WEBVTT 00:00.060 --> 00:06.060 So at step one is completed where we are today, though, these video Susan took I to say, Rachel, 00:06.420 --> 00:12.270 you'll be finding Flow Navigator is really helpful when you start working with and Vivaro, because 00:12.540 --> 00:16.770 this helps to determine what specific set we need to perform. 00:16.770 --> 00:19.770 Nick Drake So you'll be finding in a project manager. 00:19.800 --> 00:23.970 OK, so you have this full year option, right? 00:23.970 --> 00:29.520 So you have a city now setting allow us to change the type of language and the board. 00:29.610 --> 00:36.930 Along with this, we also have a different setting that we could vary so most popular usage and do that 00:36.930 --> 00:37.550 on a run. 00:37.560 --> 00:43.320 If you want to change the board or you want to change the type of language that you are utilizing. 00:43.320 --> 00:46.080 But there's also we rarely do along with that. 00:46.080 --> 00:53.040 As we progress further, you'll be listening to different strategies that we use for the simulation 00:53.190 --> 00:55.350 as well as syntheses implementation. 00:55.530 --> 01:03.610 All the option that you have for all these steps could be vetted by going into the next business. 01:03.780 --> 01:10.500 So here now you could see we have a three option this plus button Google design, so right click here 01:10.500 --> 01:11.970 you who died at the design tools. 01:11.970 --> 01:16.710 And the third way is to either design tools or higher rates than the language template. 01:16.800 --> 01:23.520 So if you stuck somewhere, for example, if you are designing the memory OK and you want to find out 01:23.560 --> 01:29.760 the typical comment that you have for the distributed memory, though in that case we could just go 01:29.760 --> 01:37.050 to a language template, OK, and then search for distributed memory, right? 01:37.060 --> 01:41.060 So this will automatically decosta this for the right way. 01:41.070 --> 01:47.820 We have a blocker on distributed that OK and then distribute it on so that it'll do me want to interview 01:47.820 --> 01:49.950 distributed that single to distributed. 01:50.760 --> 01:54.040 OK, and then we could just see like this. 01:54.840 --> 01:58.260 So these are the primitives that are available along with this. 01:58.590 --> 01:58.950 OK. 01:59.220 --> 02:05.220 So along with the primitive, we also have a synthesizer will and to preview available. 02:05.790 --> 02:07.980 So if you just go to a synthesis construct. 02:08.400 --> 02:15.840 So there also you have the RAM available and including example. 02:15.840 --> 02:17.740 Also, you have that prime example. 02:18.000 --> 02:19.830 So we are looking for a coding example. 02:19.830 --> 02:22.260 We can just go to the distributor, right? 02:22.410 --> 02:25.620 And then we could just look for it. 02:26.040 --> 02:26.300 Great. 02:26.310 --> 02:33.000 So if you want to invoke a distributed data, you could just dig the HQ2 and tended your own. 02:34.630 --> 02:34.930 Right. 02:35.260 --> 02:39.100 So this is how we could use a language template whenever you are stuck somewhere. 02:39.460 --> 02:39.810 OK. 02:39.970 --> 02:48.730 So for specific kinds of the block, you do see the template available in a language then and Typekit. 02:48.940 --> 02:53.970 So you already discuss IP that the code which are provided by Israeli state. 02:53.980 --> 03:01.420 So in a complex system of log design, each and every block system off the blocks we will be utilizing 03:01.420 --> 03:02.800 from the tilings of separate. 03:03.100 --> 03:08.410 For example, if you are working on a transmitter, so designing a filter itself is a big task. 03:08.410 --> 03:14.830 So in that case, we could just go ahead and look for whether we have any IP available from, let's 03:15.080 --> 03:15.380 say. 03:15.820 --> 03:19.560 So you just go to an IP level and then look for a fire. 03:19.630 --> 03:19.960 Right? 03:20.320 --> 03:22.470 So we do see the feature available, right? 03:22.480 --> 03:28.420 So we just reconfigure this IP to meet our then state and then we are ready to work with Africa. 03:28.450 --> 03:28.720 Right. 03:29.050 --> 03:37.240 So various IP that are available freely with your license, you could just look for the itis. 03:37.240 --> 03:40.960 If it mashed your requirement, you could just add it in to your design. 03:42.630 --> 03:47.790 So all these are divided into multiple categories, so you will see the different categories are there. 03:48.420 --> 03:55.950 So we have a digital single person categories of basic ideas, basic elements and along with that, 03:55.950 --> 03:58.350 we also have different categories of an. 03:58.620 --> 04:01.800 So whenever you are designing a rocket system. 04:02.070 --> 04:08.160 So some of the block would be automatically generated by utilizing an IP, so you could just go and 04:08.160 --> 04:12.450 look Laurinaitis and then you could easily add them in New York. 04:12.450 --> 04:13.110 Is that right? 04:13.770 --> 04:20.130 So these are all the options that you have in a project manager right after this use site with an IP 04:20.130 --> 04:20.880 integrator, right? 04:20.910 --> 04:28.500 So you could see here you have analysis this specify that that's based specifying the source for ideas 04:28.500 --> 04:28.920 to the right. 04:28.920 --> 04:37.110 So we have a two ways by which you would specify the design and she will get the the original code that 04:37.110 --> 04:40.290 we specify for a project. 04:40.500 --> 04:40.930 OK. 04:41.010 --> 04:43.490 This represent design entry. 04:43.560 --> 04:47.880 Then we talk about the entire feature design. 04:48.130 --> 04:48.420 All right. 04:48.420 --> 04:55.200 So here when we consider an inside source that is basically a text based, we specify in the design. 04:55.200 --> 05:01.620 Into the other way around is to specify the schematic based design entry, and that is done with the 05:01.620 --> 05:04.020 help of a create block design. 05:04.050 --> 05:04.260 Right. 05:04.290 --> 05:08.100 So as we progress further, will be understanding more on this stage. 05:08.430 --> 05:14.280 So these are the two ways that we have to specify to say the next step is to simulation, right? 05:14.290 --> 05:15.900 So you have your code ready. 05:16.650 --> 05:19.410 So this due process basically basically complete the source code. 05:19.560 --> 05:19.920 OK. 05:20.580 --> 05:25.710 And in fact, we need to write an entire logic soptic of forming this two step. 05:26.040 --> 05:28.120 You have your design source, right? 05:28.490 --> 05:32.190 OK, the next step is to verify whether it is operating correctly. 05:32.340 --> 05:32.640 Right? 05:32.940 --> 05:34.860 So we'll just be going ahead. 05:35.220 --> 05:38.210 And here you have your and I MySQL, right? 05:38.490 --> 05:41.220 So we haven't data and it finished school yet. 05:41.220 --> 05:45.400 But this school, it's it could be utilized for performing the simulation. 05:45.420 --> 05:45.990 OK. 05:46.230 --> 05:49.520 That could be done by applying manually applying the stimulus, right? 05:49.560 --> 05:51.810 So that option is available with a vital. 05:52.050 --> 05:52.380 OK. 05:52.560 --> 05:59.310 And you would see when you do not apply your test, bench your designs or their self, behave as a simulation 05:59.310 --> 06:02.520 source into a simulation source for. 06:02.800 --> 06:03.030 Right. 06:03.900 --> 06:11.070 So when you do not specify the testing for your design, so this could also be utilized to the form 06:11.070 --> 06:12.540 of functional verification, right? 06:12.550 --> 06:13.830 So that is what we're going to do. 06:14.160 --> 06:20.130 See that if you have a multiple source code, the source code for which you are performing a functional 06:20.140 --> 06:22.670 verification is set as a game, right? 06:23.040 --> 06:26.450 We'll just go ahead and click on run the simulation, right? 06:26.460 --> 06:28.740 So you have multiple options over here. 06:29.040 --> 06:32.820 So this two options will be enabled after you perform synthesis state. 06:33.300 --> 06:37.710 And then these two options are enabled after we the full implementation, right? 06:37.710 --> 06:41.040 So there's a next step you could clearly see after simulation. 06:41.040 --> 06:46.800 We have a synthesis and an implementation rate, so as you complete your synthesis, you'll be finding 06:46.800 --> 06:48.690 these two options will be enabled. 06:49.110 --> 06:49.500 OK. 06:49.740 --> 06:53.550 And after you perform an implementation, this option will be available right now. 06:53.790 --> 06:58.650 These are not enabled because we haven't performed synthesis as well as implementation, right? 06:58.890 --> 07:05.100 We'll also be understanding why these options are OK because behavioral simulation is simply verify 07:05.640 --> 07:08.160 that our system is working correctly. 07:08.550 --> 07:12.120 OK, we'll just go ahead and click on run behavioral simulation. 07:12.330 --> 07:19.680 So without this speech, they'll be finding with all the net being added into the formula and all of 07:19.680 --> 07:27.270 them have identifying right because we haven't specified any stimulus for any rate they will see all 07:27.270 --> 07:28.820 of them are undefined, right? 07:28.860 --> 07:33.770 So we have an E and which act as an input and Y, which is right. 07:34.350 --> 07:39.570 So when we consider the manual V of applying the stimuli, OK, so we have two options, so you could 07:39.570 --> 07:40.680 select any of the next. 07:41.010 --> 07:43.950 We have an E Ninety right, which serve as an input. 07:43.960 --> 07:49.710 So here we will be applying this stimulus right and then to perform an execution of this stimulus. 07:49.740 --> 07:51.870 You have this option over here, right? 07:52.350 --> 07:58.140 So you have a restart and then run all and run for a specific duration, right? 07:58.140 --> 08:00.330 And the time you need to specify a way. 08:00.810 --> 08:01.860 So here since we. 08:02.820 --> 08:09.210 Have an invalid stimulus or the decoy stimulus, we can just click on restarts, though this will again 08:09.210 --> 08:10.950 start the simulation from you. 08:11.290 --> 08:11.530 Right? 08:12.120 --> 08:15.950 This is the usage of restart that we have now to apply stimulus. 08:15.960 --> 08:22.220 We have a two weeks one off of these to specified stimulus one after another. 08:22.300 --> 08:22.580 Right. 08:22.590 --> 08:25.420 And that is by utilizing a full squad. 08:25.710 --> 08:29.360 They, too could see we have a new option first to any of the food concerned. 08:29.400 --> 08:30.920 Either one is, of course, school, right? 08:30.940 --> 08:33.320 So we'll be understanding usage of each of them in. 08:33.690 --> 08:35.880 So let's first try foods. 08:36.390 --> 08:36.610 Right. 08:36.650 --> 08:43.470 So when we add a food slicer, you could specify the value that you want to apply for any related supply. 08:43.470 --> 08:43.710 One. 08:44.070 --> 08:44.400 OK. 08:44.670 --> 08:46.940 You could also specify the opposite time. 08:46.950 --> 08:55.220 So if you specify lettuces to 10 or five picosecond, right, so your key will be high after the five, 08:55.250 --> 09:01.080 because prior to this, it will be day before you value, right? 09:01.110 --> 09:06.180 So if you haven't initialized the net, you'll be getting an undefined right, and after five second, 09:06.250 --> 09:08.770 you'll be getting the one right right. 09:09.760 --> 09:13.330 You would also specify the chances after time off sick. 09:13.540 --> 09:20.050 So, for example, if you want to apply the value of one from five picosecond to 15 people sing and 09:20.050 --> 09:26.470 write, so you could specify those starting day respite because and end time to be 15 people separate. 09:26.470 --> 09:34.270 So he will be high for five picosecond to 15 because he said this is the usage of this food constraint 09:34.270 --> 09:34.820 that we have. 09:34.840 --> 09:36.880 So let me just take a look with the default option. 09:36.880 --> 09:43.420 And Colby also will be utilizing the see right value option because ultimately the debt that we are 09:43.420 --> 09:44.810 testing is at 93. 09:45.160 --> 09:48.370 So let me just show you two and four and we do not need to apply. 09:48.400 --> 09:51.890 And so we will just be executing this law. 09:52.030 --> 09:54.910 Let's do one hundred nanosecond, make it. 09:54.970 --> 09:59.770 Is this specifying one hundred milliseconds and then will be clicking this so. 10:00.000 --> 10:03.700 So this option will allow us to execute our stimulus. 10:03.700 --> 10:04.900 Four hundred nanosecond. 10:04.900 --> 10:05.390 Eleven. 10:05.710 --> 10:06.970 Now see OK. 10:07.270 --> 10:15.640 So from zero to 100 nanoseconds, which is our execution date and the third one, and this results in 10:15.910 --> 10:18.420 y as well notes, right? 10:18.430 --> 10:19.430 So this is one of it. 10:19.930 --> 10:22.090 So when we consider the end, we have a. 10:23.040 --> 10:25.560 Two combinations for that is Sea Lion one. 10:25.770 --> 10:28.650 Similarly, we also have a value of zero and one. 10:28.890 --> 10:34.080 So the total combination that you want to apply to correctly verify the design functionalities. 10:34.170 --> 10:40.980 Zero zero zero one one zero one one two four Possible combination And if you utilize a constant, you 10:40.980 --> 10:42.470 need to apply this for value. 10:43.170 --> 10:49.530 But now, if you just try to utilize the phone's clock, look, that is an alternate way of applying 10:49.530 --> 10:50.370 the stimulus. 10:51.440 --> 10:58.950 It just selectee for slow rate, and then a leading edge value is to do one and zero again. 10:58.950 --> 11:01.440 The period is 100 nanoseconds, right? 11:02.250 --> 11:06.690 And then we will also be utilizing a full slot for B. 11:06.960 --> 11:12.930 There also will be utilizing CMH that is one and zero, but the period that we'll be using over here 11:12.930 --> 11:14.250 is three hundred milliseconds. 11:14.910 --> 11:17.310 So when we use the same period. 11:17.670 --> 11:23.630 So both of them will change to one at same time and both of them will change to zero at the same rate, 11:24.150 --> 11:27.400 then that gives you able to verify one one nine zero zero. 11:27.420 --> 11:30.390 But you won't be able to verify zero one nine one two, right? 11:30.810 --> 11:34.140 So for that reason, we have that in the event. 11:34.200 --> 11:35.430 So they just said, okay. 11:36.000 --> 11:40.020 And then in this case, we will be executing our code for a thousand nanoseconds. 11:40.020 --> 11:48.480 So if we just consider that Florine, we choose a period of hundred nanosecond rate so far 15m is it 11:48.480 --> 11:51.240 can you really see that our value is zero? 11:51.270 --> 11:55.730 And for our next would be 660 nanosecond values, right? 11:55.740 --> 11:59.700 So this is how we decide to pick, which is hundred nanosecond. 12:00.000 --> 12:01.380 And so be if we will see. 12:01.890 --> 12:09.570 So we have a period of 300 nanoseconds, so zero will be for 150 nanosecond and one will be for 150 12:09.570 --> 12:10.170 nanoseconds. 12:10.170 --> 12:18.630 Right now, if you just compare rates or hear a few people able to see what is the result? 12:19.020 --> 12:21.320 Then we have evaluated 192. 12:21.910 --> 12:28.530 So this check 1.5 combination, if you please our marker over here, so you're here, you could even 12:28.530 --> 12:29.850 be right here. 12:29.850 --> 12:34.090 You would take Chegg to two one, OK, and here you would take zero zero. 12:34.090 --> 12:42.150 So with a single OK with the full stroke, you could verify all the possible combinations for single 12:42.150 --> 12:44.700 big variable rate like fire multiple variable. 12:44.730 --> 12:50.020 You simply could not prosecute the false blocks of votes to allow us to force only single values. 12:50.250 --> 12:56.580 So you could generate the clock signal for only a single within a multi bit. 12:56.700 --> 13:03.510 But if you try to apply for stuff, you'll still be able to see only changes in one alphabet of rate. 13:03.510 --> 13:07.860 So you won't even need to clock with my Typekit vector. 13:08.230 --> 13:12.120 They they specify the clock for a little bit signal. 13:12.300 --> 13:15.510 In that case, only a single bit will be traveling. 13:15.720 --> 13:18.300 Rest of the week will be simply OK. 13:18.600 --> 13:23.550 So now we understand the step number two after you specify your design entry. 13:23.760 --> 13:29.610 It may either be the date spacesuits or it may also be a schematic basis. 13:30.870 --> 13:35.920 The next step is after you complete your entire source code to perform a simulation rates. 13:35.940 --> 13:41.640 The simulation is used to verify whether your design is working correctly, so we understand the two 13:41.640 --> 13:43.890 way of applying similar. 13:43.890 --> 13:46.530 Then design the manual v of applying the stimulus. 13:46.770 --> 13:54.410 So you have a full scholarship and you have the force to rate the force slot with a single big variable 13:54.420 --> 13:57.120 are more advantages as compared to force constraint. 13:57.130 --> 14:01.290 But in a case of multiple vector, we need to go with the full squads, right? 14:02.590 --> 14:05.080 So the next step is an ideal analysis. 14:05.620 --> 14:10.750 So the goal that we have written, we could just close this simulation in the air will just go ahead 14:10.750 --> 14:12.740 and close this simulation window over here. 14:13.640 --> 14:18.430 OK, so here we already know the symbol, the logical symbol for 90. 14:18.640 --> 14:22.630 So we have two wheels of the team that we have, right?