --> 00:02:18,540 Accessing our zinc processing system in a 3V, so we have an email e-mail and the E, hey, so we will 29 00:02:18,540 --> 00:02:23,280 be understanding each of this in a greater detail when we poke around with the GPA. 30 00:02:23,340 --> 00:02:25,560 Then we proceed with then you what? 31 00:02:25,620 --> 00:02:31,860 OK, so you are also could be axe's in 3B by zinc processing system, so it could be the ABN Amro e-mail 32 00:02:32,160 --> 00:02:35,970 and so it will be billing of distracted use of accessing. 33 00:02:36,210 --> 00:02:43,500 You are by all of this matter and then the sum of popularizer that we have with a new great and along 34 00:02:43,500 --> 00:02:44,790 with the fundamentals of that. 35 00:02:45,300 --> 00:02:50,370 The next section, the Section five will be predominantly working on the time right does are frequently 36 00:02:50,520 --> 00:02:54,000 delays and you'll be finding them in the various scenarios, right? 37 00:02:54,630 --> 00:03:01,610 So we do have a number of times available in the sink. 38 00:03:01,620 --> 00:03:10,320 Some of them are private processing system, while other me, you need to enable to configure them in 39 00:03:10,320 --> 00:03:10,770 and hard. 40 00:03:11,240 --> 00:03:15,880 OK, so each of these could be divided into three categories. 41 00:03:15,880 --> 00:03:20,790 So we have a private first for a couple of days include the isyu timer. 42 00:03:21,150 --> 00:03:24,990 As you washed off timer, then 64bit global timer. 43 00:03:25,230 --> 00:03:32,430 OK, then the next categories where we need to enable the timer so they are not enabled by default, 44 00:03:32,430 --> 00:03:35,220 but we need to enable them. 45 00:03:35,220 --> 00:03:39,000 So they are an independent block available with single processing system. 46 00:03:39,000 --> 00:03:46,080 So these include system washed off timer and to triple timer counter are available with this right and 47 00:03:46,080 --> 00:03:54,840 it could generate three independent of the next categories where we could utilise the bill based timer. 48 00:03:54,910 --> 00:03:55,230 OK. 49 00:03:55,410 --> 00:03:59,700 Something like you say timer on any, say, time based professional timer. 50 00:03:59,910 --> 00:04:03,910 OK to act, you are timing related functionality. 51 00:04:04,020 --> 00:04:09,460 This the timer that are available are not sufficient, so we'll be discussing each of them in the needed 52 00:04:09,810 --> 00:04:11,690 no time, usually operating two months. 53 00:04:11,710 --> 00:04:15,840 So we they have a full remote or another one is annoying to break. 54 00:04:15,840 --> 00:04:21,210 So Section five entirely devoted for a full mode, whereas when we go to. 55 00:04:22,170 --> 00:04:29,970 Interpreter, six and eight, so we'll be understanding danger from GPIO as well as interrupt for all 56 00:04:29,970 --> 00:04:30,390 of this. 57 00:04:30,760 --> 00:04:31,010 Right. 58 00:04:31,020 --> 00:04:36,980 So entire discussion on an intro will be focusing on infection rate. 59 00:04:36,990 --> 00:04:42,690 So once you complete simple, intermediate and complex benefit, you get fundamental understanding how 60 00:04:42,690 --> 00:04:45,410 we specifically utilize the drivers. 61 00:04:45,570 --> 00:04:50,990 OK, maybe setting up the more calculating the parameters are how we work around it. 62 00:04:51,010 --> 00:04:57,090 And so once you have this fundamental understanding, you are ready to utilize any or any of the benefit 63 00:04:57,090 --> 00:04:58,270 of that things. 64 00:04:58,630 --> 00:04:59,040 Great. 65 00:04:59,070 --> 00:05:04,920 You build up ability along with this how to read or tribal or how to configure if they fit it and then 66 00:05:04,920 --> 00:05:05,970 how to utilize them. 67 00:05:06,570 --> 00:05:14,100 So once you get this capability, something which plays a very crucial role, then we do not get what 68 00:05:14,100 --> 00:05:18,020 we are expecting out of our application is to debug our application rate. 69 00:05:18,030 --> 00:05:19,800 So we have two types of technique. 70 00:05:19,800 --> 00:05:23,610 It may be a software debugging technique, or it may either be in hardware debugging. 71 00:05:24,540 --> 00:05:31,800 We will be discussing in detail both of them in a section six, six and seven will be focusing on profiling. 72 00:05:32,070 --> 00:05:36,420 So we need to measure the time begin by specific function or application. 73 00:05:36,420 --> 00:05:41,250 So how we achieved that will be understanding in this specific section. 74 00:05:41,550 --> 00:05:44,520 Section eight will be rebooting on an intra section nine. 75 00:05:44,850 --> 00:05:45,160 OK. 76 00:05:45,180 --> 00:05:50,460 Whenever you have a requirement for a memory of me, there be a small memory requirement that could 77 00:05:50,460 --> 00:05:53,450 be fruitful with the help of any RAM. 78 00:05:53,760 --> 00:05:59,280 Or if you have a large memory requirement, then you could go ahead with a DDR, right? 79 00:05:59,280 --> 00:06:06,470 So you'll be understanding how we access the data and utilize the Zillow to work around with boutiques 80 00:06:06,470 --> 00:06:08,600 Siby, RAM, as well as right. 81 00:06:08,910 --> 00:06:10,800 So this will be our entire target. 82 00:06:11,070 --> 00:06:17,330 The framework for the course and these are some of the checkpoint, so major agenda will be to get us 83 00:06:17,330 --> 00:06:24,180 since seven year with how we utilize the Triber, how we utilize the debugging technique in chips as 84 00:06:24,180 --> 00:06:26,070 well as the memory resources. 85 00:06:26,220 --> 00:06:27,620 OK, so let's get started.