1 00:00:00,060 --> 00:00:02,850 Who are bitstream generation is successful now. 2 00:00:02,880 --> 00:00:09,360 What we're going to do is know since we are utilizing an aioli, so we need to program our FPGA from 3 00:00:09,510 --> 00:00:10,260 there will be vital. 4 00:00:10,880 --> 00:00:16,170 So in all the previous cases, what we are doing is we are programming our FPGA from an SDK. 5 00:00:16,170 --> 00:00:23,040 But whenever you probe and highly OK or whenever you are to debug in your design, see that you program 6 00:00:23,040 --> 00:00:25,690 your design for all men regardless. 7 00:00:25,700 --> 00:00:28,560 So then only really to senior living, right? 8 00:00:28,950 --> 00:00:32,850 So here we will just be going first to export and hardware. 9 00:00:32,910 --> 00:00:33,270 OK. 10 00:00:33,300 --> 00:00:38,010 We do not need to now include a bitstream, but you could still stick to the default option. 11 00:00:38,010 --> 00:00:40,830 That is, you could just skip this check. 12 00:00:40,910 --> 00:00:41,160 OK. 13 00:00:41,220 --> 00:00:45,020 In fact, we will be programming on it from you. 14 00:00:45,750 --> 00:00:46,050 OK. 15 00:00:46,260 --> 00:00:49,320 So this bitstream is not required, but you would anyway. 16 00:00:49,320 --> 00:00:51,330 Also added, OK, it doesn't affect this. 17 00:00:51,330 --> 00:00:57,000 And then before launching an SDK, what we could do is we could just be opening in hardware manager. 18 00:00:57,420 --> 00:00:57,780 OK. 19 00:00:58,560 --> 00:01:01,830 And then we will click on open target, click or opening. 20 00:01:02,670 --> 00:01:06,120 So this will look for the device connected on a local server. 21 00:01:06,600 --> 00:01:08,350 OK, here we have our device. 22 00:01:08,350 --> 00:01:10,920 So no, we do not need to. 23 00:01:12,760 --> 00:01:13,570 So once you. 24 00:01:14,850 --> 00:01:20,580 Now you would see all the device which are connected to the aioli, right? 25 00:01:20,820 --> 00:01:24,630 And then we could just go ahead and click on this program device. 26 00:01:24,670 --> 00:01:29,970 So once you click on program device, well, you could find two files are benighted, one is a big fight 27 00:01:29,970 --> 00:01:36,570 and one is analytics fine, which is basically quite OK with information related to our right. 28 00:01:36,840 --> 00:01:39,000 We need to include both of this, OK? 29 00:01:39,150 --> 00:01:41,390 And then we just need to program. 30 00:01:42,150 --> 00:01:42,480 OK. 31 00:01:42,690 --> 00:01:46,560 Once you program your FPGA, you won't be seeing anything on this screen. 32 00:01:46,600 --> 00:01:49,290 They we usually find and I live in the right. 33 00:01:49,680 --> 00:01:54,000 So this is the normal flow, so you won't be finding anything over here. 34 00:01:54,300 --> 00:01:54,630 OK. 35 00:01:55,410 --> 00:02:02,610 And unless we launch and see, right, so we'll just be launching on a stick, completing the development 36 00:02:02,610 --> 00:02:10,170 of an application, and then we will be running our AI application once and then will be programming. 37 00:02:11,220 --> 00:02:17,400 Then will be refreshing our device today to let us go ahead and try to develop an application here, 38 00:02:17,400 --> 00:02:24,000 we have added a simple Excel lady who will prosecute in development of a new application project. 39 00:02:24,000 --> 00:02:26,370 We'll just be naming this as a lady. 40 00:02:26,400 --> 00:02:29,310 We'll be selecting an Halloway project right now. 41 00:02:29,310 --> 00:02:30,860 Here will be following our normal. 42 00:02:31,260 --> 00:02:35,400 So let me just go ahead and enter the world or see. 43 00:02:36,810 --> 00:02:46,680 So far, we need to include ex GPO dotage right there in war, and hardware related information will 44 00:02:46,680 --> 00:02:47,910 just be including. 45 00:02:48,900 --> 00:02:52,710 Hicks parameters start, right, this makes sense. 46 00:02:53,260 --> 00:02:57,930 No, although EPA is related to Dubai or could be accessed from Dubai. 47 00:02:58,050 --> 00:03:01,140 So we required again to structure one is a config structure. 48 00:03:01,590 --> 00:03:03,780 Let it just go ahead and try to add it. 49 00:03:03,780 --> 00:03:06,840 We'll just be naming this as a lady conflict. 50 00:03:07,080 --> 00:03:09,150 And this should be pointed, right? 51 00:03:10,300 --> 00:03:16,950 The next one that we required is an instant structure, so we'll just be going it again to annex UPI. 52 00:03:17,260 --> 00:03:23,770 And here we have our instant stuff, so we'll just be copying this, adding it over here and we'll just 53 00:03:23,770 --> 00:03:32,920 be naming this as well right now for four UPI it OK, we need to look for and look up config. 54 00:03:32,930 --> 00:03:33,620 OK? 55 00:03:34,600 --> 00:03:37,540 This will be connecting to a leading one, right? 56 00:03:37,540 --> 00:03:43,260 So in the next GPO, we have a lookup config where we could just specify the device. 57 00:03:43,570 --> 00:03:45,020 So let it just go ahead. 58 00:03:45,530 --> 00:03:46,600 Right over here. 59 00:03:46,600 --> 00:03:50,890 And for us, the device could be found out from a parameter lower tax rate. 60 00:03:50,900 --> 00:03:52,150 So we'll just look for. 61 00:03:53,360 --> 00:03:54,250 GPIO. 62 00:03:54,740 --> 00:03:55,100 OK. 63 00:03:55,670 --> 00:03:58,160 And then here you have your voice heard. 64 00:03:58,610 --> 00:04:01,190 That is what we need to deliver is. 65 00:04:01,580 --> 00:04:03,830 That is what we need to specify, right? 66 00:04:03,860 --> 00:04:06,940 We will go ahead and we add the device. 67 00:04:06,950 --> 00:04:08,110 I you here, right? 68 00:04:08,120 --> 00:04:13,700 So once you specify the device aid, you immediately get an aid structure. 69 00:04:14,070 --> 00:04:18,420 Once you have your political structure, you could utilize initials. 70 00:04:18,530 --> 00:04:18,880 OK. 71 00:04:20,180 --> 00:04:28,010 So in status, which will be the holding, the value that Sergey Initialise gave us the year insists 72 00:04:28,010 --> 00:04:34,790 that there is a conflict structure is illegal and fake, and the last thing that we need to specify 73 00:04:35,120 --> 00:04:37,450 is to be set right. 74 00:04:37,510 --> 00:04:40,330 So we're just specifying a few sectors here. 75 00:04:40,680 --> 00:04:48,230 We could just verify whether device initialization is successful, so if status is equal to see. 76 00:04:49,150 --> 00:04:56,230 Sexist, so we'll just be utilizing the anger and then the lady in it. 77 00:04:57,340 --> 00:04:58,600 78 6:00 a.m., Right? 79 00:04:59,870 --> 00:05:01,760 And we could just mention. 80 00:05:03,010 --> 00:05:04,840 Device, then it feels right. 81 00:05:04,870 --> 00:05:05,590 This makes sense. 82 00:05:06,980 --> 00:05:12,320 So this completed step one in and mean program will just be called Leverage UPI you. 83 00:05:13,270 --> 00:05:17,500 And right now, one side device is ready. 84 00:05:17,590 --> 00:05:20,560 OK, now here we will be initializing on Choupo. 85 00:05:20,800 --> 00:05:23,790 We are ready to utilize any U.S. military. 86 00:05:23,890 --> 00:05:28,900 So let me just go away and said the DTI, this is the step one that we follow. 87 00:05:28,960 --> 00:05:35,800 Once we complete an initialization, we need to specify the instant structure the China and the addiction 88 00:05:35,800 --> 00:05:36,250 must rate. 89 00:05:36,250 --> 00:05:39,220 So we have our full early on would just be. 90 00:05:40,500 --> 00:05:46,020 Going ahead and setting up the direction now for setting the budget as an output port, we just need 91 00:05:46,020 --> 00:05:47,210 to apply, see, right? 92 00:05:47,220 --> 00:05:51,840 So for us, the instant structure for GPI was only OK. 93 00:05:52,110 --> 00:05:59,850 We are utilizing the single China and we just need to set all the four bins as an output port. 94 00:05:59,850 --> 00:06:03,950 So we'll just be applying the zero and the full list, right? 95 00:06:04,050 --> 00:06:10,950 So once data protection is correctly said, we could just be utilizing the discrete write function that 96 00:06:10,950 --> 00:06:14,760 we have to write the data to daily. 97 00:06:14,760 --> 00:06:18,000 This will just be going ahead over here, OK? 98 00:06:18,810 --> 00:06:19,640 US an instance. 99 00:06:19,640 --> 00:06:27,060 Secretary Sally China is one, and we apply the value like this, so we'll just be applying random without 100 00:06:27,060 --> 00:06:33,870 a delay because anyway, we are analyzing the values on it aioli, which operates at that clock frequency, 101 00:06:33,960 --> 00:06:35,810 which is at people's object, right? 102 00:06:36,120 --> 00:06:36,510 So. 103 00:06:37,460 --> 00:06:43,550 If we had a long delay, we won't be able to analyze the multiple samples today, so we won't be adding 104 00:06:43,550 --> 00:06:47,750 any delay would just be calling this function multiple times. 105 00:06:47,790 --> 00:06:55,360 OK, and then we'll just be changing the value of two, three, four and five. 106 00:06:56,330 --> 00:06:59,970 The last value that will be sending is where we will be turning on. 107 00:06:59,990 --> 00:07:01,190 All right. 108 00:07:01,550 --> 00:07:02,930 So this is what we're going to do. 109 00:07:03,650 --> 00:07:05,300 We are setting up their addiction here. 110 00:07:05,300 --> 00:07:12,050 We already initialize our GPI and then we are writing the value utilizing discrete right now since we 111 00:07:12,050 --> 00:07:13,550 already program IPG. 112 00:07:13,580 --> 00:07:19,700 We could directly see that we could just click on this plus button, select the compute and we will 113 00:07:19,700 --> 00:07:24,800 be connected to is the respective companies right now. 114 00:07:24,890 --> 00:07:29,930 We could just go away where we have, I mean, application and run its launch on hardware. 115 00:07:30,050 --> 00:07:33,590 So this is the first time we are running our application. 116 00:07:33,620 --> 00:07:33,920 They. 117 00:07:34,970 --> 00:07:41,490 And you would actually see that and lead it is successful, and we also see that all the is outlook 118 00:07:41,600 --> 00:07:44,570 right now, we go back to our vital right here. 119 00:07:44,570 --> 00:07:45,830 You won't see anything now. 120 00:07:45,830 --> 00:07:48,440 You just need to click on this refresh device, right? 121 00:07:48,920 --> 00:07:53,730 So once you refresh your device, you automatically see that no, you haven't. 122 00:07:53,750 --> 00:07:54,380 Hi, there. 123 00:07:54,740 --> 00:07:56,710 I'll be forming those inside, right? 124 00:07:56,960 --> 00:08:04,310 So analyzing all the transaction is a bit difficult when we set up a as one zero two four. 125 00:08:04,340 --> 00:08:07,490 So when you do not change the length of an aisle? 126 00:08:07,790 --> 00:08:08,240 OK. 127 00:08:08,270 --> 00:08:12,410 In that case, the default depth that we get is one zero two four, right? 128 00:08:12,680 --> 00:08:15,370 And here we haven't changed your configuration. 129 00:08:15,380 --> 00:08:15,860 And so. 130 00:08:16,820 --> 00:08:22,280 We must be getting the depth of one zero two four eight two instead set up the trigger. 131 00:08:22,460 --> 00:08:26,180 So if you just go to the trigger setup, you have this plus button. 132 00:08:26,540 --> 00:08:26,870 OK? 133 00:08:27,020 --> 00:08:35,870 And look for something as a valid value signal of something which basically can whether transactions 134 00:08:35,870 --> 00:08:43,460 are success ful or whether we are ready to start our transaction right to be here have a really valid 135 00:08:43,460 --> 00:08:45,290 and e right validate. 136 00:08:45,290 --> 00:08:51,300 So since we are writing a letter to the VIP, so we'll just look for an E! 137 00:08:52,230 --> 00:08:52,700 Right? 138 00:08:52,710 --> 00:09:00,180 Well, and we will be capturing the sample when it is not equal to zero. 139 00:09:00,240 --> 00:09:03,200 OK, so then it is not equal to zero. 140 00:09:03,200 --> 00:09:06,380 That basically mean we have a valid transaction, right? 141 00:09:06,770 --> 00:09:11,720 And yet if you will just explore the setting that you get with the trigger is. 142 00:09:12,110 --> 00:09:14,150 So then we have a trigger. 143 00:09:15,090 --> 00:09:15,520 OK. 144 00:09:15,540 --> 00:09:23,790 It will store the previous five one two sample, and after you get it, will sample the next fire in 145 00:09:23,790 --> 00:09:24,240 December. 146 00:09:24,480 --> 00:09:25,380 This is what it means. 147 00:09:25,380 --> 00:09:27,090 So this is the tip that we have. 148 00:09:27,420 --> 00:09:28,410 One zero two four. 149 00:09:28,630 --> 00:09:35,420 So trigger production in a window is failing to zero five one two sample prior to trigger and five I 150 00:09:35,550 --> 00:09:41,700 to sample next to a trigger right on trigger four is when the right value is not equal to zero. 151 00:09:41,700 --> 00:09:43,020 That is when it becomes what. 152 00:09:43,020 --> 00:09:44,490 So you could actually change this. 153 00:09:44,490 --> 00:09:54,300 So since I Valley data is only when we reach to evaluate bin high, so we could just reduce this sample. 154 00:09:54,840 --> 00:10:00,980 So the trigger position in a window is let's just keep this one right. 155 00:10:01,000 --> 00:10:02,400 So when we keep one. 156 00:10:02,700 --> 00:10:08,730 So this basically mean prior to a trigger, we will be collecting only a single sample. 157 00:10:08,790 --> 00:10:11,250 OK, the value of all the. 158 00:10:12,650 --> 00:10:17,600 Debug that we have added and after the trigger, we will be collecting one zero two three sample because 159 00:10:17,600 --> 00:10:19,950 we are more interested in analyzing a valid one. 160 00:10:20,210 --> 00:10:24,500 So when this is done, OK, you could just click on, does it? 161 00:10:24,650 --> 00:10:30,740 But right now, what we're going to do is when you click on this run button. 162 00:10:31,790 --> 00:10:39,050 OK, now you could see that we are waiting for, right, so now we are ready to perform an execution 163 00:10:39,290 --> 00:10:40,430 on an SDK, right? 164 00:10:40,430 --> 00:10:48,800 So I is waiting for an execution of an application, so we'll just go ahead and return our application. 165 00:10:48,900 --> 00:10:49,160 Right? 166 00:10:50,060 --> 00:10:52,210 So one's execution is completed. 167 00:10:52,290 --> 00:10:52,700 No. 168 00:10:52,700 --> 00:10:58,910 If you go to the Vivaro and in and I live in now, you could see the studios again changes to an eye 169 00:10:58,920 --> 00:11:01,810 and here you could see some of in transaction. 170 00:11:02,090 --> 00:11:06,130 So let me just go ahead and try to analyze the transaction that we have. 171 00:11:06,140 --> 00:11:08,460 We're here now to analyze the data. 172 00:11:08,570 --> 00:11:15,230 OK, so here you have created this where we are writing the values and then we have a ready signal over 173 00:11:15,230 --> 00:11:16,520 here and right value. 174 00:11:16,530 --> 00:11:16,850 Great. 175 00:11:17,240 --> 00:11:20,810 And here you have the right data, right? 176 00:11:20,840 --> 00:11:25,430 So this is the data that we are writing to are excited. 177 00:11:25,460 --> 00:11:27,320 UPI GPI Right. 178 00:11:27,380 --> 00:11:35,750 So you could clearly see we are adding one two three four five and then if right and then decide series 179 00:11:35,760 --> 00:11:41,270 off and you can signal that we have right and here you could actually see the right transaction, right?