WEBVTT 00:00.150 --> 00:04.210 So let's try to perform an entire design in a single correct. 00:04.230 --> 00:08.790 So we've been discussing a different part that we have in and design flew in the fact. 00:09.070 --> 00:16.290 Now we will be covering an entire design field so that everything will become much easier to understand, 00:16.300 --> 00:16.560 right? 00:16.770 --> 00:20.970 So you reached you in this video where we have a new design. 00:21.230 --> 00:26.850 Now what what what you need to follow this video is an entire code which is available in the next lecture. 00:26.880 --> 00:27.150 Right? 00:27.390 --> 00:32.000 So you have a design code, a speech code and constrained by logging. 00:32.010 --> 00:32.700 Do not worry. 00:33.750 --> 00:40.590 Much about this fight, because as we progress further will be understanding how we design that eventual 00:40.590 --> 00:43.610 design goal as well as the constraints, right? 00:43.670 --> 00:44.440 So we start with that. 00:45.570 --> 00:49.050 We will start with Create Project. 00:49.140 --> 00:53.130 Next, we will stick to the default project name as well as a directory. 00:53.460 --> 00:54.180 Click Next. 00:54.240 --> 01:00.360 And now, since we are creating a new project, we will be selecting an actual project right next. 01:01.650 --> 01:10.630 Here are St Agnes lose weight or as we complete the nation also project, we will be adding the suicide 01:10.650 --> 01:12.180 rate, so will just click next. 01:13.070 --> 01:15.200 Will not be adding any constraint right now. 01:15.230 --> 01:21.530 Only thing that will be specifying is the board that we are utilizing date, so it is disabled two seven 01:21.860 --> 01:22.910 one zero. 01:24.300 --> 01:26.070 Click next and finish. 01:27.760 --> 01:33.190 So once your project director is ready, will go to a design source, this is the first step that we 01:33.190 --> 01:33.390 act. 01:33.610 --> 01:39.510 Now here we are planning to specify our school so school by writing a test, right? 01:39.520 --> 01:44.020 So it is the tech space methodology that we are utilizing for our design. 01:44.040 --> 01:46.630 And so we'll just click on this plus button. 01:47.230 --> 01:51.820 We will be selecting out of the design source and then click next. 01:51.850 --> 01:54.550 OK, here will be creating a file. 01:54.580 --> 01:57.460 We'll just be naming this as RAM four. 01:57.490 --> 02:05.110 OK, so this basically is the RAM, which work on the full video right click finish and we won't be 02:05.110 --> 02:06.940 specifying any operational. 02:06.970 --> 02:08.620 So we'll just stick to the default. 02:09.710 --> 02:15.770 Option that we have with the pop up window and then we have our source school ready, right? 02:16.010 --> 02:22.380 So this will consist of a template right now since we already completed a source code development. 02:22.400 --> 02:25.790 So we'll just be going back to the code speech, OK? 02:26.330 --> 02:29.060 And then you have the design. 02:30.180 --> 02:30.470 Cool. 02:30.580 --> 02:34.740 Right, so that is what you need to copy over here, so we'll just be copying any Typekit. 02:35.770 --> 02:41.910 And then we will be going I will be deleting everything that is created by the. 02:42.700 --> 02:44.050 And will just be hiding it. 02:44.320 --> 02:45.180 So we'll see. 02:45.730 --> 02:48.470 Now here you could clearly see a green indication. 02:48.490 --> 02:50.870 OK, that means we are following a language template. 02:50.890 --> 02:51.130 OK? 02:51.460 --> 02:54.330 We'll just go through a code quickly, right? 02:54.340 --> 02:57.580 So we have a ground for which consist of block and rate. 02:57.580 --> 02:59.740 The rate is used to specify venues. 02:59.740 --> 03:06.520 User want to write the data to the right output, enable it use to perform a reading of the data for 03:06.520 --> 03:07.210 all right. 03:07.220 --> 03:09.580 So in that case, write must be OK. 03:09.970 --> 03:12.490 And then Dean is having a sizable fall. 03:12.490 --> 03:16.960 But similarly, the is also having a theme says that it's a little bit and address. 03:16.960 --> 03:19.840 We have chosen to be 4be Typekit, right? 03:20.620 --> 03:23.560 So the depth that we have, it assists. 03:25.020 --> 03:28.350 It's 16 right now here. 03:28.560 --> 03:31.140 Usually what we have is a nice system. 03:31.210 --> 03:35.900 OK, we'll be having multiple buses and then RAM will be Central Park, right? 03:35.910 --> 03:37.970 So we won't be bringing out the pool. 03:38.530 --> 03:40.550 Four and connected to the place. 03:40.980 --> 03:44.960 So this serves as an intermediate block where we were all right. 03:45.210 --> 03:51.000 So here what we assume is we have a temporary RAM, the RV. 03:51.750 --> 03:56.160 We have created an array of a depth of two zero four eight elements. 03:56.220 --> 03:58.310 OK, and each could be successful. 03:58.320 --> 04:04.950 But right now, from here, you could really see we could not be able to access all the two zero four 04:04.950 --> 04:05.460 eight element. 04:05.610 --> 04:11.430 But this won't be happening in the real scenario, also where you are directly connecting the pins over 04:11.700 --> 04:13.770 to the periphery and that will not happen. 04:13.950 --> 04:16.260 So in between, you will be having a logic. 04:16.270 --> 04:22.410 So just for a demonstration purpose, we assume that we have an intermediate memory, which is consisting 04:22.410 --> 04:27.350 of the depth of two zero four eight right now, be utilized the memory. 04:27.360 --> 04:31.250 So we need to first create the signal of this tech, right? 04:31.260 --> 04:33.810 So we have created a one year deal here. 04:33.810 --> 04:36.870 And then RAM is the signal of this state right? 04:37.200 --> 04:43.440 And to hold the temporary data when we are reading from the memory we have, we have declared a temporary 04:43.440 --> 04:44.520 variable over here, right? 04:44.520 --> 04:45.750 So operation is very simple. 04:46.110 --> 04:50.430 So we have to process an independent process for the right operation. 04:50.430 --> 04:58.860 So if it is high, what we are doing is so we are writing the data to a memory at an address which is 04:58.860 --> 05:03.630 specified over here and the line, which is the data we have on ending base rate. 05:04.230 --> 05:07.170 Similarly, when rated zero September is updated it. 05:08.430 --> 05:09.090 The data. 05:10.450 --> 05:16.990 That we have the specific address specified by a user that is truly entitled to memory yoga, so whenever 05:16.990 --> 05:22.150 I do, zero will be simply updating the value of attempt with the data that we have at the specific 05:22.150 --> 05:23.530 address on a memory right? 05:23.830 --> 05:29.790 And then default is simply suit them when outputting ablaze one right and right is you? 05:29.830 --> 05:35.470 In that case, the default will be updated with the data that we take from my memory adds will simply 05:35.470 --> 05:36.910 be sending calls, right? 05:37.210 --> 05:43.590 So this is the simple oath that we will be using for her demonstration of an entire right. 05:43.600 --> 05:45.910 So once your design goal is ready? 05:46.210 --> 05:46.540 OK. 05:46.840 --> 05:48.250 The next step is to. 05:49.370 --> 05:54.290 Check whether your design goal is -- clarity, that is, to perform a functional. 05:55.540 --> 05:56.560 Simulation, right?