Create a program in SAP-2 that inputs a byte of data from the input parallel port with handshaking. Check the received byte if it is equal to decimal 115. The system will provide an output of ASCII N (4EH) if it is equal to decimal 115. Otherwise, it will provide ASCII Y (59H). The result, ASCII Y or N, should be transferred to the parallel output port. Note that creation of subroutines are not allowed. Also, write the starting address (in hexadecimal) of each instruction. The starting address of the program is 2113H. Example: 2102H: ADD 2103H: HLT

Write a program in C  that can convert a bit stream of a message into a frame by using Hamming coding. The bit stream is the input parameter of the program. For example, given an input parameter as 1001000, the correct output of the frame is 00110010000. Input bit stream will have 1 to 64 bits. Some self-testing examples are:Input 1001000; output 00110010000Input 1101001100110101; output 011110110011001110101Input 1010101; output 11110100101Input 11111111; output 111011101111   Write a program in C  that can convert a bit stream of a message into a frame by using CRC. The bit stream is the first input parameter of the program, which will have 8 to 128 bits. The generator function is the second input parameter of the program, which will have 4 to 16 bits. For example, if the generator function is x^4 + x + 1, the second input will be 10011. The output should be the transmitted bit stream with its CRC checksum bits; see example in Figure 3-9 in the textbook. Some self-testing examples…

Construct a TM M4 which accepts the language { w2w | w in {0,1}* }. This means, any input that comprises two copies of a binary string w separated by a single 2 symbol should be accepted. Any other input should be rejected. The input alphabet is {0,1,2}. The tape alphabet contains 0, 1, 2, _ and you may use additional symbols 3, 4, 9 if you wish (M4 can be constructed comfortably with just one additional symbol 3). The tape's content after M4 halts does not matter. Submit a representation of M4 as described above. ••*/

i have this code .ORIG x3000SetupLEA R0, InfoPUTS ADD R6, R6, #5; Init Main Loop counter (loop 5 times) ;Print first 2 Fib values before starting;----- Your Code Here -----;LD R1, #0   JSR printNum   LD R2, #1   JSR printNumJSR printNum    ; Print the value in R2   JSR printCommaSpace ; Print comma and space   ;----- End Your Code Here -----;;Loop and call subroutines to calculate each subsequent value in the sequence;Exit the loop once all single-digit values in the sequence have been printedMainLoop ;----- Your Code Here -----;   JSR calcNextFib   JSR printNum   JSR printCommaSpaceADD R6, R6, #-1BRz Done    BR MainLoop   ;----- End Your Code Here -----; Done HALT ;-----------------------------------;Subroutines;----------------------------------- ;Uses R1 and R2 to calc next value in Fibonacci sequence;When complete, Fib2 (R2) will contain the new Fib number;and Fib1 (R1) will contain the previous value of Fib2 (R2)calcNextFib;----- Your Code Here -----;ST R1, SaveR3 ; Save R1ST R2,…