A bit stream “1101011011" is being given as an input to a CRC chip having a 14-bit encoder. The generato polynomial is x^4 +x+1. Specify the actual bit string that will be transmitted?
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- I am looking for a MIPS assembly program for the Mars simulator to prompt the user for a binary string, and return both the binary string, and what the odd parity bit would be. Assume 8 bit string. An example would be: Please enter a binary string: 01001101 Output: 01001101 1 The output for the string 00001101 would be: 00001101 0Computer Science Write a simple 4-bit number calculator for the HC11 simulator. The calculator should read lower order 4 bits form ports C and D and output the sum to port B. Show the code from the listing file and one screenshot showing ports C, D, and B with the result displayed on port B. (No synchronization is required.)A 4-bit data word (1101)2 is encoded using Hamming ECC for single error correction. Write the corresponding 7-bit codeword that is stored in memory below. Enter your answer here
- Create a MIPS programme that calculates the Hamming ECC code for an 8-bit byte. 8-bit positive numbers are easier to work with than larger ones, so your codes function for them. The programme requests a byte of data (a positive number from 0 to 255 in decimal) and creates the 12-bit Hamming code. The programme then outputs hex with a label.We want to implement a circuit that determines if a number falls within a desired range. Our input is an 8-bit binary number, B7B6 B5 B4B3B,B1 Bo, and our output is Z. The only components available to us are an 8-to-3 priority encoder and a 3x8 decoder as shown below: 0, Os 03 O2 0. We want Z to be '1' only when our input falls within the range 410 to 710, or in binary, 00000100, to 000001112. 1. If we connect our 8-bit input to the priority encoder (MSB is connected to pin Iz in the image above), what will be the expected output whenever our input falls within the desired number range? O20,0, = 2. Next, we connect the outputs from the priority encoder into the inputs of the decoder. To which output pin of the the decoder should we connect Z for our circuit to behave as desired? 3. In our circuit so far, assuming we don't use any more logic gates, will there be cases when our input falls outside the desired range but Z will be '1'? If yes, select one such input that falls outside the…LC-3 Fetch a number from memory location 0x3200 and print out the value of the number in decimal. For example at location x3200 the value is 0xFC5D. The two's complement representation of that is 1111 1100 0101 1101 or decimal 931 The program should output that decimal value 931.
- The circuit shown in Figure 02 is a 4-bit circuit that can add or subtract numbers in a form used in computers (positive numbers in true form; negative numbers in complement form). (a) Explain what happens when the Add Subt. input is HIGH. (b) What happens when Add/Subt. is LOW? Q.5 A, B2 A B1 A, Bo Az B3 Add/Subt. O A B Cin A B Cin A B Cin A B Cin Cout Cout Σ Σ Cout Σ Cout Σ FIGYRE 02Using Emu8086, write an ALP that will print the sum of two (2) variables X and Y to memory OB55H if their values are equal; otherwise, it will print their quotient to memory location DB5SH, Declare X and Y to have the size 16 bits each.Create an 8-bit ALU to calculate the arithmetic and logic expressions on 8-bit numbers et using Verilog. Use behavioral expressions for the arithmetic and logic expressions. Design the ALU using the select input/operation code (opcode) definitions from the following table: Орcode Function 00 A 001 A and B 010 A or B 011 А хor B 100 101 not A 110 A plus B 111 A divide by 2
- A 12-bit Hamming code word containing 8 bits of data and 4 parity bits is read from memory. What was the original 8-bit data word that was written into memory if the 12-bit word read out is as follows:1. 0000111010102. 1011100001103. 101111110100Write a program for 8051 microcontroller to count from 0 to 99 (in decimal) with a delay of 0.94 seconds. Send the lower byte to Port 0 and higher byte to Port 2.Create a MIPS programme that calculates the Hamming ECC code for an 8-bit byte. 8-bit positive numbers are easier to deal with than bigger ones, so your programmes function for them. The programme requests a byte of data (a positive number from 0 to 255 in decimal) and creates the 12-bit Hamming code. The programme then outputs hex with a label.