What is the worst-case value for the bit error probability for any digital communication
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What is the worst-case value for the bit error probability for any digital communication system? Use the decimal form.
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- Draw a symbol for a solid-state logic element AND.1. (2.85567*10^3)10 is stored in register $f0 as a single precision folating point binary number. Show the sequence of bits in $f0. 2. Add two binary floating-point numbers (1.101101*2^3)2and (1.010101*2^2)2. What is the dicimal folating-point number of the result?Q4. Suppose we receive a bit sequence: 00000 00100 11110 10000, and suppose a repetition code with 5 total bits and 1 data bit is used. ) a. What is the original message bit sequence if only single bit error can be made? b. What is the code rate?
- Q3) A bit word 1010 is transmitted. Construct the even parity 7-bit hamming code for this data? If at receiver end data is received as 1000010, then check and correct the code using even parity scheme. Assume the direction of generation and checking the code from right to left?%ar ull ? KB/S O 1:YY o Worksheet III .. Worksheet_III_2021 Q1: what's the decimal value of the binary 11011011 if the number implemented in: Sign and magnitude l's complement 2's complement Q2: For BCD code perform the following, with and without complement: 1. 1000010110 is subtracted from 10101000001. 2. 759 be subtracted from 645. Q3: If the given binary number 110101100 2 find the gray code and the decimal value of this Gray code. Q4: for 13-bit system find the following: • Number of total states • Range for signed numbers (positive and negative) Q5: perform the following operations in Hexadecimal (with and without complement): 7F + 9C 164 - 5E Q6: perform the following operations in Octal (with and without complement): 65 + 43 164 - 77 Q7: Find the following for a binary system: capable to represent a decimal number - 489 • Number of bits needed The Range for this system Q8: Write your full name: your first Name, Father and Grandfather in ASCII and show how many bytes needed to…Q2) Write the Assembly language instructions required to find: Z-X/Y, where X and Y are 16- bit numbers stored in BX and CX, respectively. Store the result at 91F00H in the data segment, and store the remainder at 55A80H in the stack segment. Assume that X and Y are: 1) Unsigned numbers 2) Signed numbers
- Using the IEEE 754 floating point format, write down the bit pattern that would represent 1/4. Can you represent 1/4 exactly?Assuming even parity, find the parity bit for each of the following data units. a. 1001010 b. 0001101 c. 1000000 d. 1110111Use IEEE 754 single-precision standard (32 bits) to represent (-131.8125)10, and then convert it to Hexadecimal. Now assume we are defining new 16-bit floating-point representations as shown in the figure below. Let X = 0x50A2 and Y = 0x3980 are two 16-bit floating-point numbers, represented in this format. Sign (1 bit) Exponent (5 bits) Significant (10 bits) Find the values of X and Y in decimal? Let Z = X+Y. Find 16-bit floating-point representation (in Hex) of Z? (Show how the floating-point addition is performed step by step).
- A- Answer (1) or (2) 1. For a digital signal (101100111001100010) use DPSK to transmit and receive this signal including the necessary circuit diagrams? 2. If there are digital bits wanted to be transmitted using all kinds of shift keying. Make a calculation for the basic parameters of all e.g. BW, SNR, Probability of error? Assume all the missing values ?Q3. Perform following arithmetic operations: a. (6767)10 + (3592)10 using BCD b. (C7C)16 - (BOE)16 using 16’s complement Q4. A code 1011011 needs to be sent to the receiver. Using, hamming code find out the code- word and the mechanism to check the corrected data when error occurred at 4th bit. (Assumptions: Right to Left with Odd Parity) 05 (o) Convort the following logie ooto cirouit into o Rooloon ov riting RooloonA- 1. For a digital signal (101100111001100010) use DPSK to transmit and receive this signal including the necessary circuit diagrams? 2. If there are digital bits wanted to be transmitted using all kinds of shift keying. Make a calculation for the basic parameters of all e.g. BW, SNR, Probability of error? Assume all the missing values ?