Name
SID
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CS M51A Summer 2013 Section 1
Logic Design of Digital Systems
Dr. Yutao He
Homework Assignment No. 5
Due: Self-Graded
Textbook: Chapters 4 and 10
Problems: 4.1, 4.4, 4.10, 4.16, 10.10, 10.12, and the attached problem on
arithmeti
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SID
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CS M51A Summer 2013 Section 1
Logic Design of Digital Systems
Dr. Yutao He
Homework Assignment No. 6
Due: August 8, 2013
Textbook: Chapters 7 and 8
Problems: 7.1, 7.3, 7.4, 7.9, 7.12, 7.17, 8.4, 8.7, 8.16, 8.23, 8.26, 8.32
Note:
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CS M51A Summer 2013 Section 1
Logic Design of Digital Systems
Dr. Yutao He
Homework Assignment No. 7
Due: August 13, 2013
Textbook: Chapter 9
Problems: 9.8(a), 9.9, 9.15, 9.20, 9.25, 10.22
Notes:
1: In 9.15, implement the functio
Problem 1 (12 pts): Number conversion
(3) (6 pts) X = 85 in decimal, convert it to Radix-2, Radix-8, Radix-16.
(b) (3 pts) X = 47 in decimal, convert it into 2's complement with 8-bit length.
(c) (3 pts) X = 100110 is the 2s complement representation of a
Name
First
Last
Student ID #
University of California
Los Angeles
Computer Science Department
CSM51A/EEM16 Midterm Exam #1
Spring Quarter 2013
April 29th 2013
This is a closed book exam. Absolutely nothing is permitted except pen, pencil and eraser to
wri
CS M51A Summer 2013 Section 1
Logic Design of Digital Systems
Dr. Yutao He
VHDL Lab #1 - Orientation of VHDL and ISE
Due: July 23, 2013
Lee
Name:
Dongkeun
Last
(1)
First
Student ID:
(2)
604015820
Name:
Liu
Shengqian
Last
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Date:
First
904347248
CS M51A Summer 2013 Section 1
Logic Design of Digital Systems
Dr. Yutao He
VHDL Lab #1 - Orientation of VHDL and ISE
Due: July 23, 2013
Lee
Name:
Dongkeun
Last
(1)
First
Student ID:
(2)
604015820
Name:
Liu
Shengqian
Last
Student ID:
Date:
First
904347248
(6) The Summary
This project was straightforward in that the circuit was pre-
defined in the textbook.
However, since it was our first time, we were programming in VHDL using Xilinx, it took us
a lot of time to
Name
First
Last
Student ID #
University of California
Los Angeles
Computer Science Department
CSM51A/EEM16 Midterm Exam #1
Fall Quarter 2012
October 24th 2012
This is a closed book exam. Absolutely nothing is permitted except pen, pencil and eraser to
wri
NAME_
First
Last
STUDENT ID #_
UNIVERSISTY OF CALIFORNIA
LOS ANGELES
COMPUTER SCIENCE DEPT.
MIDTERM EXAMINATION #1
CSM51A / EEM16
Fall Quarter 2007
Oct 25th, 2007
This is a closed-book exam. (100 minutes)
The exam has 6 problems. All problems will be grad
CS M51A / EE M16, Sec 2
Winter 2014
Homework #2
Problem 1: Find the critical path and its length for the following gate network. Consider only LH
delays for all gates.
Problem 2: Show that the operation (gates) # described by the following table is univer
CS M51A / EE M16, Sec 2
Winter 2014
Homework #3
Problem 1: Determine the state diagram and state table for the sequential system which outputs a
1 when the input sequence does NOT contain the sequence 1-0.
Problem 2: Determine the state diagram and state
CS M51A / EE M16 Section 2
Winter 2014
Homework #4
Problem 1: Design each code converter using a decoder and OR gates. (Only 1 part
would appear on the quiz)
a. BCD to seven-segment code
b. 4-bit binary to 4-bit Gray code
Problem 2: Design a combinational
CS MEIAIEE M16 514 Seal Midterm Your SID: _ _ _
Problem No. 1 (11] points]
Part (a) An electric garage door opener t'Loek uses a small radio transmitter that sends a
5bit sequenee to a receiver inside the garage to open the door. and each receiver is sup
CS M51A Assignment 1
Fall 2016
1. The number of different integers that can be represented is 232 = 4294967296.
2. The largest integer that can be represented is:
Decimal: 231 1 = 2147483647
Binary: 01111111111111111111111111111111 (0 followed by 31 1s)
3