is transmitting on Ethernet. Write the bit stream in the order of transmitting.

Hello. I need help developing a C or C++ program that simulate an 8-port Ethernet switch. The switch initially has no knowledge about the hosts connected to each port. It learns frame addresses and stores-and-forwards the frames. The input text file "in.txt" contains information of the incoming frames, one frame per line. There are 4 pieces of data per line: frame ID, arrival port, frame source address,and frame destination address. The frames arrive at the switch in the order of which they appearin the input file. Destination address "X" indicates a broadcast frame.  Thank you!   ********************PLEASE YOUR CODE MUST BE COMPLETE, COMPILE AND EXECUTE****************   The output text file "out.txt" has 8 lines. Each line lists all the frames departing from each port, here is an example:  "in.txt" contains 5 incoming frames:F1 P2 B--AF2 P6 D--CF3 P5 E--BF4 P7 F--DF5 P6 D--X"out.txt" should list the departing frames on each port:P1: F1 F2 F5P2: F2 F3 F5P3: F1 F2 F5P4: F1 F2 F5P5: F1…

How may the interval between bytes be different in asynchronous transmissions?

Suppose a file of 10,000 bytes is to be sent over a line at 2400 bps. A. Calculate the overhead in bits and time in using asynchronous communication. Assume one start bit and a stop element of length one bit, and 8 bits to send the byte itself for each character. The 8-bit character consists of all data bits, with no parity bit. B. Calculate the overhead in bits and time using synchronous communication. Assume that the data are sent in frames. Each frame consists of 1000 characters = 8000 bits and an overhead of 48 control bits per frame. C. What would the answers to parts (a) and (b) be for a file of 100,000 characters?

Why does the time interval between bytes fluctuate in asynchronous transmission?

1- Configure the 8255 as the following port A as Output, B as Input, and all the bits of port C as Output assuming a base address of 3A0h. What is the correct code that read a value from port B and then output is to both port A and port C 3020181 MOV AL, 82h OUT 3A3,AL IN AL, 3A1 OUT 3A0, AL OUT 3A2, AL b) None Of Above MOV AL, 90h C) OUT 53,AL IN AL, 51 OUT 50, AL OUT 52, AL d) MOV AL, 81h OUT 3A2,AL IN AL, 3A1 OUT 3A0, AL OUT 3A3, AL Boş bırak

What is the difference of the output stream when use statistical TDM multiplexer and synchronous TDM? Each frame consists of 3 slots. The bits arrive at the multiplexer as shown by the arrows. Note: If a cell is empty use the symbol:  e

Dear Wrier it is my solution could oyu please double check this solution and confirm that your solution is correct one? The SLIP frame begins with the character 0xC0, known as the SLIP END character. Bytes in the frame are treated as either control characters or non-control characters. Non-control characters are sent as is, while control characters are replaced by a two-byte sequence. Specifically, 0x7E and 0xDD are non-control characters and are sent as is. 0xDB, 0xC0, and 0x7D are control characters and are replaced by the two-byte sequences 0xDB 0xDC, 0xDB 0xDC, and 0xDB 0xDD, respectively. The byte 0xDC is also a control character and is replaced by the two-byte sequence 0xDB 0xDD. Finally, the frame ends with the SLIP END character (0xC0). The bytes sent on the wire (after framing) are 0xC0 7E DB DD 7E C0 7D DB DC FF DB DD 0xC0. The frame begins with a flag sequence represented by the bit sequence 01111110 and denoted by the value 0x7E. Each byte in the frame undergoes encoding…

I need some help with this question

Suppose a file of 10,000 bytes is to be sent over a line at 2400 bps. A. Calculate the overhead in bits and time in using asynchronous communication. Assume one start bit and a stop element of length one bit, and 8 bits to send the byte itself for each character. The 8-bit character consists of all data bits, with no parity bit. B. Calculate the overhead in bits and time using synchronous communication. Assume that the data are sent in frames. Each frame consists of 1000 characters = 8000 bits and an overhead of 48 control bits per frame. C. What would the answers to parts (a) and (b) be for a file of 100,000 characters?