Please let us know if any errors occurred in the following scenario. "001011010" is sent to the receiver by its sender. It uses 8-bit data with odd parity and 1-bit (LSB) parity for each bit of information. Why do devices use even parity instead than odd?
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Please let us know if any errors occurred in the following scenario. "001011010" is sent to the receiver by its sender. It uses 8-bit data with odd parity and 1-bit (LSB) parity for each bit of information. Why do devices use even parity instead than odd?
Where can I find the communication protocols used in TESLA cars? If you've found any, provide the schematic.
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- If an error happened in the following scenario, please mention whether it occurred. The sender sends the number “001011010” to the recipient. The devices make use of odd parity, 8-bit data, and a 1-bit (LSB) parity for each bit of information. What happens if the devices are utilizing even parity instead than odd? What are the communication protocols that are utilized in TESLA automobiles? Insert the schematic of the one(s) that you have discovered.Any errors in the following scenario would be greatly appreciated. The sender sends "001011010" to the recipient. For each piece of information, it utilizes 8-bit data with odd parity and 1-bit (LSB) parity. If devices utilize even parity, why don't they use odd parity as well? The communication protocols used in Tesla vehicles may be found on the company's website. Provide a schematic if you have one.In the following situation, kindly mention whether or not there was a mistake made. The number "001011010" is sent to the receiver by the sender. The devices make use of an odd parity, an eight-bit data, and a one-bit (LSB) parity for each bit of data respectively. What results may we anticipate if the devices make use of even parity as opposed to odd parity? What kinds of communication protocols are used by TESLA automobiles? Provide the schematic for the one or ones that you have discovered.
- Suppose the information content of a packet is the bit pattern 1110101010101111 and an even parity scheme is being used. What would the value of the checksum field be for the case of a two-dimensional parity scheme? Your answer should be such that a minimum-length checksum field is used.Please let us know if you believe each of the following assertions to be accurate or false, and offer a brief justification for your choice. The alternating-bit protocol and the SR protocol are indistinguishable from one another when the windows at both ends are set to 1.Suppose the information content of a packet is the bit pattern 1110 0110 1001 1101 and an even parity scheme is being used. What would the value of the field containing the parity bits be for the case of a two-dimensional parity scheme? Your answer should be such that a minimum length checksum field is used.
- With the use of a Checksum Method, show the transmission of “m” and “n” from the sender to destination side. The following block is sent: 00001111 11110000 11001100 10101010. With the use of a two-dimensional parity check and assuming that no single/multiple-bit or burst error have occurred, what will be received in the receiver side? NOTE: Put a space after each frame.Computer Science With the CBC/OFB/CFB/CTR mode: (a) if there is a single bit transmission error in block C3 of the ciphertext, which plaintext blocks are affected? CBC and CTR (b) Suppose that there is a bit error in the source version of P1. Through how many ciphertext blocks is this error propagated? What is the effect at the receiver?*Tele-traffic models are usually stochastic. (True / False)* Omni-directional antennas are used in corner excited cells. (True / False)* Cell Sectoring uses directional antennas to control interference. (True /False)* Session Initiation Protocol is a text-based protocol. (True / False)*Frame relay can be used for delay and jitter sensitive traffic (True/False)* Capacity of a cellular system is directly proportional to the number of times a cluster is replicated in a fixed service area. (True / False)*TDMA is usually used in narrowband systems. (True / False)
- True or false, and briefly explain your response to each of the following statements: When the window widths of the transmitter and receiver are both 1, the alternating-bit protocol and the SR protocol are the same.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) 01111110111110111110001101111101000011111001111110UDP and TCP use 1’s complement for their checksums to detect errors. Suppose you have the following 8-bit bytes: 11011001, 01010010, 11001010, 10100100 and 01011001. A. What is the 1’s complement of the sum of these 8-bit bytes? Show all the details of your work. B. Why do UDP and TCP take the 1’s complement of the sum as their checksum? That is, what do UDP and TCP not simply use the sum of these bytes as checksum? C. With the 1’s complement scheme, how does the receiver detect errors? D. With this checksum scheme, is it possible that any l-bit error will go undetected? How about a two-bit error? Explain your answer.