COM 251 Logic Design and Circuits
Acknowledgement
Combinational Logic Design:
Logic Gates and Boolean Algebra
The slides have been based in-part upon original slides of a
number of books including:
Digital Design with RTL Design, Verilog and VHDL, 2nd ed
Tree
Nodes
Each node can have 0 or more children
A node can have at most one parent
Binary tree
Tree with 02 children per node
Tree
Binary Tree
Terminology
Root no parent
Leaf no child
Interior non-leaf
Height distance from root to leaf
Root node
Int
AVL Trees
COM 201, Fall 2012
2
All BST operations are O(d), where d is tree
depth
minimum d is d log2N for a binary tree
with N nodes
What is the best case tree?
What is the worst case tree?
So, best case running time of BST operations
is O(log N)
COM 2
Computer Engineering Department
EEE 251 Logic Design and Circuits - Laboratory
Lab 4: Introduction to Logic Design using BASYS 2 FPGA Board and Verilog
In this lab, first you will be designing combinational logic that takes as input a 2-bit and 4-bit bin
Computer Engineering Department
EEE 251 Logic Design and Circuits - Laboratory
Lab 4: Designing Counters on FPGA Board Using FSM in Verilog
In this lab, first you will design and implement 2 counters based on sequential logic using Finite State
Machine (
FUNDAMENTALS OF ELECTRONICS
HOMEWORK 1
CURRENT AND VOLTAGES
RESISTANCE
HOMEWORK 2
INSTRUCTOR: PROF. DR SALIH OKUR
EMAIL: [email protected]
Phone: 0545 845 4417
Gediz University - Department of Computer Engineering
EEM 251 - Logic Design and Circuits
Homework #3
Question 1)
Draw a state diagram for an FSM with no inputs and three outputs x, y, and z. XYZ should always
exhibit the following sequence: 000, 001, 010
DEPARTAMENTO
DE
TECNOLOGA ELECTRNICA
ESCUELA TCNICA SUPERIOR DE INGENIERA INFORMTICA
Introduction to Verilog and XILINX
Lab Session
Computer Structure
WARNING:
A written solution of the preliminary work is required to carry out the
laboratory session. A w
public class Node cfw_
public int value;
public Node next;
public Node(int v, Node n)
cfw_
value = v;
next = n;
public class LinkedList cfw_
private Node head;
public LinkedList()cfw_
head = null;
public void AddFront(int value) cfw_
head = new Node(va
/*
* Copyright (c) 2008-2010 Morten Silcowitz.
*
* This file is part of the Jinngine physics library
*
* Jinngine is published under the GPL license, availab
le
* at http:/www.gnu.org/copyleft/gpl.html.
*/
/package jinngine.util;
import java.util.*;
/*
*
Digital Design
Chapter 4:
Datapath Components
4.1
Introduction
Chpts 2 & 3: Introduced increasingly complex digital building
blocks
Gates, multiplexors, decoders, basic registers, and controllers
Controllers good for systems with control inputs/outputs
A linked list consists of:
A sequence of nodes
myList
a
b
c
d
Each node contains a value
and a link (pointer or reference) to some other node
The last node contains a null link
The list may have a header
COM 201, Fall 2012
3
A nodes successor is the nex
COM 201, Data Structures, Quiz #1
October 15, 2012
Student Id:
Name:
Signature:
1) What is the O-notation for the given f function:
f(n) = n2 + 0.6 n + 4. n.log n + 2.n2 . log n
O(n2 . log n)
2) Trace the following code, showing the content of the stack a
COM 251 Logic Design and Circuits
Acknowledgement
Combinational Logic Design:
Canonical Forms
The slides have been based in-part upon original slides of a
number of books including:
Digital Design with RTL Design, Verilog and VHDL, 2nd ed.,
Frank Vahid,
COM 251 Logic Design and Circuits
Acknowledgement
Combinational Logic Design:
Examples
The slides have been based in-part upon original slides of a
number of books including:
Digital Design with RTL Design, Verilog and VHDL, 2nd ed.,
Frank Vahid, John Wi
COM 251 Logic Design and Circuits
Acknowledgement
Combinational Logic Design:
More Gates
The slides have been based in-part upon original slides of a
number of books including:
Digital Design with RTL Design, Verilog and VHDL, 2nd ed.,
Frank Vahid, John
COM 251 Logic Design and Circuits
Acknowledgement
Combinational Logic Design:
Decoders and Multiplexers
The slides have been based in-part upon original slides of a
number of books including:
Digital Design with RTL Design, Verilog and VHDL, 2nd ed.,
Fra
COM 251 Logic Design and Circuits
Acknowledgement
Optimization and Tradeoffs:
Combinational Logic
The slides have been based in-part upon original slides of a
number of books including:
Digital Design with RTL Design, Verilog and VHDL, 2nd ed.,
Frank Vah
COM
COM 251 Logic Design and Circuits
Acknowledgement
The slides have been based in-part upon original slides of a
number of books including:
Sequential Logic Design-Controllers
Digital Design with RTL Design, Verilog and VHDL, 2nd ed.,
Frank Vahid, John
COM
COM 251 Logic Design and Circuits
Acknowledgement
The slides have been based in-part upon original slides of a
number of books including:
Datapath Components
Digital Design with RTL Design, Verilog and VHDL, 2nd ed.,
Frank Vahid, John Wiley, 2011.
Pr
1
COM 201 Data Structures, Homework 1
November 19, 2012
Due by Monday November 26th, 2012, Midnight via email
Singly Linked List
One of the professors in your department loves Linked List data structure. Therefore, he wants to
implement his student exam s
1
COM 201 Data Structures, Homework 2
December 1, 2012
Due by Friday December 7th, 2012, Midnight via email
Binary Search Trees and AVL Trees
In Lab 4, we have studied Binary Search Trees (BST). One disadvantages of the BST is that it is NOT a
BALANCED tr
1
COM 201 Data Structures, LAB 1
I.
November 1st, 2012
Sort An Array
1- Login to Windows.
2- Run the application called Eclipse.
3- Create a new Java project called SortUtility
4- Add an Interface under the src directory and name it SortUtility. Edit its
import java.util.ArrayList;
/*
* Froggy.java
*
by Necati E. Ozgencil
*
necati dot ozgencil at gediz dot edu dot tr
*/
public class Froggy cfw_
public static void main(String[] args) cfw_
int numberOfStones = 7;
if (args.length > 0)
numberOfStones = Intege
The Use of Machine Learning
Algorithms in Recommender Systems:
A Systematic Review
Ivens Portugal
Paulo Alencar
Donald Cowan
David R. Cheriton School
of Computer Science
University of Waterloo
Waterloo, ON, Canada
[email protected]
David R. Cheriton