WEBVTT 00:00.540 --> 00:08.100 Barrage of support for rotation's, OK, so there is a common circuit and a signal processing application 00:08.100 --> 00:15.090 where you want to perform a shift operation in a single second battleship to implement the shift operation 00:15.090 --> 00:16.890 without using a sequential circuit. 00:16.890 --> 00:23.550 And hence that give us an ability to perform the different shift operation in a single clock cycle. 00:23.610 --> 00:26.730 OK, so we will assume that we have to selection. 00:27.210 --> 00:28.520 OK, pseudosciences. 00:28.990 --> 00:35.540 OK, so this allows us to have a full shift operations and will assume that we are implementing only 00:35.580 --> 00:36.840 a right shift operation. 00:37.410 --> 00:45.420 So size zero means we will be shifting zero position in the right direction when we write S.R. one will 00:45.420 --> 00:51.600 be shifting the positions by one and then so on and so forth. 00:51.650 --> 00:53.550 OK, so let's assume that we have an. 00:55.000 --> 00:57.630 Value SFI zero, right lightwater. 00:57.970 --> 01:05.950 OK, so does that in input OK to shift or average shift and then depending on the value that we see 01:05.960 --> 01:10.350 to zero zero and one will be getting there. 01:10.530 --> 01:14.980 So when we apply zero zero, so we wouldn't be having an issue. 01:15.010 --> 01:17.750 So in that case, output will simply be following an input. 01:17.780 --> 01:19.750 So it should be right when. 01:20.170 --> 01:20.920 Right when. 01:20.940 --> 01:27.400 Right when we sit doing and we are targeting a right shift to zero will come over here. 01:27.880 --> 01:30.010 Similarly, y when we come over here and. 01:30.010 --> 01:30.310 Right. 01:30.310 --> 01:36.100 We will come out here and then this victory will be coming of this. 01:36.190 --> 01:41.540 This will be how shifting operation will be done when we have one zero. 01:41.560 --> 01:43.090 So we will again shift Vivan. 01:43.150 --> 01:45.380 So Y three will be coming over here. 01:45.400 --> 01:49.450 Then we have rights and Vivan and finally y two of you. 01:49.480 --> 01:58.540 So if you just compare ok so y to have shifted one and two position and equal a number of this one zero 01:58.540 --> 01:59.960 is to OK. 02:00.610 --> 02:02.340 Similarly for one one. 02:02.740 --> 02:03.140 Right. 02:03.140 --> 02:04.660 You will be coming over here. 02:04.660 --> 02:04.980 Right. 02:05.020 --> 02:06.250 We will be going on here. 02:06.250 --> 02:06.680 Right. 02:06.700 --> 02:10.620 You will be going over here and then we have envie when we're here. 02:10.660 --> 02:10.990 Right. 02:12.060 --> 02:17.640 So this are the series of operation that we want to perform and we'll use and to eschew and to implement 02:17.640 --> 02:18.330 this operation. 02:18.360 --> 02:21.570 OK, so let's just add it marks that we want. 02:29.110 --> 02:35.910 OK, so let's assume that all the select line of this column are connected together to an zero. 02:36.370 --> 02:41.580 Similarly, all the selection of this through this column will be connected to a.. 02:42.580 --> 02:46.450 So we have zero one since this is two is two and mux. 02:47.050 --> 02:47.470 Right. 02:48.810 --> 02:51.630 Similarly, we also have a 011 over here. 02:53.900 --> 02:59.270 So this represent Darrian crusade and then this represents how so that. 03:02.560 --> 03:04.210 And then we have. 03:06.410 --> 03:10.410 Completed all the marks that is required to implement this circuitry. 03:10.670 --> 03:12.340 So four zero zero. 03:12.630 --> 03:16.110 OK, when we have zero in here and when we have zero here, OK? 03:16.160 --> 03:20.860 So when we have a zero here, this whatever we have at this line will be selected. 03:21.170 --> 03:21.580 Right. 03:21.980 --> 03:25.190 And then finally, we want. 03:26.640 --> 03:35.070 It do we go from here to here, right, to when we see that we have a 087, so whatever we have at this 03:35.070 --> 03:36.090 line will be selected? 03:36.120 --> 03:42.270 OK, so in that case, we want if we have an input, as you so we should be getting it right. 03:42.510 --> 03:44.880 So let us assume that we have connected with here. 03:45.630 --> 03:48.620 So once we connect our feed, why is it all here. 03:48.900 --> 03:54.420 So once as OK will be getting zero in here and then we'll disconnect the school. 03:54.570 --> 04:00.570 So once we can take this to line, they'll be finding now at this position we have a zero and four and 04:00.570 --> 04:02.320 output will be having a visit. 04:02.400 --> 04:04.620 Similarly, when we want. 04:06.370 --> 04:07.210 Vivan. 04:08.880 --> 04:15.540 Why two and why three, what we'll do is we'll disconnect why when we're here, right here and right 04:15.540 --> 04:20.810 through here, and then we'll just connect this to this makes sense. 04:21.480 --> 04:23.880 So when we apply zero, why zero? 04:23.880 --> 04:25.150 Why one to were right? 04:25.170 --> 04:29.600 We will be at the output of the first 12 months that we have. 04:29.880 --> 04:37.110 And then since here we have a zero, we have connected this output to those zero spin off our second 04:37.440 --> 04:37.860 column. 04:38.610 --> 04:45.240 So for the first year when we have both, zero will be getting y zero y one way to and right as expected 04:45.300 --> 04:50.910 right now we'll just change our culture so that it won't be creating a confusion. 04:51.840 --> 05:01.500 The next operation is when there is zero zero zero and S1 is one, so here now the line that will be 05:01.500 --> 05:03.210 used is this right? 05:03.260 --> 05:04.860 So line No. 05:04.860 --> 05:06.000 One will be using. 05:08.510 --> 05:14.940 We need to feed here according to an output rate to four zero. 05:14.970 --> 05:19.180 We require to have a vital rate to four zero. 05:19.180 --> 05:20.420 We required to have a victory. 05:20.650 --> 05:24.050 And we know that since here we are getting to zero. 05:24.150 --> 05:26.330 So the here will be getting why zero? 05:26.760 --> 05:31.190 You will be getting Vivan here, will be getting to and here will be getting right. 05:31.320 --> 05:35.990 So we cannot just use this again to revitalize our first option will be working. 05:36.030 --> 05:36.300 Right. 05:36.870 --> 05:40.890 So the only choice that we have is to connect this to. 05:42.050 --> 05:42.590 The. 05:44.120 --> 05:45.170 Why tree line? 05:45.200 --> 05:55.240 We're here to we'll just be connecting our first pen of the first Moakes to White, OK, for a second 05:55.280 --> 05:56.270 we required. 05:57.420 --> 05:58.120 Why zero? 05:58.320 --> 06:00.690 Right, so we'll just be feeding this lame. 06:01.600 --> 06:08.800 OK, so we'll just be connecting this line to PIN number one of our inbox, then we require Vivan. 06:09.040 --> 06:15.020 OK, so we'll just be feeding this over here and for the last we require. 06:15.040 --> 06:15.370 Right? 06:15.370 --> 06:15.690 Right. 06:15.690 --> 06:20.880 So we'll just be feeding this to the PIN number one. 06:21.010 --> 06:21.250 Right. 06:21.280 --> 06:22.170 This makes sense. 06:23.730 --> 06:28.970 So when we have a zero, we will be having zero, one, two and three and will we have one? 06:28.980 --> 06:30.600 So whatever we have at line No. 06:30.600 --> 06:37.290 One will be given that an operation will just cross this now they'll be finding that this one is connected 06:37.290 --> 06:38.360 to to life. 06:38.490 --> 06:39.710 And here we have like three. 06:39.750 --> 06:41.340 So here will be getting three. 06:41.810 --> 06:44.760 OK, this is connected to Y zero. 06:44.820 --> 06:46.410 So he will be getting Y zero. 06:46.440 --> 06:49.160 This is connected to Y when you will be getting right when. 06:49.170 --> 06:50.310 And this is connected to. 06:50.310 --> 06:50.810 Right. 06:50.820 --> 06:51.130 Right. 06:51.750 --> 06:53.430 So here we have connected it. 06:56.680 --> 07:05.850 OK, so we'll be getting like this for the case of Zetlin, for this case, we get Y three, OK, why 07:05.860 --> 07:07.750 zero y one nine right. 07:07.990 --> 07:11.440 To expect right now we move on to a next step. 07:11.440 --> 07:14.620 That is we are playing with Nancy, Willagee and Jean-Jacques. 07:16.110 --> 07:20.220 OK, so now we are feeding one and zero here, right? 07:20.490 --> 07:24.970 So when we see that we will be using a zero, so will be working on this later. 07:25.020 --> 07:25.350 Right. 07:26.250 --> 07:33.090 So we need to know we have a flexibility that whatever we want, we can just be adding on this line, 07:33.090 --> 07:33.710 number one. 07:33.930 --> 07:39.740 And then since we have one at this selection, it will automatically be chosen. 07:39.900 --> 07:40.080 Right. 07:40.100 --> 07:47.970 So first we want to understand by then we want Y three, then we want Y zero and Y, right. 07:48.210 --> 07:51.040 So we want y to write reviser or environ. 07:51.060 --> 07:55.530 So once we apply one automatically, we'll be getting right here. 07:55.920 --> 07:57.550 Will we get it right through here. 07:57.890 --> 08:01.890 Be getting Y zero here and then we'll be getting Y one over here. 08:02.150 --> 08:03.900 OK, and then here we have. 08:04.890 --> 08:05.920 She wasn't zero. 08:06.270 --> 08:06.930 OK, so. 08:08.020 --> 08:15.940 We are ultimately getting here, so this will be connected to zero, so I too will be connected to a 08:15.940 --> 08:17.220 zero similarly right. 08:17.250 --> 08:22.060 We will be connected to zero zero will be connected to zero one will be connected to zero. 08:22.390 --> 08:30.130 And in that case, that will be getting is why to why three visalo and why. 08:30.160 --> 08:31.360 And this is what we want. 08:31.360 --> 08:31.630 Right. 08:31.660 --> 08:35.170 You can guess or you can compare this with the Stupples. 08:35.410 --> 08:40.810 And the good part is once we build up our once we can form three state, it will start working for the 08:40.810 --> 08:41.470 rest of the state. 08:41.980 --> 08:45.600 So, for example, let's see what will happen to the state. 08:45.680 --> 08:48.980 So we'll just Jokela will choose a black. 08:49.270 --> 08:56.290 OK, so when we apply one and one, when we apply whatever we have, whether one will be choose to hear 08:56.290 --> 09:02.620 will be getting right to OK then here at when we have like three then at. 09:03.730 --> 09:08.720 This marks we have zero and then for this mux, we have why, right? 09:09.610 --> 09:13.090 So remember that this line will be chosen for this. 09:13.570 --> 09:16.060 We are connecting it to here and there. 09:16.070 --> 09:17.470 We have a sequence here. 09:17.480 --> 09:22.150 We'll be getting ready for this when we have connected it over here and here. 09:22.150 --> 09:27.400 We have too OK for this one we have connected over here for which we have three. 09:27.790 --> 09:33.120 And then here we have Y C, right. 09:33.340 --> 09:42.010 So you'll be finding if we just now getting wavin why to Y three and one is you. 09:42.040 --> 09:44.350 And if you just compare this is what we've done. 09:44.740 --> 09:45.130 Right. 09:45.400 --> 09:50.160 So this will be a circuit that will be utilized to implement battleship. 09:50.470 --> 09:56.350 OK, so now will implement a box and then we'll follow this connection to implement the final design 09:56.380 --> 09:56.770 with an.