WEBVTT 00:00.060 --> 00:04.790 So let's try to consider different scenarios by which you can apply stimulus. 00:05.250 --> 00:10.930 So first we'll understand how we can generate false constant like stimulus. 00:11.370 --> 00:15.090 OK, and then we'll understand how we can generate a clock like stimulus. 00:15.140 --> 00:16.350 OK, so. 00:17.940 --> 00:23.550 If you have decided that you do not want to use a process, OK, so we will understand how we generate 00:23.550 --> 00:26.880 a false conscience like stimuli without using a process. 00:27.170 --> 00:28.170 So you just go ahead. 00:28.560 --> 00:33.180 Is one of your signal for an input? 00:33.840 --> 00:35.600 B is also an off your signal. 00:35.610 --> 00:38.160 OK, so far this two signals. 00:38.160 --> 00:41.760 You want to generate a stimulus that is a dummy to be close to. 00:43.330 --> 00:44.980 Zero one zero. 00:45.310 --> 00:45.750 OK. 00:47.020 --> 00:54.820 And then what you can do is, OK, this is how you generate a single stimulus. 00:54.940 --> 00:56.590 OK, so one, one, one. 00:57.370 --> 00:59.590 OK, so this is how you generate a single stimulus. 00:59.770 --> 01:04.850 Now, if you want to do the multiple stimulus, so they must be separated by some time. 01:05.970 --> 01:10.850 OK, so what we do is let us assume that we have already initialized and B to A zero. 01:10.870 --> 01:13.900 So we want this value for 10 nanoseconds. 01:14.050 --> 01:16.770 So this value should be foo's after 10 nanoseconds. 01:16.780 --> 01:26.550 So we just need to include after ten, nine years and we will automatically force E to Seeto one one 01:26.560 --> 01:33.630 zero after then a second, then we will be full single digits in one zero one zero after 29. 01:34.960 --> 01:42.510 OK, so what will happen is that from zero to 10 nanosecond you have all zero from 10 to 20. 01:42.520 --> 01:50.040 You have this one zero one one zero and then from 20 to 30 we will have this value. 01:50.050 --> 01:52.500 So we will change our value at thirty nine. 01:53.050 --> 01:59.100 So we'll just make it as zero one one one zero zero after thirty nine. 01:59.590 --> 02:05.170 OK, so this is what we want and we also will do to stimulate like this. 02:05.180 --> 02:09.450 So 10 nanosecond we have this value that is all one. 02:09.460 --> 02:14.840 Then we have to do one one zero after twenty nine the second. 02:15.030 --> 02:22.300 OK, and finally we have one zero zero zero after thirty nine second. 02:22.480 --> 02:29.020 OK, so we know this thing when we are generating a different stimulus, we are using comma to separate 02:29.200 --> 02:32.670 different stimulus and after work it out. 02:33.120 --> 02:33.220 OK. 02:33.300 --> 02:36.280 So this is how you generate a full scale like. 02:37.900 --> 02:41.020 Stimulus without using a process. 02:41.050 --> 02:41.270 OK. 02:41.320 --> 02:44.390 So what we'll do is we'll just see whether this could work. 02:44.430 --> 02:49.660 So we'll go ahead inside of while and we'll just perform behavioral simulation. 02:49.840 --> 02:50.150 OK. 02:50.170 --> 02:56.050 So if everything goes fine, you'll be automatically seeing all the stimulus we generated for a year 02:56.340 --> 02:58.980 and we can then compare it with an output. 02:59.030 --> 03:02.490 OK, remember that duty consists of an operator. 03:02.800 --> 03:04.930 So we are expecting the result of. 03:04.930 --> 03:05.630 All right. 03:06.460 --> 03:08.590 So here you'll be observing some. 03:11.500 --> 03:13.000 Series of stimulus. 03:13.040 --> 03:19.420 OK, so what we'll do is we'll just try to tease the relics to a binary so that it becomes very easy 03:19.420 --> 03:21.160 to manipulate tourism to right. 03:21.160 --> 03:26.620 Click on and before then, you'll be finding relics just to find it. 03:27.100 --> 03:34.390 Similarly, you will be changing the meta binary and the result will also be changed to and by now you 03:34.390 --> 03:41.890 can just do it and it'll be noticing when we have zero, the result of it at zero when we have zero 03:41.890 --> 03:44.770 one one zero and one one one one. 03:45.010 --> 03:50.890 So in that case, if you are, this two will get all you can, in fact, observe the value over here. 03:50.920 --> 03:53.230 So here also you see the object. 03:53.740 --> 03:57.650 You just need to place a marker so that will represent your type. 03:58.180 --> 04:00.400 OK, or at the macro position. 04:00.400 --> 04:03.530 And you also be able to see the values over here, OK? 04:03.580 --> 04:06.790 In fact, you'll be finding that if you just click on an edge. 04:06.910 --> 04:10.930 So here from zero to 10 nanoseconds, you have zero. 04:11.290 --> 04:14.910 Then from twenty ten to twenty, we have the next stimuli. 04:14.920 --> 04:18.030 Similarly, from 20 to 30, we have a next similar. 04:18.280 --> 04:21.580 And from 13 the onwards we have our finest tool. 04:21.680 --> 04:25.120 OK, so here you successfully able to generate the stimulus. 04:25.150 --> 04:29.680 Now we'll just work and we'll try to understand how we can be helpful. 04:29.710 --> 04:31.270 Swanstrom with. 04:32.310 --> 04:41.280 The use of a process, right, so we'll just proceed now what we'll do is we'll just keep this. 04:42.460 --> 04:49.720 As it is inside of you, you'll also get the help if you do not understand a good leader. 04:49.750 --> 04:53.010 OK, now we'll proceed with the process, OK? 04:53.050 --> 04:57.610 And here we are doing that process to not have any sensitivity. 04:57.670 --> 05:02.170 Let's remember that whenever process do not have any sensitivity. 05:02.370 --> 05:05.410 So this is enough to hide your simulator. 05:05.770 --> 05:13.930 OK, so first thing, when you write the process is to Alawite students who want to Alawite statement 05:14.720 --> 05:17.000 will be immediately finding that one needs to go. 05:17.060 --> 05:25.090 And so if I just remove the filing process will issue an error that is a chosen warning that we have 05:25.090 --> 05:26.470 a possible infinite loop. 05:26.470 --> 05:31.490 And this will seriously divide the simulator if you do not Alawites. 05:31.900 --> 05:38.080 OK, so when you have decided that we would be proceeding with the process statement for generating 05:38.080 --> 05:44.860 a false concern like stimuli, the first thing that you should always do is after you write the forces, 05:44.860 --> 05:50.620 OK, and then process just before any process. 05:50.690 --> 05:54.560 I try to see it later on when you can do to stimulate. 05:55.030 --> 06:01.660 You will be forgetting right now, really try to generate the steam civil right so E will be the tool. 06:01.780 --> 06:05.380 This is the first rally that we've used to zero one one zero. 06:07.000 --> 06:09.820 And then we will be close to. 06:11.260 --> 06:12.730 One zero one zero. 06:13.330 --> 06:16.210 These are the two stimuli that we have. 06:16.650 --> 06:22.900 OK, and this was after 10 nanoseconds for our first 10 nanoseconds, we have value of seat. 06:23.190 --> 06:30.660 OK, so to create a time delays in the second method that we are using, a process we stick with. 06:30.960 --> 06:33.690 We wait for ten, nine the second. 06:34.510 --> 06:38.260 So this stimulus will be generated after 10 nanoseconds. 06:38.260 --> 06:41.700 OK, and then we can again wait for 10 nanosecond. 06:41.890 --> 06:48.910 We can then fool sat next to the next value that we want is one zero one zero. 06:49.450 --> 06:52.630 OK, similarly for Obi we wish to have. 06:53.530 --> 06:57.430 Zero one zero or one two, right? 06:57.910 --> 07:03.540 And then again, we'll just wait for 10 nanoseconds, then we will be conducting our final stimulus, 07:03.700 --> 07:06.470 OK, which is zero one zero zero. 07:06.880 --> 07:10.460 OK, and we need to be close to one zero zero. 07:10.530 --> 07:14.230 See that since it is a multiple. 07:14.260 --> 07:15.360 Well, OK. 07:15.360 --> 07:21.590 And then we already have our data bit stupid so we can skip adding. 07:21.610 --> 07:23.860 Wait for the signal if you wish you can. 07:23.860 --> 07:25.230 Just out of eight 14. 07:25.810 --> 07:26.080 Right. 07:26.440 --> 07:33.730 So this is how you use the process if you want to generate a false question like stimulus, OK, and 07:33.730 --> 07:37.510 then you generate a stimulus for A and B and then you use A it. 07:37.930 --> 07:41.850 So if you do not want to use the process, you need to use a common after. 07:42.400 --> 07:47.120 Whereas if you want to stick around with the process, then you need to use a veto. 07:47.920 --> 07:54.310 So let me just see you go and try to relaunch the simulation and see if this code works in a similar 07:54.310 --> 07:54.730 fashion. 07:54.760 --> 07:58.070 OK, so here we have a change in input and proposal. 07:58.150 --> 08:04.690 Instead of going to run simulation and performing a behavioral simulation, we can just click on Reland 08:04.700 --> 08:07.690 Simulation until unless you do not change your. 08:08.920 --> 08:13.060 We can use a relaunched simulation to refresh our simulation. 08:15.740 --> 08:21.590 Now, if I just go to an untold and we will be observing the reform at the beginning, and if I just 08:21.590 --> 08:26.880 try to zoom in, you'll be finding for both zero, we have zero to 10 nanoseconds. 08:27.260 --> 08:32.690 Then the next tumulus is still 29, 30 and so on and so forth. 08:33.380 --> 08:34.700 And it'll be finding that. 08:34.700 --> 08:41.690 The researchers also see that is if you just performing or in between these two will be finding we have 08:41.690 --> 08:43.670 one one, one seed and so on. 08:43.670 --> 08:44.080 And so. 08:45.760 --> 08:52.430 So those are the two matters that can be used to generate a false constant like stimulus. 08:52.790 --> 08:53.190 OK. 08:54.500 --> 09:01.010 So you can either proceed to generate a Cibolo without using a process where you will be using an officer 09:01.610 --> 09:05.360 and then you use a comma to distinguish between the different process. 09:05.600 --> 09:11.480 OK, with a different time period, or you can use a process where you can pass a different stimuli 09:11.480 --> 09:12.620 and then you can use it. 09:13.400 --> 09:19.220 Right now you have at least a fundamental understanding how we use a false constant to generate a stimulus. 09:19.250 --> 09:25.370 Now, what will target is we'll try to understand how we can do the full scale stimulus.