‫Now, we have added some new blogs at the transmitter and corresponding to those blogs.
‫We need to add some blogs at the receiver.
‫And the first block that we need to add it is the Constellation Decoder blog, because I do trust metter,
‫we have added the Constellation modulator.
‫And what Constellation Decoder does is that, for example, if we are using the cupie Eskimo relation
‫and these are the Constellation points, the Constellation decoder converts these constellation points
‫back to their corresponding bits.
‫For example, this constellation, why it would be converted in two zero.
‫It would be converted into zero one.
‫It would be converted into one one.
‫And it would be converted in two one zero.
‫Now, at the output of this Constellation Decoder blog, for example, this constellation symbol, it
‫will be represented as the zero one.
‫And so these are two bits and the rest of the six bits in the byte, they would all be zero.
‫And corresponding to this symbol at the output of the Constellation decoder.
‫We have one one as the least significant bytes and the rest of the bytes would be zero.
‫And these bytes would then be given to the unpack gigabits block and for cupie ASCII.
‫I would set it here is equal to two.
‫And what this block would go that.
‫For this fight, it will take its first two bites, which is the actual information, and convert it
‫in two separate bites with first bite.
‫Having zero as least significant bits, the other bits are obviously zero.
‫And the second bit would be put in another bite with one as the least significant bit, and these other
‫bits of this bite would be zero.
‫So we are sending one bit better bite as information because this next block, it takes one big bite
‫as it's in.
‫And this next block, which is the quarterly access called Block, what it does is that it looks for
‫the preamble.
‫And when it finds the preamble, it knows that the new packet is starting.
‫It would remove the preamble and it would remove the header and then it would give the payload at its
‫output to the next block.
‫Now, the output that is being generated at this block, it is in this format with one bit better byte.
‫So we will then use that Reep Back Bits blog and Repak, which lock would be that at at its input?
‫It would be it would take a bite.
‫And it would take its first bit.
‫And then it would be the second bite and take its first break.
‫And likewise it would it is going to take the first bite of first bits of the eight bytes and then it
‫will back those first bits into bite.
‫Are in other words, we are no getting the actual letter that was being transmitted by the crossword.
‫And so here we get the actual data format that is being sent by the transmitter.
‫And here I have done dissecting.
‫I have bacon bits, but input bite as one.
‫That means that at the input, the least significant big is the actual information.
‫And the other bits are unimportant.
‫And we would be such least significant bits from eight bytes.
‫And then we would make a single byte at the.