WEBVTT 00:00.060 --> 00:03.710 So let's try to understand how we can generate a first class like signal. 00:03.790 --> 00:13.770 OK, so for this, what we'll do is we'll keep one off and stimuli for another signal to be generated 00:13.770 --> 00:15.630 from this process for other. 00:16.440 --> 00:22.010 OK, we'll try to use the false clock like signal to generate a stimulus. 00:22.350 --> 00:28.270 In fact, remember that we'll be preferring to go with the false clock when we have a single bit signal. 00:28.320 --> 00:28.620 Right. 00:29.220 --> 00:32.500 Or a single button for which we are generating the stimuli. 00:32.520 --> 00:38.040 But here also we can, in fact, walk around with a bet from a vector and can generate a. 00:39.010 --> 00:44.680 A complex stimulus for a complex kind of stimulus for us, so we'll proceed with the process, OK, 00:45.070 --> 00:52.450 for generating a signal, we need to first make our process sensitive to the signal for which we are 00:52.450 --> 00:53.590 generating a signal. 00:53.620 --> 00:55.180 So, for example, here. 00:57.950 --> 01:03.530 What we want is we will be generating a stimulus money, so we'll be making our process insitute. 01:04.040 --> 01:06.260 OK, then we like to begin. 01:08.300 --> 01:10.880 And finally and and. 01:11.840 --> 01:12.450 Thrusts. 01:12.840 --> 01:17.480 OK, so here now what we do is we just try to. 01:18.740 --> 01:20.360 I saw a. 01:23.590 --> 01:24.590 OK, so easy. 01:24.720 --> 01:28.920 That is a little bit of our victory should be Questa not. 01:32.160 --> 01:32.580 OK. 01:35.170 --> 01:36.970 Then what will do is. 01:38.120 --> 01:41.960 We'll just use after OK, then, in the second. 01:43.030 --> 01:48.070 Then we want even to be close to of. 01:48.950 --> 01:58.520 Even after twenty nine, so there should be some distinction between the period for different bits as 01:58.520 --> 02:03.840 what will happen is believable to just chindi to and if that is either all true or all. 02:04.090 --> 02:05.910 And that is not what we want. 02:06.170 --> 02:11.050 So for that reason, we have utilized different period for each. 02:11.140 --> 02:14.810 But we do to decision 15 and the second. 02:16.640 --> 02:21.230 And then finally, three should be close to. 02:24.370 --> 02:25.300 Notthoff. 02:29.340 --> 02:30.000 A3. 02:31.790 --> 02:34.570 After Lucetta 49. 02:35.180 --> 02:41.690 OK, so this is how you generate a clock, so you process, you started the process, then you specify 02:42.080 --> 02:47.180 the variable for which you are generating the clock inside the sensitivity list, then you add up. 02:47.840 --> 02:48.300 OK. 02:49.550 --> 02:55.400 Then we can just use the word evil or signify for which we are generating the clock, so the signal 02:55.740 --> 02:57.350 equates to knock off signal. 02:57.590 --> 03:02.750 OK, and then we can use and after the period, OK, so this is how you can generate the clock will 03:02.750 --> 03:08.590 also look another way to generate the clock first will just demonstrate that the school is working fine. 03:08.600 --> 03:14.420 They will just re launch a simulation and see whether the school is still working fine and be able to 03:14.420 --> 03:16.080 see the clock like signal for. 03:16.400 --> 03:17.500 So we'll just go ahead. 03:18.200 --> 03:22.430 And now if you just try to Sumant or if we find it, we get a continuous. 03:22.880 --> 03:26.000 OK, that basically means we are getting a continuous signal. 03:26.000 --> 03:32.480 And if you just try to click on the arrow that you get on that victory, OK, you'll be noticing that 03:32.480 --> 03:38.180 we will do generator clocks again, this different clock signal with the different corporate able to 03:38.180 --> 03:39.740 generate a different value for us. 03:39.930 --> 03:46.580 So it'll be fine if we get a whole lot of values and then we can generate a design or we can test design 03:46.590 --> 03:47.710 for different values. 03:47.760 --> 03:53.650 OK, so this is one off of it where you have used easy equal to not offer you zero after ten. 03:54.290 --> 03:58.070 OK, so the other way around this, if we just remove one of. 03:59.150 --> 04:01.520 The bit from here. 04:03.140 --> 04:05.540 Let it decide process. 04:05.960 --> 04:09.370 OK, again, we'll make it sensitive to any OK. 04:11.030 --> 04:11.890 Will begin. 04:13.610 --> 04:15.560 Then we learned a process. 04:15.650 --> 04:16.870 OK, this is pretty much. 04:17.420 --> 04:21.590 Now we just need to generate a stimuli for our victory of victory. 04:21.650 --> 04:23.240 OK, so how vision did that? 04:23.240 --> 04:29.220 So E3 should be close to north of E3, OK? 04:29.660 --> 04:36.000 And then we can just wait for the period that we get esten. 04:37.260 --> 04:39.870 OK, so this is a date that Fevre. 04:55.000 --> 05:01.830 So when we use a vote, we will just be removing the sensitivity of this process. 05:01.880 --> 05:06.760 OK, so we'll just use three blocks north of it and wait for a nanosecond. 05:07.020 --> 05:08.690 OK, and then in-process. 05:08.710 --> 05:12.600 So this is the second way to generate the complex stimuli. 05:12.610 --> 05:13.840 And if you just simulate. 05:17.370 --> 05:22.310 So if you just launch a simulation, you need to see the form of it and then the second on the.