WEBVTT 00:00.090 --> 00:06.440 So let's try to implement a complex circuits such as a big counter, which is operating in and of itself 00:06.690 --> 00:11.420 as we produce further, will try to lower complexity and control inputs to account. 00:11.820 --> 00:21.180 OK, so we have a clock reset and only three pins are there will proceed with the process and then we'll 00:21.180 --> 00:22.890 make our process until two o'clock. 00:22.920 --> 00:30.810 Let us assume that the reset that we are targeting for the controller consideration is synchronous reset 00:30.810 --> 00:34.560 to proceed with the rising age of a clock. 00:35.910 --> 00:40.950 Then we will just sense that you have an idea about this. 00:41.190 --> 00:44.490 So whenever we are implementing a synchronous reset. 00:44.520 --> 00:51.780 So first we sense a clock and then we sense, at least in this case, the old should be equal to it 00:52.320 --> 00:53.480 because research is high. 00:54.300 --> 00:58.410 So it that can be defined like this. 00:58.420 --> 01:05.970 So X defining that we are supplying a number similar format and it will be simply adding to the El's. 01:07.390 --> 01:10.070 The will be was to be a plus. 01:10.360 --> 01:16.810 OK, so since we are targeting only for an up counter, so we will be OK with your placement and you 01:16.810 --> 01:22.990 already know that we'll get an error because we are utilizing an automatic operator and we have to include 01:22.990 --> 01:26.450 the libraries, which are mandatory for utilising an automatic. 01:27.490 --> 01:28.420 So just go ahead. 01:29.110 --> 01:35.110 We'll include I don't normally stand as a first library. 01:35.770 --> 01:42.220 And then the second library be required since we are working with the standard and the psychological 01:42.220 --> 01:43.360 tests correctly today. 01:44.300 --> 01:48.140 OK, so unsane library is also reminded. 01:50.210 --> 01:56.570 So once you add this to libraries, you'll be noticing that there that we are finding on line number 01:56.930 --> 01:57.520 will on. 01:59.580 --> 02:06.990 OK, but here now you have something different that is there is not really from an output object and 02:06.990 --> 02:07.950 this is the difficulty. 02:08.250 --> 02:14.100 So when you have your output object on the left hand side, so it will create a problem. 02:14.100 --> 02:21.260 But if you want to reuse some value of an apple, you cannot simply walk around with an output. 02:21.420 --> 02:28.260 And that we have looked when we discussing about a SO to do have a situation, we require to have a 02:28.260 --> 02:33.660 signal to signal let us said the term sender. 02:33.810 --> 02:39.150 This logic and this call vector and the size should be seven down to zero. 02:39.630 --> 02:42.910 OK, and let it just initialize this to what you. 02:45.240 --> 02:50.380 OK, now, instead of a vote, we need to step right? 02:50.640 --> 02:54.060 So we do not have any other choice than to go with the. 02:55.670 --> 02:59.770 Tampa, Tampa, close to 10 plus one. 03:00.580 --> 03:02.620 Similarly, heroes will use Tim. 03:04.330 --> 03:07.200 So now we're finding that there that we are getting is gone now. 03:07.270 --> 03:12.450 OK, but one more thing that we need to do is to connect the output to Twitter. 03:12.580 --> 03:12.810 Right. 03:12.830 --> 03:20.050 So first, we will end the process now, since the signal have a global scope so we can access them 03:20.050 --> 03:20.980 outside the process. 03:21.280 --> 03:25.550 OK, so once we complete all the algorithm, that is what we are doing over here. 03:25.570 --> 03:30.930 So once we complete all the process, what we'll do is we'll just assign a deal to be close to to. 03:32.310 --> 03:38.220 OK, so this concludes our entire call, know, what we'll do is we'll go ahead and will perform a simulation 03:38.220 --> 03:44.130 because that will give us an idea about the correct functionality of our count. 03:44.170 --> 03:49.200 OK, so what we did is we work around to implement asynchronous research. 03:49.290 --> 03:53.320 OK, so first we are sensing the blockage, then we are sensing a reset. 03:53.710 --> 04:00.930 OK, and since we want to reduce our legal counsel, we have declared a temporary OK, so time is zero 04:00.930 --> 04:04.020 and reset is high and stamp is simply going up. 04:04.020 --> 04:04.210 Right. 04:04.260 --> 04:07.820 And finally, once we are in the process, we are connecting the at. 04:08.890 --> 04:11.420 I will go ahead, will perform a simulation. 04:19.430 --> 04:24.200 And we just need to circle, so first will force the clock one to zero. 04:24.230 --> 04:29.470 Let's assume that the parade is a nanosecond and first we'll make our research high. 04:29.520 --> 04:32.300 So once we make a reset high, our output should be zero. 04:32.580 --> 04:32.830 Right. 04:33.320 --> 04:37.820 So if you just two and three tarvin, they'll be finding we have a valid clock cycle, but still the 04:37.820 --> 04:38.620 output is huge. 04:38.640 --> 04:46.220 And once we remove the reset, OK, by using a false constant, applying a value of zero, you'll be 04:46.220 --> 04:49.310 noticing that we will to see an. 04:50.520 --> 04:58.150 Up, going up, and that can actually be verified by going into the Australian choosing and still be 04:58.210 --> 05:00.490 finding out we have a positive slope. 05:00.990 --> 05:02.450 So the camera is working fine. 05:02.490 --> 05:07.530 Now, what we'll do is we'll add some modifications so that we make our account a bit more complex. 05:07.560 --> 05:13.590 OK, so let's assume there is one more control point which will decide whether we want to go up or down. 05:13.640 --> 05:14.700 OK, so. 05:15.940 --> 05:25.210 Here we light up as when we open again and have a sight of single between surrender and the psychologic. 05:26.280 --> 05:28.350 So every citizen that is. 05:29.470 --> 05:38.380 And so, OK, so here what will be doing is if all is well in that case, are. 05:39.570 --> 05:40.800 Temps will go up. 05:43.330 --> 05:47.790 And our team will simply go to right. 05:48.580 --> 05:50.190 So this is what we'll be doing. 05:51.290 --> 05:53.720 As when we have our research. 05:54.110 --> 05:57.400 OK, so this is how you can incorporate the more controlled. 05:57.710 --> 06:02.370 OK, so let us go ahead and try to see whether things are working fine. 06:02.390 --> 06:02.630 Right. 06:02.650 --> 06:07.130 So for this, Eiffel's also we need to learn and write. 06:08.170 --> 06:14.530 So once we see a green indication, we can just move ahead and now we have added a new push to remember 06:14.530 --> 06:20.530 that we have a pretty dark so that we have added one move and we have digital logic. 06:20.530 --> 06:20.730 Right. 06:20.980 --> 06:23.650 So in that case, do not go with the relaunch simulation. 06:23.650 --> 06:31.480 Instead, go ahead with a run simulation of us, lose our previous simulation window, discard the waveform 06:31.480 --> 06:34.900 output, and then perform a behavioral simulation. 06:36.510 --> 06:44.000 OK, so if you just apply for Schlocker here, Sofus, clock one two zero. 06:45.020 --> 06:53.750 OK, and for resale, let's just apply first one so that this will set out to be close to zero, then 06:53.760 --> 06:57.770 will change the state of the up control thing, right. 06:57.780 --> 07:00.110 So first we'll set up to be close to. 07:00.140 --> 07:05.480 And so this will make sure that our counter will go up and will also force a reset to zero. 07:05.630 --> 07:05.910 Right. 07:06.380 --> 07:11.900 So if you just try to perform a simulation, you'll be seeing that our slope is bogus. 07:12.060 --> 07:12.330 Right? 07:12.330 --> 07:17.820 Click on the go to a phone sale and select analog will be finally that our hope is positive. 07:18.470 --> 07:20.300 And if you just Meeka. 07:21.280 --> 07:27.920 Of control and zero, in that case, you'll be noticing that our reform is going to right. 07:28.980 --> 07:32.460 So the mood control is also working fine. 07:32.550 --> 07:40.290 OK, now what we'll do is we'll add a provision where you can load account and then can start the counter 07:40.290 --> 07:41.400 from that specific. 07:43.580 --> 07:50.360 So, in fact, we can utilize the recipient for title to save resurges one to whatever we have at the 07:50.750 --> 07:56.330 Lord and will be lowering one 10 and then our country will start counting from that. 07:56.540 --> 07:59.640 But what we'll do is we'll keep open independent. 07:59.880 --> 08:02.590 So along with an up and we also have a loan. 08:03.470 --> 08:08.450 OK, and lower in the lead up and she'll have a say exactly. 08:08.930 --> 08:11.070 The equal to the size of our counter. 08:11.070 --> 08:11.330 Right. 08:11.350 --> 08:13.280 So it should be in standard. 08:15.550 --> 08:18.400 And this cold logic and Victor seven. 08:20.430 --> 08:21.720 Down to sue. 08:22.860 --> 08:23.220 They. 08:24.200 --> 08:30.110 So the logic will be said, but then term should be zero, and that's what we'll be doing it if. 08:31.560 --> 08:32.250 LOL. 08:33.200 --> 08:42.380 OK, which is the control that we have at it, if that is one in that case, in that case will be Luling, 08:42.380 --> 08:44.560 the camp with the looting value. 08:45.390 --> 08:48.960 So whatever value we specify, the looting will be loaded into a 10. 08:50.020 --> 08:53.600 And depending on the mood control bill. 08:55.160 --> 08:57.000 Will be simply going up or down. 08:58.010 --> 09:04.630 OK, so this makes it so we'll just make the alignment proper so that it won't be confusing, right? 09:05.330 --> 09:11.450 So this is first and if not for the logic that we have newly added, we need to add one more and. 09:11.690 --> 09:13.250 OK, and then. 09:14.440 --> 09:16.780 We now have full ministry, Nesterov State. 09:17.720 --> 09:23.210 So we'll just see why, since we have a great indication we're here right now, we since we have added 09:23.210 --> 09:26.000 a new poll for us to include our previous simulation. 09:27.400 --> 09:28.150 And then. 09:29.370 --> 09:31.770 Will perform a behavior simulation of. 09:35.480 --> 09:40.460 OK, so here was a clock one two zero. 09:41.830 --> 09:45.250 OK, and then we said, first we'll be making a high. 09:46.790 --> 09:54.080 OK, and then we'll be making low, so we'll be forcing it to zero, let us make our. 09:54.950 --> 10:02.600 Up to be close, you want to will be counting up, and first will Luling our country to how will we 10:02.600 --> 10:09.590 make a law high and Lowline will apply somewhere to do hexadecimal? 10:09.590 --> 10:10.060 Well, one. 10:10.190 --> 10:15.790 OK, but if you just try to perform a simulation, you'll be filing, even though the risk is low and 10:15.800 --> 10:20.790 up is high will be finding since loban is high, we have a fixed amount of OK. 10:20.850 --> 10:30.020 So as soon as we decide, as soon as we apply zero, we'll be finding that it will start counting up 10:30.020 --> 10:35.050 from the value that there is after one when we have one, two and three and so on. 10:35.090 --> 10:39.650 So I will make up zero. 10:40.770 --> 10:47.910 Then it will start again, counting down to if I just change the view from straight to an analog you'll 10:47.910 --> 10:50.680 be analyzing, it could be OK. 10:50.740 --> 10:53.070 So this is what the value that we have alluded. 10:53.280 --> 10:57.550 OK, so we have from zero directly going to one. 10:57.780 --> 11:00.560 This is the value that we have then we have up and down. 11:01.380 --> 11:04.980 So these are the frequently used controls that will be finding right now. 11:04.980 --> 11:11.400 You have an understanding how you use multiple vectors with behavioral modeling.