Suppose a binary message word is to encoded using a repetition code where every bit is to be repeated thrice. Which of the ff received word is free of any error 1. 101 101 101 101 2. 111 001 000 111 3. 111 101 111 000 4. 111 000 111 000
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Q: an even parity code is used to send a message across a noisy channel.
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- Suppose the sender and the receiver agree to use the bit pattern 01111110 to mark the beginning and the end of a frame. 1)The sender has the following bits to send. What does the sender actually send? 011110000111111011101111101 2) The receiver receives the following bits. What're the original data bits (note: this question has nothing to do with the previous question) 01111110111110111110001101111101000011111001111110Computer Network : Suppose 3 blocks of 16 bits need to be sent, using Checksum method proves the following cases: When there is no error When there is a burst error and detected. When there is a burst error and remains undetected Block 1: 1011101110101011 Block 2: 0101000011111010 Block 3: 0111010110101010suppose an even parity code is used to send a message across a noisy channel. which of the ff received word is sure to contain at least one error? a. 10101011 b. 111111 c. 000000 d. 001111
- Suppose we are transmitting a series of binary digits over a Binary Symmetric Channel and the probability of bit error is 10-3. What is the probability that a 15-bit word will have more than 1 error? Give your answer using scientific notation using 3 significant figuresA sender sends binary data 101011111001110. The checksum has eight bits length, what is the checksum that should be sent?Suppose the binary data stream 000011110011 is differentially encoded and then transmitted sketch each of the following codes Unipolar NRZ Polar RZ AMI (Alternate Mark Inversion) Manchester
- Consider the following bit stream: 0100 0011 0111 1001 0110 0010 0111 0010 0010 0000 0011 0010 0011 0001 0011 0101 a) Decimal value of most significant byte = ___________________ b) Decimal value of least significant nibble = ___________________ c) Hexadecimal representation of bit stream = ___________________Assume we have a code composed of 5 ternary codewords of varying lengths (1, 1, 2, 2, 3). How many unique messages comprised of two message symbols result in a series of four code symbols after encoding?What are the CRC bits (R) associated with the payload containing first four bit 1101 and last four bit is the last digit of your reg number (i.e. 5, payload = 1101 0101). Suppose that the 4-bit generator (G) is 0101, and r = 3
- A bit stream 10011101 is transmitted using CRC method. The generator polynomial is x^3 + 1. Show the actual bit string transmitted. Suppose the third bit from the left is inverted during transmission. Show that this error is detected at the receivers end.Given the codeword set 111111 000111 110001 101100 011010 If you receive 011011 and you assume at most one bit of corruption, what was the original message?4-The following block is sent: 0110111 0101010 1101010 1010101. Using a 2-dimensional parity check, what will be received by the receiver without the block being corrupted in transmission. put a space after each frame (8 bits). your final answer shoule be 5 frames. 5-Given: Original message : 110101010; Generator: 1010 Perform a CRC Calculation: 6-The symbols M and N are transmitted. Show the transmission of this data (at the sender and receiver) using Checksum Method.