WEBVTT 00:00.060 --> 00:06.570 So now what we'll do is we'll try to identify and then we'll try to understand how we can connect the 00:06.570 --> 00:10.360 Taspinar food to an idea and find the region date and destination. 00:10.830 --> 00:15.780 So we go to an IP catalogue which uses a simple IP is just another. 00:16.290 --> 00:18.180 So we have an either or subtractive. 00:18.570 --> 00:19.830 We just choose that IP. 00:21.220 --> 00:24.450 And they will be targeting for an unseen option. 00:25.430 --> 00:35.560 OK, the verdict that we will follow is 15 that that that seems to be a fine line, moulis that will 00:35.570 --> 00:38.770 not be too dangerous to be choosing annihilation. 00:39.290 --> 00:40.850 OK, and then. 00:42.270 --> 00:45.620 Will go to a controlled burn, so we have a blocking ability. 00:45.860 --> 00:48.420 OK, so we'll allow clocking everything. 00:48.480 --> 00:51.240 Also, we will allow on and Carrie. 00:51.610 --> 00:55.290 OK, so this will help us to see the changes in. 00:55.290 --> 01:00.780 And in fact, what we'll do is we'll remove Carrie will just keep Carrie. 01:02.400 --> 01:06.560 And rest of the pain will be keeping to the. 01:07.320 --> 01:16.540 So we have A and B, seven and 15 that input output 15 bit and then we have a clock signal. 01:16.560 --> 01:17.540 So it is synchronous. 01:17.880 --> 01:18.870 And then we have a. 01:20.930 --> 01:27.230 OK, so we'll just go ahead and will click, OK, so this will automatically generate all the necessary 01:27.230 --> 01:37.490 files which are required for using and I once I, I will be finding here on the top right corner, you'll 01:37.490 --> 01:38.900 be finding a Haiti option. 01:38.900 --> 01:40.760 And you also see an IPO here. 01:41.080 --> 01:46.690 OK, now what we'll do is I will be able to find the IP 92 assimilations. 01:46.970 --> 01:56.480 OK, so first we like the new source that is like a simulation source will just name this as an OK and 01:56.480 --> 01:57.830 will finish. 01:59.270 --> 02:07.150 Asked as many people do not consist of any potential, just like cooking without having any right and 02:07.150 --> 02:09.060 then will go ahead. 02:09.280 --> 02:16.260 Now here we have a multiple source, so we have our biggest county vehicle and the new reality TV. 02:16.540 --> 02:20.470 So the first thing that you should always do is you set it as a top. 02:21.680 --> 02:27.700 OK, so that later on you won't forgetting that the top model is a county. 02:27.810 --> 02:33.860 OK, so as soon as you create a new model, now you have an idea that that is the model on which I'll 02:33.860 --> 02:35.140 be performing a simulation. 02:35.150 --> 02:37.150 So you immediately said it right? 02:37.560 --> 02:44.810 I will go in and it'll be observing that there are not much to do inside the template that is being 02:44.810 --> 02:46.260 created by everyone. 02:46.460 --> 02:46.780 Right. 02:48.210 --> 02:53.910 Now, what we'll do is we'll just go ahead to an IP, so if you see an arrow or an IP, if you click 02:53.910 --> 03:00.570 on there, you will get a template or an instant instantiation template for your eye. 03:01.180 --> 03:08.520 OK, so what we'll do is we'll just invoke the template so that that will help us to correctly. 03:10.040 --> 03:13.010 Create an instance of an object to. 03:16.800 --> 03:22.380 So if you just go ahead to the first two Delfi, you'll be finding these are the libraries which are 03:22.380 --> 03:22.920 included. 03:23.220 --> 03:27.570 OK, so we'll just copy this libraries into our. 03:29.290 --> 03:30.550 That's right. 03:30.760 --> 03:36.790 So now we have our first step complete, then this is the module for which you'll be conducting a test. 03:37.000 --> 03:45.700 So we have Ebby as a tool of Sisyphean, but then we have a clock C code and some will just copy from 03:46.510 --> 03:50.830 the name of our entity, Taylor, and we'll go ahead inside. 03:50.830 --> 03:54.010 The test bench will create a company. 03:55.280 --> 04:01.880 OK, we'll paste whatever we have, copy, and we'll just end our company right now, we need to declare 04:01.880 --> 04:07.300 an equal signal for all the input and all will proceed with the signal. 04:07.550 --> 04:16.220 And we have a system size of 15, which so we'll just use Eppi Centre and the school logic and the school 04:16.220 --> 04:17.030 vector. 04:17.390 --> 04:20.970 Then the size is 14 down to zero. 04:21.020 --> 04:26.620 And since both of these are an input, we'll just initialize them to a seat in. 04:26.660 --> 04:30.550 The easiest way to initialize them to a zero is to use another three. 04:30.650 --> 04:35.870 So we just be adding a parenthesis and then we'll be adding others. 04:40.850 --> 04:45.980 So this will initialise all the efforts to achieve this Mxit. 04:47.900 --> 04:56.450 Then we have a clock and see of a single bitrate, so we'll proceed with the signal clock and then we 04:56.450 --> 05:02.380 have a C standard, the school logic again will be initializing them to. 05:02.390 --> 05:03.020 Let's see. 05:04.250 --> 05:14.300 Finally, we have to Octopussy out an S to signal C out who in fact, will be using the same name C 05:14.330 --> 05:16.960 Health Center and the school logic. 05:17.510 --> 05:22.100 OK, and here will all be initializing it to any default value. 05:22.130 --> 05:28.750 OK, so we'll be keeping it as it is signal as sender and the school logic. 05:29.420 --> 05:35.440 OK, underscore vector and then they should have a size of 14 down to see. 05:36.530 --> 05:38.780 And this will also be keeping a.. 05:38.810 --> 05:42.310 So we will be initialized to anywhere right now. 05:42.320 --> 05:46.400 Those are the signals which are required to connect to the design. 05:46.400 --> 05:50.980 And so we will proceed to the name is this one. 05:50.990 --> 06:01.800 So we will decide an instance and even then the entity name would map OK, and then E should be connected 06:01.800 --> 06:08.470 to B should be connected to the clock, should be connected to. 06:09.470 --> 06:16.640 Then we have a C that should be connected to C, OK, then we have a C in the school that should be 06:16.640 --> 06:18.200 connected to C and the school. 06:18.260 --> 06:24.170 OK, finally we have S and that should be connected to A.. 06:24.200 --> 06:28.350 OK, so this completes an explicit way of declaring a code. 06:28.670 --> 06:31.640 OK, and we'll just now see why. 06:31.940 --> 06:39.410 So once we see what we want to observe, whether the IP actually becomes more data, we'll just see 06:39.410 --> 06:46.220 Waku and see that activity becomes apparent motive and the IP becomes a. 06:48.900 --> 06:55.800 So we finally know we have a TV and then inside this we have our OK, so this specify that we correctly 06:55.800 --> 06:58.620 for the entire procedure that will be indigestible. 06:58.830 --> 07:01.640 OK, so four o'clock signal, the procedure is very simple. 07:01.650 --> 07:03.480 So we'll proceed with the process. 07:04.350 --> 07:08.790 Will sensitivity Lister's clock begin? 07:09.580 --> 07:10.870 And then and. 07:12.460 --> 07:20.800 OK, so once we define this, do we have an option to go with, then after eight o'clock should be close 07:20.800 --> 07:22.110 to an out of clock? 07:23.400 --> 07:30.930 After 10 nanoseconds, so this will be generating a lot of great content, right, and that's what the 07:30.930 --> 07:38.640 signals are and input into neutral stimulus for the process begin. 07:39.950 --> 07:46.490 And process, so here we have declared the process without a sensitivity list, the first thing that 07:46.490 --> 07:50.270 we'll be doing is adding a statement for each letter just. 07:51.950 --> 07:54.530 Specify the reader in hexadecimal format. 07:54.870 --> 08:04.180 OK, so 16 basically means so far, 15 trip, so 15 that we have will use just to double time, then 08:04.220 --> 08:06.800 will specify the detail like this. 08:08.060 --> 08:08.750 When to. 08:11.500 --> 08:18.140 One zero zero one four eight zero zero zero one eight eight. 08:19.710 --> 08:22.200 Twelve and three more bitrate. 08:23.550 --> 08:26.550 And then we'll just copy this. 08:29.400 --> 08:37.140 Will this do here and here will be using Lake, then we can just use weed for like this is you. 08:39.240 --> 08:45.010 One hundred nanoseconds here we are assuming that will be making our sea high after one hundred, and 08:45.030 --> 08:52.020 for that reason I have to realize I didn't anticipate this proceeding and then we'll make some changes 08:52.020 --> 08:52.830 here and there. 08:53.340 --> 08:57.000 OK, and here will be adding a period of Austin. 08:58.630 --> 09:07.270 Then let it just let you just need this to be bigger than just let it just keep it as 39. 09:08.410 --> 09:15.150 There's also to be 30 nanoseconds and it just changed some of our bitrate. 09:15.370 --> 09:18.310 So these are the stimuli that we want to generate for. 09:18.480 --> 09:22.370 And B, now we are left with C.. 09:22.660 --> 09:26.020 OK, so we'll use one more process. 09:27.080 --> 09:32.000 Process, begin and process. 09:32.030 --> 09:35.630 And this is the process without the sensitivity will decide, just wait. 09:36.140 --> 09:39.050 So see as equals to. 09:40.420 --> 09:49.810 Well, after under nine months, in fact, we can choose ninety nine second, no problem at all. 09:50.110 --> 09:55.510 OK, and then what we'll do is we'll just do a new dawn after sometime. 09:55.630 --> 09:56.950 OK, so we'll just. 09:58.480 --> 09:59.440 Here it should be. 10:00.510 --> 10:01.200 Vete. 10:04.070 --> 10:04.700 For. 10:06.180 --> 10:11.900 Nine, and then we'll make see to be close to zero. 10:12.640 --> 10:16.530 OK, we are getting beat for of 15 and a second. 10:18.930 --> 10:19.370 OK. 10:20.290 --> 10:21.310 And then. 10:22.430 --> 10:30.080 Here, you just increase up to see Questa, one for one ninety nine the second, and then we are making 10:30.080 --> 10:31.160 sequels to zero. 10:31.550 --> 10:37.980 Let's see whether we are able to see a required combination to see who and they will perform a simulation. 10:38.000 --> 10:41.060 OK, so we'll just go ahead and perform a behavioral simulation. 10:42.050 --> 10:50.090 Now, this will take a bit of time to compile all the files related to an IP and then connecting the 10:50.090 --> 10:50.870 Test match to a. 10:54.480 --> 11:02.690 So if everything was fine, I'll leave the two of silver result on an S, OK, I just try to change 11:02.690 --> 11:06.900 the relics to an unsigned decimal here and here also. 11:07.860 --> 11:14.220 And saying, OK, so seas continue to be high, and for that reason you'll be finding as soon as. 11:14.460 --> 11:17.550 So here we have sea look. 11:17.580 --> 11:21.120 So when sea is high, right. 11:21.630 --> 11:23.430 And we do not have a single. 11:23.430 --> 11:30.740 So for that reason, we have a at sea, as soon as we have seen will be noticing that the result of 11:30.750 --> 11:32.200 our is being computed. 11:32.220 --> 11:32.430 OK. 11:32.460 --> 11:38.220 So if you just use the Rixton and send a signal through this too. 11:38.460 --> 11:44.430 OK, so it just takes to send a signal and also to an unseen. 11:46.480 --> 11:47.400 Dissimulate. 11:51.800 --> 11:56.420 So you'll be finding that the result of our mission is basically an. 11:56.840 --> 11:57.740 And for that reason. 11:57.770 --> 11:59.920 You'll also be finding that the this right. 12:00.470 --> 12:01.630 You just go ahead. 12:01.670 --> 12:04.660 Will be finding that throughout. 12:04.670 --> 12:07.520 We have a number which are making contact. 12:07.710 --> 12:08.010 OK. 12:08.250 --> 12:12.290 OK, as soon as we have our C0, you'll be able to see. 12:13.870 --> 12:18.070 That the result that has been completed in the previous cycle is hazardous. 12:18.110 --> 12:24.520 OK, so what we'll do is we'll do some small well so that we can actually verify this. 12:24.550 --> 12:24.870 Right. 12:25.360 --> 12:27.490 Just go ahead inside this page. 12:27.490 --> 12:29.620 And here we just I. 12:31.340 --> 12:36.380 Close, so zero heroes and heroes relicensed. 12:39.460 --> 12:42.550 OK, so you'll be finding now we have a seven and seven. 12:42.580 --> 12:45.890 So at least be able to at least compute single just right. 12:53.060 --> 12:58.310 Now, if I just try to fit, we will be noticing seven plus seven is forty eight. 12:59.290 --> 13:04.050 So this is how you use an IP and transmission to verify check.