WEBVTT 00:00.060 --> 00:04.560 Now, what we want to do is will be understanding the differences between the research, so we apply 00:04.560 --> 00:11.730 some round of stimulus to early and we'll be observing how our system behaves when we have another synchronicity 00:12.010 --> 00:13.470 and synchronicity. 00:13.740 --> 00:18.270 Rachel, let me just go ahead and try to perform a simulation, right? 00:18.270 --> 00:24.030 So first, we are working with an Earth synchronous visa, so this won't be waiting for the clock to 00:24.030 --> 00:24.480 arrive. 00:24.570 --> 00:24.930 OK? 00:25.410 --> 00:29.250 It will be automatically sensing a reset and then applying a value add deal. 00:29.250 --> 00:35.490 Whereas when we consider the synchronous decision that gives our system will wait for a clock to arrive, 00:35.520 --> 00:39.510 then research will be sent and then we'll be updating a deal so far. 00:39.900 --> 00:41.880 We could just right click on a clock signal. 00:42.300 --> 00:47.790 Use of force clock and let it just use a leading edge as zero. 00:47.840 --> 00:48.090 Right. 00:48.090 --> 00:51.060 So first, we have zero value, then we have one value. 00:51.310 --> 00:56.250 OK, so there is some time delay that we get for between the first blockage, right? 00:56.460 --> 01:02.010 And that basically will help us to understand the behavior difference between asynchronous and synchronous 01:02.010 --> 01:02.580 reset, right? 01:02.940 --> 01:08.140 And the period that we'll be using is hundred nanoseconds right now for reset. 01:08.190 --> 01:08.760 Then it just. 01:09.760 --> 01:12.880 Use of words constitute and apply the value of one. 01:13.350 --> 01:18.370 OK, this will be doing for a few nanosecond and then we'll be reviewing the recent Great and Clardy 01:18.730 --> 01:21.020 again, use of force luck in this case. 01:21.040 --> 01:26.260 Let me just use one to settle in the period of three hundred nine. 01:26.710 --> 01:26.970 Right? 01:27.380 --> 01:28.960 They just try to execute the code. 01:29.860 --> 01:37.720 Now, if you just observe the schematic that we get right, OK, now, since the reset is high rate, 01:37.720 --> 01:38.650 the reset is high. 01:38.800 --> 01:41.350 And here we have our first lock straight. 01:41.350 --> 01:42.880 So if I just zoom in a bit. 01:43.030 --> 01:46.240 So this is our first positivity rate. 01:46.600 --> 01:54.060 And since the type of risk that we have utilizes our synchronicity, you would really notice that IDL 01:54.130 --> 01:56.170 is zero right from here, right? 01:56.380 --> 01:59.050 Even though the first blockage arrival here. 01:59.290 --> 02:07.260 But still, the system is able to sense the reset value here and he will to make idols right. 02:07.270 --> 02:13.420 So this will be the case when we use another synchronicity set right and then the output will be to 02:13.660 --> 02:15.640 zero because reset to all time. 02:15.880 --> 02:23.200 So let's just try to make reset zero and try to observe whether be able to get the DNA from one end. 02:23.740 --> 02:30.780 So we'll just be removing or reset and then read any GUI simulation four thousand nine second. 02:30.840 --> 02:35.320 Right now, you can clearly see that as soon as we remove the reset. 02:35.380 --> 02:35.750 OK. 02:35.770 --> 02:39.670 So depending on the clock, we will to follow that. 02:40.290 --> 02:40.540 Right. 02:40.550 --> 02:43.440 So here we have our first positivity rate. 02:43.450 --> 02:47.590 So here, here we have a zero value of an antidote to zero. 02:47.950 --> 02:50.080 If you observe the positive age here. 02:50.090 --> 02:53.050 Also, we have a zero value inside the out to zero. 02:53.320 --> 02:55.350 But if you observe the third positive. 02:55.630 --> 03:00.990 So here we have value of one night, hence the outis one in the next piece of it. 03:01.000 --> 03:05.110 Since Dean is falling to a zero, the out is all right. 03:05.380 --> 03:07.810 So this is correctly falling of evil, right?