The following system is designed such that it outputs the average of the most recent two data input samples. The system has an 8-bit unsigned data input I and an 8-bit unsigned output. The data input is sampled when a single bit input S changes from 0 to 1. Fill in the blanks and of the diagram with appropriate S input (Note: Please enter the answer as S or S', nothing else would be accepted as answer.) Inputs: I (8 bits), S (bit) Outputs: avg (8 bits) Local Registers: Prevreg (8 bits), Ireg (8 bits), avgreg (8 bits) A Init Prevreg: 0 Ireg: 0 avgreg: 0 B Wait D E Prevreg :- Ireg Ireg := I avgreg:= (Prevreg +Ireg)/2 Sample WaitLow

The following system is designed such that it outputs the average of the most recent two data input samples. The system has an 8-bit unsigned data input I and an 8-bit unsigned output. The data input is sampled when a single bit input S changes from 0 to 1. Fill in the blanks and of the diagram with appropriate S input (Note: Please enter the answer as S or S', nothing else would be accepted as answer.) Inputs: I (8 bits), S (bit) Outputs: avg (8 bits) Local Registers: Prevreg (8 bits), Ireg (8 bits), avgreg (8 bits) A Init Prevreg: 0 Ireg: 0 avgreg: 0 B Wait D E Prevreg :- Ireg Ireg := I avgreg:= (Prevreg +Ireg)/2 Sample WaitLow

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

QUESTION 3 What is f? for multiplexer 8x1. if lo=1, 11-D, 123D1, 13=D, 14=1, 15=D, 16=1, 17=1, S0= (C31), S1= (B30)and S2-(A=1). F=ABC D F=DAB CD F=A B CD F=ABCD
4. Design a combinational with three inputs X,Y»and z, and three outputs A, B, and C. When the binary input is 0, 1, 2 or 3, the binary output is equal is two greater than the input (input + 2). When the binary input is 4, 5, 6 or 7, the binary output is three less than the input (input - 3).
Q.6 Design a digital circuit that inputs 4 bits and outputs '1' if there are two or more 'l's in the input. a) Implement the minimized version of the function using AND, OR and NOT gates. b) Implement a minimized version of the function using NAND and NOT gates. c) Implement a minimized version of the function using NOR and NOT gates. d) Implement the function using a DECODER of an appropriate size. e) Implement the function using a MULTIPLEXER of an appropriate size.
None
2. Implement the following truth table directly (without any minimization) using a PLA. Properly label the inputs and outputs. Inputs Outputs A B C D X Y 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 ||| |
on paper please
Consider the 4 x 1 multiplexer shown in Fig. 1. a. Obtain a Boolean expression for the output of the multiplexer (F) in terms of the inputs and the selection variables. b. Implement a 2-variable OR function using only the 4x1 multiplexer, {F=x + y}. c. Implement a 2-variable AND function using only the 4x1 multiplexer, {F=x . y}. d. Implement a 3-variable OR function using only the 4x1 multinlexer. {F=x + y + z}. e. Implement an inverter gate using only the 4x1 multiplexer. lo 4-to-1 MUX S1 So Fig. 1 HA
C₂ S = 0 A B₂ b. B = 0000 C. ( FA S₁₂ = 1111 S=0 A = 1001 B = 0111 d. S=1 A = 0000 B 1100 e... S=1 A = 0011 B = 1010 Az Input values for the adder-subtractor circuit above are given below. In each case, indicate the values of the outputs C4, S3, S₂, S₁, and So- a. ( S = 1 A = 0000 B = 1111 9₂ C4 S3 = S₂ = S₁ = So = C4= S₂ = S₂ = S₁ = So= C4= S3 S₂ = S₁ = So= B₂ C4 = S3 = S₂ = S₁ = So= C₁ = S3 = S₂ = S₁ = So = A₂ FA B₁ A₁ D FA St Ao FA So
Computer fundamentals The complement of the input given is obtained in case of: A NOR B AND+NOR C NOT D EX-OR
Explain,.........
B4. In a circuit to decode 4-bits binary input into decimal and show the decimal output on a 7-segement display. Where 10-15 represent "don't care" conditions. F= A'B'CD' +A'B'CD+A'BC'D+A'BCD' +A'BCD F (A, B, C, D) = E (2, 3, 5, 6, 7) a. Use Kamaugh Map to minimize the equation of F. b. Write the minimize equation of F.
5. The maximum number of output states an 1-bit comparator could have is: b.2 а.1 с.3