WEBVTT 00:00.240 --> 00:10.590 So let us consider our very first project that deals predominantly on Dymocks, and that is control 00:10.590 --> 00:18.480 of money monitor from an FPGA and then the on the communication interface that will be using is a Viju, 00:18.480 --> 00:25.020 which is very, very common and very, very popular that do exist, something called as an HDMI. 00:25.020 --> 00:27.340 But we'll be looking in some other way. 00:27.480 --> 00:35.740 So we'll start with an and for of understanding will be considering the lowest resolution that is 640 00:35.740 --> 00:38.060 across 40 states. 00:38.120 --> 00:45.510 So the lowest resolution that can still be finding that if we considered our display, it is divided 00:45.510 --> 00:55.200 into multiple regions and it requires a precise timing to have a view from our image on display. 00:55.740 --> 00:58.760 So you start from a left site, right? 00:58.780 --> 01:06.780 So you start to it, then you send out the data for some of the since we are operating on in a resolution 01:06.780 --> 01:09.090 of six party cross for ID. 01:09.300 --> 01:12.480 So we will be sending the data for six party fixes. 01:14.320 --> 01:15.010 And then. 01:16.570 --> 01:20.050 Then we'll basically come back again to the left, Patricia. 01:20.080 --> 01:28.360 So as soon as we complete transition or fall the signal for a single vote, we again come back to the 01:28.360 --> 01:29.170 left position. 01:29.170 --> 01:31.300 And then we did the next big thing. 01:31.300 --> 01:32.630 And this is how you proceed. 01:33.100 --> 01:39.830 So 40 such votes at present with the resolution of this, that is we consider. 01:40.780 --> 01:46.900 So how you proceed basically to something that you need to understand is when you start generational 01:46.900 --> 01:52.540 for fixing, no actual fixes will be only in an active region. 01:52.540 --> 01:59.500 And before actually reaching to an act do you need to destroy a signal that is a sentence and the back 01:59.500 --> 02:00.920 porch for 40. 02:01.570 --> 02:05.470 So you start with the generation of annexing and which is. 02:05.470 --> 02:08.040 Which is and which is an active signal. 02:08.080 --> 02:11.020 So if this is my at Sinquefield. 02:11.500 --> 02:11.810 Right. 02:11.830 --> 02:22.420 So it will be high from zero to 96 to zero to ninety five cycles of 96 cycles, it will be high and 02:22.420 --> 02:25.790 then the rest of the cases it will simply be right. 02:27.130 --> 02:35.140 This is how you generate and it's so as soon as I into interface get this segment that did it and basically 02:35.290 --> 02:44.100 indicate that we can now start sending the valley roots but the actual area is actually off the back 02:44.830 --> 02:46.840 to go from here itself. 02:46.860 --> 02:52.690 We can all start sending out actual data for R and D fix it. 02:52.900 --> 02:57.110 So we need to further weed for forty eight Glock's cycle or 48 percent. 02:57.140 --> 03:01.960 So we do that, we basically will be working from ninety five. 03:02.890 --> 03:07.810 So if we just add 40 or you will be one 40. 03:08.800 --> 03:17.350 So when we sing disciple's interface basically knows that we will now start sending the Valley values 03:17.350 --> 03:26.650 after we send this back signal, which actually is a 48 pixels which will be consisting of forty six. 03:26.650 --> 03:34.810 And so after reaching to ninety five lead for four forty, it looks like it will be our back porch region. 03:35.260 --> 03:37.870 So we will be reaching two, one, four, three, three. 03:38.200 --> 03:44.830 So this is our back porch region and then from here we'll start sending out on the other side will be 03:44.830 --> 03:47.610 continuing till six cycles. 03:48.650 --> 03:52.940 OK, which will take us still seven, the three. 03:54.570 --> 04:05.330 And finally, we will complete our first crew by sending transport signals which consist of 16 blocks. 04:06.360 --> 04:08.370 So this will take us to seven nine. 04:08.770 --> 04:13.810 So in all we'll be finding, we need to control actually 200 exits. 04:13.830 --> 04:14.170 Right. 04:14.580 --> 04:16.190 So 800 fixin's. 04:17.620 --> 04:20.920 Right from zero to seven nine. 04:21.200 --> 04:24.460 So this is how you generate the signal on a net six and. 04:26.550 --> 04:32.070 Output that goes out from an RPG to Viju is. 04:33.180 --> 04:39.300 Similarly, we are able to generate the force we need to generate the multiple when we keep track of 04:39.300 --> 04:39.470 that. 04:39.480 --> 04:39.710 Right. 04:39.960 --> 04:43.650 So we think is a signal which is used to keep track of. 04:44.130 --> 04:51.080 So what we do is we first send sequence, which is again an active heisting. 04:51.240 --> 04:53.630 So that will be for two lines. 04:53.640 --> 04:53.910 Right. 04:53.910 --> 05:05.130 So from zero to two, it'll be zero to two will be sending in sync signal then will be again ready for 05:05.130 --> 05:06.490 this back to. 05:06.810 --> 05:07.090 Right. 05:07.140 --> 05:09.830 So it will be for the thirty three Psychon. 05:09.840 --> 05:12.990 So if we just add thirty three lines over here it will be. 05:13.410 --> 05:14.010 It will be. 05:15.110 --> 05:18.650 To the fight, so from 35 to. 05:19.560 --> 05:29.100 Five twenty five, which will approximately be, I guess, five forty five forty, so this will take 05:29.100 --> 05:35.650 us to forty nine forty will be here and then finally will be a United States. 05:35.730 --> 05:38.780 So this will take us to 524. 05:38.790 --> 05:42.190 So this is what signals would be generating one in Multiphasic. 05:42.870 --> 05:44.260 And then comes our data. 05:44.280 --> 05:52.740 So if we considered so if I can just go to a new slate and if I can to show you the reform that I been 05:52.740 --> 06:01.680 taking from shoot you will be finding will be dividing interviews into two different buses, one when 06:01.680 --> 06:04.170 one is in horizontal and another one in Denmark. 06:05.130 --> 06:12.480 And then instead of having all the data generated on things, to have a piece of an operation will be 06:12.480 --> 06:15.480 dividing the control into three parts. 06:15.510 --> 06:22.720 So I think which indicated horizontal simple's right, then an active signal, which indicates the active 06:22.750 --> 06:29.920 area where will be sending a signal value and which indicate that now you start sending a new rate. 06:30.270 --> 06:32.680 So this is how we'll be dividing up a single room. 06:33.720 --> 06:35.100 Similarly for Wissing. 06:36.170 --> 06:43.100 We'll be dividing into three first one is a V synchronising signal or vertical signal, then comes an 06:43.100 --> 06:45.350 active signal and fire. 06:46.220 --> 06:49.500 So let us start calling to on AZABAL. 06:49.520 --> 06:56.540 We have an on off of one twenty five megahertz and resolution that we are targeting is six forty plus 06:56.540 --> 07:00.740 forty four that we should have a colossal software defined device. 07:00.860 --> 07:04.850 So all the four that would be operating at this frequency. 07:05.180 --> 07:11.450 And remember, whenever we have a specific timing related project, it is always necessary that you 07:11.450 --> 07:18.020 can generate a precise clock in that scenario instead of using the variable to do so. 07:18.020 --> 07:25.170 For example, if you are targeting to go from one twenty five to thirty five, because by spending five 07:25.180 --> 07:31.830 blocks or using a variable and then generating the clock on yourself, it will not be a good idea. 07:31.910 --> 07:32.210 Right. 07:32.420 --> 07:39.500 So whenever you have a specific time project, always focus on a ipis that have been provided by an 07:39.500 --> 07:40.050 Tydings. 07:40.100 --> 07:42.700 So that will give us a precise OK. 07:42.830 --> 07:48.470 So this is a very important point to find here, since this is a timing related budget where we need 07:48.470 --> 07:50.860 to have a specific time information. 07:51.110 --> 07:58.520 It is always a good choice that you start utilizing blocking with our IP or for Xilinx to make a precise. 07:58.980 --> 08:00.780 OK, so we'll do that later. 08:00.890 --> 08:02.330 First, we'll try to. 08:03.430 --> 08:11.260 Intended to signal so for our country to be Gloc will be the clock on the clock that is president or 08:11.260 --> 08:14.190 not, which is an open ended 60. 08:14.440 --> 08:22.000 OK, so that will be feeding the clock, which will generate a really high regard for us so far that 08:22.020 --> 08:25.630 will be declaring declaring signal to hold. 08:25.810 --> 08:28.790 The value of that will be simply a signal. 08:29.740 --> 08:39.600 And since this is a club that will have a single vote, so this will be a first thing that will be so 08:39.610 --> 08:44.830 picklock will be going as an input to penumbral 16. 08:45.850 --> 08:52.860 That bin will be connecting to our IP, which will give us a clue how that's going to find me going. 08:52.960 --> 09:00.700 And whenever you have something as a clock with an IP that is being called a Lopinto to indicate that 09:01.240 --> 09:02.130 the clock is deep. 09:02.920 --> 09:10.600 So we'll be making identity or design operational or even the point is high rate research then is used 09:10.600 --> 09:15.500 to convey the information that the user now wish to start a system. 09:15.790 --> 09:23.320 So research is high, will not be doing anything else, will be starting our system, the values that 09:23.470 --> 09:23.860 have been. 09:24.830 --> 09:28.520 Sent to a pixel is been given through a switch. 09:28.550 --> 09:29.930 So what switch will do it? 09:30.650 --> 09:35.860 We have a different combinations of four zero zero zero will be sending some specific patterns. 09:35.930 --> 09:43.710 For example, if we want to generate a red screen, will be making all the red tie green and blue will 09:43.710 --> 09:44.780 remain zero zero. 09:45.110 --> 09:47.450 So that would be one of the conditions in the switch. 09:47.730 --> 09:54.180 Again, if we want to make a green, will be assigning that to certain duration, which will be decided 09:54.350 --> 09:56.000 later on what we do. 09:56.840 --> 10:00.980 And finally, these are the two points, but we need to precise regenerator. 10:00.980 --> 10:01.550 Thanks. 10:03.260 --> 10:07.570 The recycling bin will be making Synchronoss process. 10:07.880 --> 10:15.980 Now we know that for an entire designer cloth with this speak look is having Feklisov one ready? 10:15.980 --> 10:19.950 Finally, glass and a design we are targeting on gratifyingly so. 10:20.390 --> 10:26.390 So this Galopin will be will be really make last night. 10:26.750 --> 10:29.750 So process Gloc big. 10:32.060 --> 10:34.070 And mean this process has been. 10:36.200 --> 10:41.450 So what we'll be doing is first we'll be sensing the rising age of clocks, since we are generating 10:41.480 --> 10:44.660 a synchronicity, supervising a clock. 10:44.930 --> 10:51.860 Then if it is so, if research is cities or else. 10:53.950 --> 11:03.700 And one more thing will be focusing that not only will be deciding on operation, but also will be working 11:03.700 --> 11:04.850 on a lot of unknowns. 11:05.320 --> 11:10.000 Obviously, a lot of zettl that indicate that we cannot start our operation. 11:10.000 --> 11:14.910 What it will take some amount of time for that might be to give a stable outlook. 11:14.920 --> 11:17.650 So as soon as it is, what will start operations? 11:17.690 --> 11:17.970 Right. 11:18.370 --> 11:20.710 So we'll be doing something in this. 11:21.740 --> 11:22.190 El. 11:23.750 --> 11:32.840 Yes, and what you'll be doing is will be simply, you know, what here we want is we want to generate 11:32.930 --> 11:37.010 this right to etting is one of our signal edge activities. 11:37.010 --> 11:41.020 One of the signal is one of the signal, and these are the common values. 11:41.570 --> 11:51.980 So if resect is won or lost is what we can do is we can either control the spin or we can either control 11:51.980 --> 11:52.720 the content. 11:53.060 --> 11:56.600 So now it is purely your choice, what you want to do. 11:56.840 --> 11:58.970 So what we'll be doing is we'll be controlling. 11:59.360 --> 12:06.650 The Institute of Technology is also possible that is declared OK. 12:06.980 --> 12:11.090 And as soon as we make a reset to zero, let us make a. 12:12.480 --> 12:17.970 Two zero two zero else and. 12:20.120 --> 12:28.850 We will make it count to be close to each count, plus what we know, what this will do is with each 12:28.850 --> 12:33.940 arising, it will basically increment if these two conditions are not satisfied. 12:33.950 --> 12:39.650 And that is what we want to zero that indicates their wish to start an operation. 12:39.920 --> 12:43.820 And it is one that indicate that those are steep. 12:44.090 --> 12:51.440 So what we can do is we can simply make God counter to increment, but then this condition will not 12:52.100 --> 12:53.400 go continuously on. 12:53.900 --> 12:59.570 So we need to stop somewhere or we need to restrict somebody to what we can do here. 12:59.570 --> 13:04.520 It ends if and if and if. 13:07.010 --> 13:17.780 And which is one of our signals, if it is one, if it changes one, then we know that we need to end 13:17.810 --> 13:18.680 of great, great. 13:18.690 --> 13:25.190 So in that case, we can again make Edgecombe be close to zero. 13:26.610 --> 13:32.430 OK, a bit confusing, but will understand it and else we can simply increment. 13:33.840 --> 13:40.440 Let us suppose declared a convert to signal Edgecomb and whenever you have a variable which will be 13:40.440 --> 13:49.440 holding onto values, it is always a good idea that you will with an integer, the range zero two seven 13:49.650 --> 13:54.960 nine nine that is the maximum force will be going to that is suppose a two to one. 13:55.290 --> 14:03.270 OK, so initially we can proceed, then you just need it on, you can change it to unsane standard and 14:03.270 --> 14:06.140 this logic to have an efficient rate. 14:07.770 --> 14:11.330 No one would think that spending is OK. 14:11.430 --> 14:16.530 So let us do that also the and. 14:18.170 --> 14:26.520 Standard and this crude logic, since it will have a cycle of single and let us initialized to date, 14:26.750 --> 14:28.940 so now will probably remolded. 14:30.340 --> 14:40.420 OK, so if rates high and locked zero will be making Edgecumbe Luisito ELSS effect and is one, if it 14:40.420 --> 14:45.040 changes one, then will be huggin, making it only close to the end. 14:45.310 --> 14:50.310 We simply bring it to this computer first if statement. 14:52.760 --> 15:04.310 And we can then simply add and and finally we can and process for four signal also will be adding one 15:04.490 --> 15:15.190 second so they to this are blocking IP signals. 15:16.160 --> 15:27.050 They took this to the clocking AP segments and did that indicate the horizontal flight rate? 15:30.650 --> 15:36.600 One more signal we want is an active signal like two that are also so active. 15:37.640 --> 15:39.590 Again, the size of a single with. 15:40.940 --> 15:48.670 And we'll be initializing to see, so this completes all the signal that you can to hold funds. 15:49.130 --> 15:54.230 Now let us try to write the routine for hexing, at any rate. 15:55.650 --> 16:01.550 So let's just declare the one new process instead of working on the single process. 16:01.910 --> 16:04.640 So we'll just name it USPI to process. 16:05.960 --> 16:09.430 OK, this will again be sensitive to a clock. 16:11.980 --> 16:20.920 But in fact, here what we know that he is going to do one day, so instead of making it until two o'clock, 16:20.920 --> 16:24.700 we can make sense to do it right to begin. 16:26.530 --> 16:27.280 So if. 16:27.930 --> 16:28.380 If. 16:29.650 --> 16:30.550 Now we know that. 16:33.040 --> 16:37.630 It will be high from zero to 96 straight, so if each count. 16:39.680 --> 16:51.380 Is greater than zero or in fact greater than equal to zero, and if each count is less than nine to 16:51.380 --> 16:58.340 six, which indicates that will be going from zero to ninety point, which which basically some of 96, 16:58.340 --> 17:04.410 then then in that case, etsi it's. 17:05.580 --> 17:14.770 The signal that we have utilized that is undisclosed sinked itchin discoursing should be should be one, 17:15.080 --> 17:15.420 right. 17:16.550 --> 17:22.260 And so we can make it seem to be close to see. 17:22.890 --> 17:26.580 OK, so this is what we want for this at Syngman. 17:26.730 --> 17:30.670 And since we have started, if we can and if. 17:34.580 --> 17:36.320 So this completed the first process. 17:36.370 --> 17:43.100 Now, when we get another issue that will also make to within the process, we can have a multiple statement 17:43.340 --> 17:45.500 and all of them will be executing in the battle. 17:45.700 --> 17:56.660 So if each photo instead of complicated our entire three signaling a single if statement, we can at 17:56.660 --> 18:04.070 any stage that you can follow this strategy will look into another we when we worked on this vertical. 18:04.330 --> 18:04.650 Great. 18:04.650 --> 18:06.410 So it is. 18:09.330 --> 18:10.980 Greater than 140. 18:13.930 --> 18:16.450 In fact, greater than an equal student body for. 18:17.400 --> 18:29.740 And and if each count, each count is less than seven, nine nine, so then then we can see each active 18:29.760 --> 18:30.130 signal. 18:31.020 --> 18:38.920 So it should be equal to one else is. 18:39.910 --> 18:41.290 Ich ACDA. 18:43.090 --> 18:53.650 Should be the super secret and then we can and this was the final logic that we be writing for. 18:54.100 --> 18:54.450 Great. 18:54.460 --> 19:06.430 So if we know that as soon as Edgecombe reaches to seven nine, that indicates the end of police action 19:08.320 --> 19:15.530 will be close to one end and will be making a change to be to. 19:19.730 --> 19:25.990 And again, we'll be ending a lot of steam, so this complete sudden diet of. 19:26.420 --> 19:28.480 So what we did is very, very simple. 19:28.910 --> 19:32.810 In fact, it is exactly matching to the reform that we have going with you. 19:33.150 --> 19:38.530 OK, so process is still pending, but it is high and lofty zero. 19:39.080 --> 19:42.050 Then it's going to be a question. 19:42.050 --> 19:47.890 This one again will be visiting countries and Scotland will be simply intimidated by one. 19:47.900 --> 19:51.730 And since we are using it as political operator, we already have included this. 19:54.050 --> 19:54.980 No, us. 19:56.420 --> 19:58.250 Start working on. 19:59.970 --> 20:01.810 A political process. 20:02.220 --> 20:04.820 So let us name a process speedy. 20:05.300 --> 20:13.120 OK, so now we'll be working on the process again, the first process that will reset and the foundation 20:13.200 --> 20:23.000 will be sensitive to a clock begin if if each of the clocks, since we want to have synchronicity. 20:23.310 --> 20:36.270 So rising a clock, then if we sit next to three cities of one hour or in fact and. 20:40.770 --> 20:52.410 Love this, love this seal, they say every citizen and zero, if you can see then. 20:53.790 --> 21:05.140 Then recount, which will be declaring a recount, should be equal to equal rate, so this will be the 21:05.550 --> 21:09.180 outcome that is supposed to declare all the signal for vertical process. 21:09.270 --> 21:09.990 All right. 21:09.990 --> 21:16.050 So I just hope this entire thing, in case you do it here, is this as what you can? 21:17.550 --> 21:22.380 Right, and this will be the end and the. 21:24.060 --> 21:28.270 Now, let's go back and we need to end up suspect. 21:32.080 --> 21:33.490 To hit a four. 21:35.100 --> 21:40.050 And if and if we can see that if we have. 21:42.080 --> 21:51.320 We end in that case also equals to one, we will be making our recount to zero. 21:52.460 --> 21:54.360 Finally, since. 21:55.520 --> 21:58.250 And if, again, we need to check here. 22:00.640 --> 22:01.990 Then will be incrementing the. 22:02.590 --> 22:06.080 So we will be incrementing the ground or even air changes. 22:06.460 --> 22:10.870 So this is a very important point and interesting point between the previous process. 22:10.880 --> 22:18.370 We know that we will be shifting to a next recog only when we complete our force. 22:18.650 --> 22:25.080 So when we know that we completed our force, when we get it and whenever we get the there, that indicates 22:25.090 --> 22:25.810 our completion. 22:26.570 --> 22:39.350 So then we will be incrementing the great Rickon plus one, if we consider the vertical will be simply 22:39.360 --> 22:40.980 incrementing on the edge of a cliff. 22:41.350 --> 22:45.100 But for a vote, we will be on edge. 22:46.000 --> 22:51.690 And finally, do not forget to add an L sense that we to a creation of elections. 22:51.850 --> 22:56.470 So even though we have Edyta else will not be doing anything. 22:56.470 --> 22:58.130 So we simply said no. 22:58.650 --> 23:02.130 And and so this completes. 23:04.060 --> 23:10.290 First process and will simply make this also process make. 23:11.740 --> 23:16.510 So this completes our first process related to our focus on. 23:19.280 --> 23:29.240 Food processor related to a slow process, and it will be sent to recount and again, recount is also 23:29.240 --> 23:30.200 dependent on the net. 23:30.530 --> 23:33.550 So we need to use both of them. 23:33.830 --> 23:34.490 So begin. 23:36.710 --> 23:43.970 So first thing is, if if we go a second is. 23:45.080 --> 23:56.150 Greater than or equal to zero, and the got is less than less than two, then in that case we need to 23:56.150 --> 23:57.210 make rethink. 23:57.760 --> 24:00.170 So we should be high. 24:02.230 --> 24:05.170 And they will be making. 24:06.390 --> 24:07.110 We think. 24:10.670 --> 24:12.290 We think to be crystal. 24:15.420 --> 24:18.310 To be close to zero like. 24:21.100 --> 24:23.530 Many will simply hand are street. 24:25.530 --> 24:32.680 A letter just copied, this object can be stored here. 24:33.360 --> 24:37.590 So if we count is greater than or equal to five. 24:40.670 --> 24:44.210 And if it is less, then five one five. 24:45.470 --> 24:52.940 Will be simply making Vector to entice ancestral indicate that Activision and Vector should be close 24:52.950 --> 24:53.180 to. 24:56.510 --> 25:05.480 Final step, this final step is they don't just do one thing, so if we count this sequence to. 25:08.000 --> 25:18.290 Five pretty food, and yet we also need to check whether it's going to reach to seven ninety nine, 25:18.290 --> 25:20.390 which is our last night. 25:20.780 --> 25:26.570 So if we go this five twenty four and it's only seven ninety nine. 25:26.570 --> 25:29.180 So that indicates we have scanned all the rules. 25:29.450 --> 25:38.210 So in that scenario we will be making and to be close to what else will be simply making we to be seen. 25:38.870 --> 25:42.620 So this completes the entire process of generating the timings. 25:43.370 --> 25:44.810 Now let us just add. 25:46.730 --> 25:47.140 Uh. 25:48.480 --> 25:49.710 Process for a lead. 25:51.030 --> 25:52.050 So we'll just. 25:52.080 --> 25:57.300 No, no, you can easily guess where we will be making our process sensitive, right? 25:57.630 --> 26:02.880 So we know that we need to send the pixel value only when we are in an activity. 26:03.030 --> 26:10.060 So we'll be simply making it sensitive to do right and HFT. 26:13.360 --> 26:16.090 OK, and then begin. 26:17.590 --> 26:18.220 So if. 26:20.210 --> 26:31.070 We have to pay close to one and a check, two to one. 26:31.310 --> 26:40.100 So this is an interaction point where we'll be sending over and then there will be simply making a case 26:40.100 --> 26:43.970 on the switch and depending on the conditions, they'll be putting out the. 26:44.250 --> 26:46.550 So I'll just copy and be to do the. 26:48.690 --> 26:55.500 So what we did is we declared a signal to hold the color line so that all of the signals already designate 26:55.890 --> 27:00.630 so red have additional fiber to have, it is better. 27:01.710 --> 27:06.450 This blue also have a resolution of fiber to do the 16 victims you can recruit. 27:06.750 --> 27:14.160 And yet it cases zero zero zero will be simply depending on all the latest zero zero zero. 27:14.760 --> 27:17.820 When it is one will be simply generating a blue color. 27:17.840 --> 27:19.090 So blue is hi. 27:19.140 --> 27:25.290 This to see when we are sending zero one zero we will be generating vehicle alone. 27:25.410 --> 27:26.320 Some combination. 27:26.340 --> 27:31.890 OK, so these are simply random values and finally ends and indicate that. 27:32.830 --> 27:43.150 If this true, if one of them or voters who in that case will be simply making the that we have ended 27:43.150 --> 27:45.310 our statement, we have ended that process. 27:45.380 --> 27:53.290 Finally, we need to connect all the signals that we have to the dedicated all so far, I think, and 27:53.290 --> 27:57.180 we think we have immediately attached them to an offer. 27:57.240 --> 28:05.470 But the only things that are the red, green and blue to be connected to this include a destroyer that 28:05.470 --> 28:06.200 we have declared. 28:06.220 --> 28:06.890 All right. 28:06.910 --> 28:14.110 So after the process, after the process, what we can do is you can take that to be close to it. 28:15.490 --> 28:18.150 So this is a temporary signal and this is an awkward. 28:18.160 --> 28:21.670 But then we have agreed to be equals to. 28:23.380 --> 28:24.250 S green. 28:29.220 --> 28:30.150 And finally. 28:32.210 --> 28:36.800 We have blue to be connected to this blue. 28:38.270 --> 28:40.940 So this completes an entire logic. 28:41.560 --> 28:48.450 One thing that is pending, which is hiding and blocking IP and then connecting through an entire process. 28:48.470 --> 28:53.170 So let us get back to when we model and try to understand despite. 28:56.710 --> 29:02.260 So no less than clocking this out so there can be a multiple week, so I just start with the simple 29:02.410 --> 29:02.710 date. 29:02.980 --> 29:05.890 So what I do is I go to the golf design. 29:06.850 --> 29:10.000 OK, let us keep it as design one. 29:11.540 --> 29:13.760 And there will be a clock at this hour. 29:14.280 --> 29:16.370 OK, so here will be adding a clock with our. 29:20.600 --> 29:25.620 So we'll first configured it, we know that our system block is one twenty five, because that is on 29:25.640 --> 29:31.040 bearclaw that we have is one gratifyingly garbs and this is the Laffan, which indicate that it is stable 29:31.040 --> 29:32.640 and conducting a steeper rate. 29:32.900 --> 29:35.270 So we just Double-Click on an estimate. 29:35.360 --> 29:41.150 Now will be finding this as an input block on the screen, the sort of questions we just kind of get 29:41.150 --> 29:41.750 through the system. 29:42.030 --> 29:45.710 So as soon as you connect this, you'll be finding if it will do a blocking option. 29:46.120 --> 29:50.700 The frequency that has been shown is one thirty five, which is on paper. 29:50.780 --> 29:51.430 So that is fine. 29:52.670 --> 29:58.610 And the method that will be appropriate to do that with using a split, you can understand much on them, 29:58.970 --> 30:01.810 might be a little later on when we discuss it architecture. 30:05.520 --> 30:11.400 And output locks will be finding out the frequency that we want, so we will be targeted more gratifying 30:11.430 --> 30:14.190 because since we have designed unretired. 30:15.190 --> 30:17.070 It shouldn't for this frequency. 30:18.590 --> 30:27.040 We don't want it to be done, but we do want to lock and since we made our entire system, so do not. 30:27.110 --> 30:27.400 Right. 30:27.740 --> 30:35.450 So this completes our entire AP configuration and now we can just click, OK, now we will be seeing 30:35.450 --> 30:37.460 that this is an input been destroyed and. 30:37.460 --> 30:40.550 All right, so we'll just make this an external. 30:40.550 --> 30:46.570 But I think what happened and will be naming it, that's the pin that we have named is not a regional 30:46.580 --> 30:46.760 event. 30:46.850 --> 30:47.600 So we named it. 30:48.320 --> 30:53.170 So we'll be naming it like this. 30:53.180 --> 30:54.200 We named as a clock. 30:54.200 --> 31:00.900 So I just click on the pin and we could extend and change the name back to gluconate. 31:00.920 --> 31:03.360 So I just change the name back to a clock. 31:03.930 --> 31:10.930 Finally, this is named as a model, so I just click make external go through and change it. 31:13.430 --> 31:15.650 As soon as we complete this, we go back. 31:15.800 --> 31:17.480 So now we will be finding here. 31:17.480 --> 31:20.740 Do you have a design credential? 31:20.750 --> 31:21.150 Rapert. 31:22.530 --> 31:28.950 So this will given access to a huge deal which will declare as a company Gulf and then we do support. 31:29.970 --> 31:32.230 So we just go to design one daughter. 31:32.340 --> 31:35.940 But this is the end date. 31:35.950 --> 31:40.150 So this is an entity we want to deal with this entity. 31:40.170 --> 31:46.980 So we just copy from design delay and then we go back to our top model. 31:48.900 --> 31:57.710 Here, just below an architecture, we can accomplish great functioning, we just used to do it here 31:57.720 --> 31:59.330 and then companies. 32:00.710 --> 32:03.190 OK, now we need to do a. 32:03.950 --> 32:09.540 So we need to know the name of an entity which is designed to underscore one, that this could happen. 32:09.800 --> 32:19.760 So before the whole process and after the beginning, we'll just name seven will be the name of identity 32:19.760 --> 32:22.020 that is designed for an undisclosed weapon. 32:22.460 --> 32:24.830 And we know that did have a three four Glock. 32:25.130 --> 32:28.700 So Glock will be connected to a clock. 32:30.560 --> 32:40.310 The clock will be connecting the Glock and finally Laffan will be connected to a lot. 32:40.910 --> 32:43.560 So this completes support mapping, which is required. 32:43.640 --> 32:51.270 And finally, this is how you add what I like to let us just find out what the data that we are getting. 32:51.290 --> 32:56.120 OK, so before we go can afford right now, this will complete and everything. 32:56.570 --> 33:03.190 So we'll be finding no will become our top model and then Celan will be OK. 33:03.350 --> 33:10.010 So this completes an entire report that we need to write on screen so we can just pull through on screen. 33:10.790 --> 33:16.070 We can add a new constraint, OK, and we can create a file. 33:16.070 --> 33:19.910 We can name it as we want and then finally click finish. 33:20.030 --> 33:25.600 So if we just go to the dot ecstasy, it was really just due to the next fight. 33:25.730 --> 33:26.570 So I just be. 33:27.740 --> 33:34.220 So these are the pins that have already connected so well, 16, we have a clock and we need to speak. 33:34.700 --> 33:41.290 Then the Three Stooges, which we are using to contain the specific button on our display segment. 33:41.510 --> 33:47.860 We have connected to a push button and then we have dispensed that belonging to a Ouija board. 33:48.650 --> 33:50.480 So as soon as you complete this. 33:51.420 --> 33:58.590 You simply can do to BitStream, and then if you successfully defended a Batsuit, you can go ahead 33:58.800 --> 34:04.150 on downloading a program on the table and then getting a desired result from a screenplay. 34:04.200 --> 34:08.910 So you just need to change the switch and you will be getting a different color. 34:09.190 --> 34:12.420 OK, so this is how you handle a project related to a time. 34:13.080 --> 34:19.440 Now, you also go ahead and try to implement the same project, utilizing the reform that provided information 34:19.440 --> 34:19.680 that.