WEBVTT 00:00.270 --> 00:07.650 So before proceeding actually to someone, an architect of a gun, let us understand one of the details 00:07.770 --> 00:09.470 that we have for that device. 00:09.660 --> 00:09.850 OK. 00:09.850 --> 00:14.100 So we have 16 year, which is a popular version of we get to do this. 00:14.880 --> 00:19.710 So we just looked into an internal software just to delete whatever we are discussing how it has been 00:19.710 --> 00:20.860 mapped to an actual circuit. 00:20.880 --> 00:21.060 OK? 00:22.260 --> 00:23.130 So it's been noticing. 00:23.370 --> 00:25.480 We have, again, rules and OK. 00:25.750 --> 00:27.370 And here you have an angry. 00:27.730 --> 00:34.830 So this is a single language which we discussed and then these are the lines which basically represent 00:34.830 --> 00:35.220 an input. 00:35.250 --> 00:41.940 So for example, being number two, we have both a normal output and a the output of this input. 00:42.750 --> 00:43.140 So. 00:44.160 --> 00:50.540 If you want to connect this line to an end, you can just use this connection and if you want to connect 00:50.640 --> 00:53.250 complemented, I'll just use this to connect. 00:54.270 --> 01:00.600 So this is how in a typical in an actual circuitry or device look. 01:01.450 --> 01:08.110 And then we also have a region to actually read the data from this, so I guess for that reason we have 01:08.110 --> 01:11.860 this photo here, which again consists of a normal preventive complement. 01:14.050 --> 01:19.450 Other than that, we also have a plot which we have not discuss yet, and then we have an opportunity, 01:19.630 --> 01:24.400 you can get some insight into this all agates will be all together. 01:24.970 --> 01:32.030 So since it follows a programmable logic, so we have a programmable connection, but then output logic 01:32.050 --> 01:32.740 consists of. 01:33.840 --> 01:40.980 Fixed rates and then we finally have a certain combination to handle, and so if you just go below, 01:40.990 --> 01:42.740 you have two modes of operation. 01:42.750 --> 01:47.770 We have a complex mode of operation, that collection that are coming from an angle. 01:48.330 --> 01:53.120 So it and you are being connected together within Target. 01:53.730 --> 01:59.280 So we have an input argued with it, and then we can pass normal output to complement. 01:59.670 --> 02:07.230 So if you just apply one node here, so one XIV, anything will result in two a complement of that specific 02:07.230 --> 02:10.050 input, whereas if you just apply zero, we'll get the normal output. 02:11.640 --> 02:16.960 Then we have a traceroute so we can decide whether to parse this output to this point. 02:18.220 --> 02:23.440 So we can actually decide whether to pass the seed that we have and not destroy suitable for an output 02:23.980 --> 02:27.670 or whether to read the input from this. 02:28.060 --> 02:31.080 So this Spingarn configured as an input output. 02:32.870 --> 02:39.590 So when we are reading something from the pen, we will basically make this tri state before act as 02:39.590 --> 02:42.230 an hypertensives, so we'll be reading the state here. 02:42.620 --> 02:47.180 And when we want to write something to happen, we'll just short-circuit this. 02:47.210 --> 02:47.390 Right. 02:47.840 --> 02:50.050 So in the normal operation, this won't affect us. 02:50.510 --> 02:53.690 So this is no, this is what is present after an. 02:55.600 --> 03:05.800 And then we have a which is a simple word, we here, one of the nine percent is being used to control 03:05.800 --> 03:07.910 the operation of a buffer. 03:08.740 --> 03:10.810 So this is a complex mode of operation. 03:10.820 --> 03:13.390 And then we have a simple mode of operation that. 03:14.500 --> 03:22.580 We can permanently decide to work this as an input and output and the connection remains as it is now. 03:22.930 --> 03:29.640 We will summarize everything so that we understand a common terminology that we utilizing and police 03:29.650 --> 03:32.510 and then we move on to and Sapientis.