1 00:00:03,430 --> 00:00:08,710 Help everyone in this lapsus and we're going to implement all of them transceiver this design will contain 2 00:00:08,720 --> 00:00:10,660 both the transmitter and receiver. 3 00:00:10,680 --> 00:00:11,790 It's hot. 4 00:00:11,840 --> 00:00:15,640 We go to a symlink blank Morto contemptibly. 5 00:00:15,730 --> 00:00:16,570 You know come on when 6 00:00:19,930 --> 00:00:29,110 open up blank more falseness import all the necessary blocks as usual. 7 00:00:30,330 --> 00:00:33,010 We are going to need our center. 8 00:00:33,420 --> 00:00:41,730 So that Xilinx blocks can be compiled. 9 00:00:41,810 --> 00:00:46,660 We are also going to test the transmission transitionary system of the system and its immunity to nodes. 10 00:00:46,790 --> 00:00:54,590 So we need to transmit some data to transmit the data will generate a random binary data using Bornholm 11 00:00:54,620 --> 00:00:55,810 binary generator. 12 00:01:03,150 --> 00:01:10,770 When we abandon the specifics quints are binary Namath's which will transmit in this design the born 13 00:01:10,780 --> 00:01:16,870 and by generator is a smiling Gluck's So we will get into interface it with Xilinx block. 14 00:01:16,950 --> 00:01:20,700 But first let's go to the block battery because of Bonelli binary generator. 15 00:01:20,790 --> 00:01:26,130 Your the probability of what zero means there is if we give it a 0.5. 16 00:01:26,130 --> 00:01:35,720 There is a 50 percent chance of it being a zero and 50 percent chance of being 1 and there is no seat 17 00:01:35,840 --> 00:01:36,480 in. 18 00:01:36,740 --> 00:01:41,640 So no negative integer with soft as a unique identifier of a pseudorandom sequence. 19 00:01:41,800 --> 00:01:43,960 That is for each particular suit. 20 00:01:44,110 --> 00:01:46,540 There is a unique pseudo random sequence. 21 00:01:46,660 --> 00:01:52,910 Usually when you write a program to generate random numbers based on the starting seed once you set 22 00:01:52,990 --> 00:01:59,130 the seed in the block parameter dialog box you'll get the same stream of random numbers each time you 23 00:01:59,130 --> 00:02:00,300 run the stimulus. 24 00:02:00,540 --> 00:02:03,920 This is important for repeatability of the results. 25 00:02:03,990 --> 00:02:09,750 If you change it to another value and rerun the symbolism then you will get a differential of random 26 00:02:09,750 --> 00:02:10,500 numbers. 27 00:02:10,500 --> 00:02:13,890 So we'll keep things 61 in this design. 28 00:02:13,880 --> 00:02:20,510 You can change it so if you later again check the design and keep the same suit then you will get the 29 00:02:20,510 --> 00:02:23,120 same output sequence. 30 00:02:23,120 --> 00:02:36,680 Now let's get it in block interface to Xilinx blocks. 31 00:02:37,270 --> 00:02:42,200 It will have unsigned fixpoint output with single bits. 32 00:02:42,200 --> 00:02:48,120 This is because we are transmitting by Nouvelles serially. 33 00:02:49,280 --> 00:02:49,790 Beats 34 00:02:52,860 --> 00:02:54,700 symbol grade will be as it is. 35 00:02:54,780 --> 00:02:56,460 All of those things differ 36 00:02:59,920 --> 00:03:02,440 with the processes that are finally. 37 00:03:02,550 --> 00:03:09,440 So we need to convert serial data stream from gateway into a data stream using two parallel blocks 38 00:03:16,400 --> 00:03:17,330 against our serial. 39 00:03:17,330 --> 00:03:18,390 About a block. 40 00:03:20,300 --> 00:03:20,730 Raggatt 41 00:03:25,020 --> 00:03:31,630 the input block the input order will be listening toward. 42 00:03:31,740 --> 00:03:33,860 We can also choose and most things can work. 43 00:03:33,900 --> 00:03:36,350 What we have to air just upcoming blocks accordingly. 44 00:03:36,480 --> 00:03:42,030 But for this design we will remain with significant reward for the automatic type. 45 00:03:42,030 --> 00:03:43,060 Will be on same. 46 00:03:43,170 --> 00:03:51,640 The pre-season will be with binary point zero and the latency will be 1 in 6 and it will be default 47 00:03:51,700 --> 00:03:59,170 and Anderson will also be default in parallel to our purposes. 48 00:03:59,780 --> 00:04:06,550 This should be my couple of input bits and get in here so take care of that so if there is to get to 49 00:04:06,560 --> 00:04:13,530 it in so we put in automatic pushes enough cereal to be multiple of that two bits of in. 50 00:04:13,640 --> 00:04:20,480 But since we have kept our one we can use any number where using 4 bit output in parallel because we 51 00:04:20,480 --> 00:04:28,030 are using 16 cwm technique which requests forbit input 16 Kwami is it using two slices and two rooms. 52 00:04:28,100 --> 00:04:31,090 We get two slices and two rooms in Audi's and 53 00:04:33,940 --> 00:04:34,920 one slice. 54 00:04:34,990 --> 00:04:36,680 We can be good. 55 00:04:36,680 --> 00:04:38,210 This like. 56 00:04:38,540 --> 00:04:40,090 Then we'll go to Rome 57 00:04:43,310 --> 00:04:47,500 which is to Britain and so is mapping 58 00:04:51,260 --> 00:04:57,590 here two bad the book slices and it's a different room. 59 00:04:59,630 --> 00:05:00,920 This is wrong. 60 00:05:03,880 --> 00:05:13,580 And on the other it is it's less fun and sliced to slices will extract and separate to our boots. 61 00:05:13,610 --> 00:05:27,660 And Laura that we receive from the popular sites will be too and it could be your son to me or for your 62 00:05:27,670 --> 00:05:35,230 book or look for the fossilized and they called Be off and has being put it once. 63 00:05:35,260 --> 00:05:36,220 Will you be different. 64 00:05:37,200 --> 00:05:40,240 And indeed nor slice. 65 00:05:40,490 --> 00:05:49,260 Also it will be to arrange will be somewhat related to be off in book Datsik will be zero through a 66 00:05:49,320 --> 00:05:50,620 taking. 67 00:05:50,810 --> 00:05:53,630 This is then sent to Rome for info. 68 00:05:53,730 --> 00:06:01,380 And watertower feeds into the same two artists or first more listen in the room. 69 00:06:02,750 --> 00:06:04,650 Debussy's Mac to Fort Bliss. 70 00:06:05,780 --> 00:06:08,550 There would be 22 with two phases. 71 00:06:08,650 --> 00:06:14,950 So total surplus is particularly for sale that Victor will be 72 00:06:18,050 --> 00:06:23,670 negative three positive 3 negative one and positive one. 73 00:06:23,670 --> 00:06:33,030 This one will be divided by three because in one more lesson we require one by three and one salad bar 74 00:06:33,360 --> 00:06:38,580 mapping and we use your daughter operator since it is a vector. 75 00:06:38,750 --> 00:06:40,820 The output will be six point 76 00:06:44,850 --> 00:06:54,650 sixteen point fifty we have done this because in our next blog will be a fast food comes from blog which 77 00:06:54,650 --> 00:07:03,880 will take pics 16:15 preseason as in Pook's Enquirer's Sofia's room too. 78 00:07:03,900 --> 00:07:13,650 It will be dipped for with in-cell value rectors are negative 3 positive green negative one and positive 79 00:07:13,650 --> 00:07:13,920 one 80 00:07:17,300 --> 00:07:22,560 and we're on the same find 16 bit 81 00:07:25,430 --> 00:07:34,630 but by that point I think there was an agreement doesn't as he does so our next step will be even better. 82 00:07:34,730 --> 00:07:38,080 The main purpose in this. 83 00:07:38,150 --> 00:07:42,360 One more lesson using Romans that I roadmaps to bits to impress. 84 00:07:42,490 --> 00:07:45,920 And Puram math to be quite catastrophic. 85 00:07:46,200 --> 00:07:52,370 I have 16 come doctors sent to pass me up some block boys wasn't 7.1. 86 00:07:52,370 --> 00:07:53,420 We use our first 87 00:07:56,640 --> 00:08:02,960 block on wars and 7.1 phosphoric Ostrum blog. 88 00:08:03,060 --> 00:08:17,320 We sent to X and Aria and X and I am to dealing with this to block what your inputs we use zagging Drina 89 00:08:17,340 --> 00:08:17,810 block 90 00:08:21,990 --> 00:08:29,230 begin then all we can do is this and we are going to we could just delete block and also 91 00:08:33,310 --> 00:08:40,540 partisan blocks and gemologist data is delayed by one cycle before passing traffic to block do matching 92 00:08:40,600 --> 00:08:53,830 nighttimes added to block 7 inputs 17 per in this post are our output of these more listen and the remaining 93 00:08:54,040 --> 00:08:56,670 5 inputs we take constant value 94 00:09:00,700 --> 00:09:01,460 stand value 95 00:09:05,980 --> 00:09:08,510 we're giving constant values 96 00:09:34,320 --> 00:09:39,430 because we're looking to transform seatings in this block parameters. 97 00:09:39,430 --> 00:09:43,350 So we're going to use a sixty four point fifty four transform limit. 98 00:09:43,560 --> 00:09:49,700 The implementation options when there are different Mattox and different architectures for effort you 99 00:09:49,710 --> 00:09:51,690 we're going to use a pipeline instrument. 100 00:09:51,790 --> 00:09:56,940 Know our target frequency is to make out in the ground settings. 101 00:09:56,970 --> 00:10:00,720 We'll keep the fact to it as it is when you're getting off. 102 00:10:01,020 --> 00:10:08,330 You can see the user guide of this Pasquier transform 7.1 block to how to use the Skilling values. 103 00:10:08,500 --> 00:10:16,540 But there are different ways to use Kingwell is for different architectures Brownlie will truncation 104 00:10:16,830 --> 00:10:22,050 we use output ordering natural order and keep other values as it is. 105 00:10:22,530 --> 00:10:31,180 But as soon as it is but one thing it is the more option is using the block RAM where it's just that 106 00:10:31,180 --> 00:10:35,590 we use block when we depend on the number of points that we're going to use. 107 00:10:35,780 --> 00:10:42,700 Yes we're using sixty four point thirty so we can use from 0 2 to block RAM. 108 00:10:43,210 --> 00:10:48,730 We're going to use our non block RAM no for this. 109 00:10:49,290 --> 00:10:57,260 Now for that is will take constant input of WM-Well disabling that will be one whenever. 110 00:10:57,320 --> 00:10:58,630 Well it is wonderful to block. 111 00:10:58,630 --> 00:11:05,760 We'll be stuck for what the score I am we will also take a building value. 112 00:11:06,220 --> 00:11:15,930 This is will give the effective time to calculate T or IFAD if the value is 1. 113 00:11:15,940 --> 00:11:19,210 This will process 50 if the value is zero. 114 00:11:19,210 --> 00:11:22,740 This block will process 0 0 I mean I for 115 00:11:25,810 --> 00:11:27,110 so what. 116 00:11:27,150 --> 00:11:35,710 On that score I envy underscore will this will enable the at W.D. underscore I'm being put in this in 117 00:11:35,710 --> 00:11:42,170 part is one the act of W.D. underscore input will be valid. 118 00:11:42,290 --> 00:11:45,640 It can also be a constant. 119 00:11:46,040 --> 00:11:49,120 One to skinny. 120 00:11:49,220 --> 00:12:01,180 Since we're using sixty four point sixty four point three Skilling we're six feet on sand with a binary 121 00:12:01,180 --> 00:12:07,880 point at zero and the value for Skilling will be tens. 122 00:12:08,360 --> 00:12:11,350 If you look at the poor guy you really know how to use it. 123 00:12:11,360 --> 00:12:12,500 We're going to put it. 124 00:12:12,620 --> 00:12:18,050 Been to this thing what we're going to use are binary and using this command to convert that binary 125 00:12:18,440 --> 00:12:19,780 into this simple form. 126 00:12:19,790 --> 00:12:23,260 So we're going to 0 0 1 1 1 1. 127 00:12:23,270 --> 00:12:32,270 This depends on the size of Skilling that we're doing indeed depends on the task transponding and this 128 00:12:34,110 --> 00:12:38,610 is going on to score a city on a school yearbook is to enable our skill input. 129 00:12:38,630 --> 00:12:43,000 It is also a building with content value one. 130 00:12:43,140 --> 00:12:51,640 Now we like the outgroups and the output do something block when we do get three outs 131 00:12:57,180 --> 00:12:58,050 get out 132 00:13:01,800 --> 00:13:09,310 to be getting this value to you and we'll Tarmon the remaining outputs all the signals from these are 133 00:13:09,410 --> 00:13:15,440 the output will be terminated except for one when required. 134 00:13:15,490 --> 00:13:23,400 These don't output to interface with our receiver so we can match the timing off signal transmitted 135 00:13:23,640 --> 00:13:32,720 and received except that will me on all those signals to know the form of this other block inputs of 136 00:13:32,720 --> 00:13:33,470 this block. 137 00:13:33,470 --> 00:13:43,380 You can see the use of gate the signals are used to verify the outputs of the Block. 138 00:13:43,620 --> 00:13:54,890 And then when the divi and Ben-Dor is the output that is one clock cycle before the signal and don't 139 00:13:54,890 --> 00:14:00,470 signal is the signal that is Pi whenever the authority completes. 140 00:14:00,470 --> 00:14:09,380 If so our calculations are let's see the output in time scope Dymes grow. 141 00:14:09,470 --> 00:14:21,830 So our output time scope can also take two axes is we go to Dynasty's settings and there would be two 142 00:14:23,840 --> 00:14:34,920 going to use the Barlett does the sense that time scope will display the board outputs two times scope 143 00:14:35,180 --> 00:14:43,990 no less strong our transmitter and see if we get to it or have them signal we on these four or five 144 00:14:43,990 --> 00:14:47,290 thousand and we're good 145 00:14:52,880 --> 00:14:56,840 as you can see we're getting it know all of them. 146 00:14:57,070 --> 00:15:03,110 You know this is all of them signal that is in time domain since we are done. 147 00:15:03,140 --> 00:15:09,500 I have the after decision come orderless sent in the next system will design the receiver and connect 148 00:15:09,500 --> 00:15:13,300 the transmitter and receiver and check the Internet of our system. 149 00:15:13,490 --> 00:15:13,880 Thank you.