WEBVTT 00:00.150 --> 00:03.770 Let us start discussing the different modeling style that we have, right? 00:03.790 --> 00:07.710 So the simplest modeling style that we start with is dataflow modeling. 00:07.710 --> 00:12.630 Say so first, what we going to do in this section is will be understanding the four different modeling 00:12.630 --> 00:19.470 style that we have in we right that will give us the idea how we choose, which modeling style to be 00:19.620 --> 00:22.800 used for our implementation of a specific system, right? 00:22.800 --> 00:24.850 So we have a logic to do that. 00:24.850 --> 00:25.110 Great. 00:25.110 --> 00:28.890 So that is the first thing that we will be understanding this section. 00:28.890 --> 00:33.390 And then we start with the dataflow modeling say so the easiest modeling style that we have. 00:33.390 --> 00:35.240 It assists the data flow modeling state. 00:35.280 --> 00:41.220 So whenever you have your system right, and if you are able to convert it into the basic logic, it 00:41.220 --> 00:41.520 great. 00:41.520 --> 00:47.670 So if you have a system, let's assume the heart failure rate, so heart failure could be easily converted 00:47.670 --> 00:49.620 into the set of a basic logic gates. 00:49.620 --> 00:54.370 So you already knew that four and a half later we required one x augured and wananga, right? 00:54.390 --> 00:58.970 So you were able to convert your system into the set of a logic ID. 00:58.980 --> 01:01.790 In that case, we prefer to go with a data flow, more links. 01:01.800 --> 01:07.830 And so in most of the cases, whenever you have a simple system or subsystem that you need to implement, 01:08.070 --> 01:10.890 we would prefer to go with the data flow model exchange data. 01:11.250 --> 01:14.000 You have a series of an input and output rate. 01:14.010 --> 01:21.870 So how you assign a value to the signal or to the Putin and data flow modelling say that is what we 01:22.140 --> 01:22.920 are listing, right? 01:22.920 --> 01:29.340 So once you have an understanding of how U.S. your value to a boat or a signal in flow modeling state, 01:29.370 --> 01:33.330 then what are the different operators that you have in data flow modeling state? 01:33.390 --> 01:36.290 The implementation of system becomes very, very easy, right? 01:36.300 --> 01:37.440 So that is what we want to do. 01:37.770 --> 01:43.320 In the second part, we will be learning the skeleton of the model excel in the third part. 01:43.470 --> 01:48.390 What we're going to do is we will be understanding the assignment operator, followed by the different 01:48.390 --> 01:51.330 operators that are allowed in a state of law modeling standards. 01:51.360 --> 01:54.720 Operator in general are not restricted to where you don't normally say. 01:54.960 --> 02:00.960 So even though we are utilizing it or we are demonstrating it in our data flow modeling state, but 02:00.960 --> 02:05.560 they are equally eligible in other modeling siloed whole kids so they don't flow modeling. 02:05.600 --> 02:10.770 They will provide us a platform where we could demonstrate the usage of different operator rate. 02:10.950 --> 02:17.580 So remember, distinct, the operator that we going to discuss over here are also eligible to use in 02:17.580 --> 02:18.660 other modeling state. 02:18.660 --> 02:19.370 Also, right? 02:19.740 --> 02:27.870 Finally, the two kinds of concurrent statements that we have right to concurrent student is something 02:27.870 --> 02:32.700 that is used to assign a value to the potent signal in rate of flow modeling state. 02:32.910 --> 02:37.170 So we have two different ways to handle the complex expression, right? 02:37.470 --> 02:43.920 So whenever you have a complex expression, we either go with the conditional signals statement or a 02:43.920 --> 02:45.390 selected signal statement, right? 02:45.600 --> 02:48.690 So this is what we also want to discuss in this section. 02:48.870 --> 02:54.660 But remember, whenever you have a complex scenarios where you want to use this conditional or selected 02:54.660 --> 03:00.990 signal treatment, I try to work with the behavioral modeling stage instead because that could be easily 03:01.020 --> 03:01.530 activated.