BACKTRACKING (Continued) Note that Backtracking algorithms run in a depth first search fashion. Refer to the call sequence of the bit-string printing algorithm's recursion tree. Sometimes some nodes a
Database Systems
Class Project
Part #2
Target Date: ASAP
The purpose of this part of the project is to load data into the TPC-H database created in part #1. For this
part of the project you will 1) do
Assignment #1
SSDs vs. Magnetic Disks
Target Date: 5/27/2015
Clearly SSDs (Solid State Drives) are more common these days, but the question remains are SSDs
replacing magnetic disks in large or very l
CSE 5660
Class Homework Assignments
Target Date: Each is due one week from date of assignment.
1.
Find a vendor specification sheet for a disk drive. Read through the specification sheet, highlight an
Database Systems
Class Project
Part #1
Target Date: ASAP
The purpose of the class project is to implement a relational database, load it with data, and execute a
collection of queries. For this projec
Assignment #3
DBMS Indexing
Target Date: 6/26/2015
For this assignment you are required to identify something interesting regarding the indexing techniques
used by the DBMS assigned to you in class. D
Assignment #2
RAID Storage Device Specification Sheet
Target Date: 6/3/2015
For this assignment you are required to find a specification sheet for a RAID capable storage device. You
should print out t
Database Systems
Class Project
Part #3
Due Date: Two weeks from date of assignment.
The purpose of this part of the project is to execute the (22) queries from the TPC-H specification, on the
database
Analysis of Algorithms: CSE 5210 Fall 2013
THREE QUESTIONS IN TWO PAGES
Quiz 1 Points 20
Q2. What is the asymptotic time-complexity of the following pseudo-code fragment in
terms of n:
For i = 1 to n
Analysis of Algorithms
Points 35 Time 70 min
CSE 5210
Fall 2013
(four questions)
Quiz 3
Q1. Basics: What is the time and space complexity of the following pseudo-code
fragment in terms of n:
For i = 1
ALGORITHM TYPES
Greedy, Divide and Conquer, Dynamic Programming,
Random Algorithms, and Backtracking.
Note the general strategy from the examples.
The classification is neither exhaustive (there ma
GRAPH ALGORITHMS
Definitions (background):
Graph: nodes/vertices, and edges/arcs as pairs of nodes. cfw_V, E
e12=(v1, v2, l12)
The third term l12, if present, could be a label or the weight of an
edge
Debasis Mitra, 2014
NP-COMPLETE PROBLEMS
Polynomial
Computers and Intractability: A Guide to the Theory of NP-Completeness, Michael R. Garey
and David S. Jonson, W.H. Freeman and Company, New York, 1
CSE 5211
Analysis of Algorithms
Fall 2004
Graduate Class Project (this description may be updated) Due: Tuesday, November 2, 2003 Purpose: (1) Implement the quick sort algorithm, (2) experiment with i
GRAPH ALGORITHMS Definitions (background): Graph: nodes/vertices, and edges/arcs as pairs of nodes. cfw_V, E e12=(v1, v2, l12) The third term l12, if present, could be a label or the weight of an edge
CSE 5211/4081 Fall 2005 Homework 0
Points: 20
Due: 8/30/05
Objective of this Home Work is to assess your background, and your current knowledge toward the target syllabus with some sample questions. I
CSE 4081/5200 Due: November 9
Fall 2004
Home Work 2
Points 30
1. Set up the recurrence equation for time complexity of the following algorithm and solve it for the usual theta function (asymptotic tim
Homework 3 Fall 2003 Algorithms Due: November 11, 2003 in class
Points: 50/60
1. Write down a pseudo-code for the divide-and-conquer Integer Multiplication algorithm. [10] function Mul(x,y) n = common
CSE 5211/4081
Algorithm Analysis HomeWork 3 Due: 9/29/05 Points: 15/25
.1. Write the recurrence equation for time complexity of the following algorithm and solve it using Master Theorem. [5] Algorithm
CSE 5211/4081 Algorithm Analysis HomeWork 4 Points: UG: 20/ Grad:20
Due: 11/3/05
.1. Write a recursive algorithm for the following formula. Input: a matrix of integers pij, 1<=i<=n, 1<=j<=n, for probl
INTRODUCTION Why write algorithms: (1) To get it out of the head, human memory is unreliable! (2) To communicate with the programmer and other algorithm developers. (3) To prove its correctness, to an
18-791 Lecture #17 INTRODUCTION TO THE FAST FOURIER TRANSFORM ALGORITHM Richard M. Stern
Department of Electrical and Computer Engineering Carnegie Mellon University Pittsburgh, Pennsylvania 15213 Pho
CSE 4020/5260
Class Project
Part #3
Fall 2000
Due Date: 12/11/00
The purpose of this part of the project is to execute a collection of queries on the database created in parts #1 and #2.
The specic qu
CSE 5636 Network Security
CYB 5290 Secure Data Communica=ons and Networks
Network Security Concepts
Dr. Marco Carvalho
Associate Professor
Harris Institute for Assured Informatio
Network Security:
Malware & Attacks
William Allen, PhD
Spring 2015
Network Security Issues
Security of data transmitted over network
confidentiality, integrity, availability
Security of application
CSE 5636 Network Security
CYB 5290 Secure Data Communica=ons and Networks
Introduc=on
Dr. Marco Carvalho
Associate Professor
Harris Institute for Assured Information
Florida Instit
The Power of
Computing Algorithms
Daryle J. Serrant [email protected]
Debasis Mitra [email protected]
Florida Institute of Technology
Computer Science
What is an Algorithm?
Cooking <- Recipes
Bu
Introduction to Analysis of Algorithms
CSE 4081
YOUR NAME:
Fall 2014
Exam 3
Points 40
Time 60 min
ANSWERS ARE TO BE CRISP, ONLY ON THE ANSWER SHEET PROVIDED.
[Students ignore these key words: Foundati
Intro to Analysis of Algorithms
CSE 4081
VERSION
UG
Fall 2014
Exam 2
Points 34
Time 60 min
ANSWERS ARE TO BE CRISP ONE NUMBER/WORD/PHRASE,
ONLY ON THE ANSWER SHEET PROVIDED: NO PARTIAL GRADING
[Studen