MSIS 5643 – Advanced Database Management Systems
Fall 2013
Spears School of Business
Oklahoma State University
Instructor:
Dr. Rathindra Sarathy, Professor of Management Science & Information Systems
Contact Information:
Office: 221 Spears School of Business;
Office hours: 3:00 – 4:30 p.m. Tuesdays
Email: rathin.sarathy@okstate.edu
Phone: 405-744-8646
Course Site: Desire2Learn (Online Classroom): http://oc.okstate.edu
Syllabus Attachment: http://academicaffairs.okstate.edu/current-students/46-syllabus-attachment
Overview of the Course
The effective use of database technology in business and industry has become critical in today’s global,
competitive environment. Students completing this class should gain a solid understanding of database
concepts, theoretical and applied, and should be prepared to work effectively in the database environments that
are so prevalent in today's global business enterprises. They should have a substantive introduction to concepts
data warehousing and web-enabled databases. I am attempting to make available to you considerable amounts
of information that are reflective of today's database and data warehousing environments.
Course Prerequisites
You should be a graduate student at OSU. Additionally the ability to use Access, the Microsoft Office
database management system, is something that you should have prior to taking this class. It will not be
taught in this class. You should have Internet access so that you can login to D2L and the virtual lab at OSU
(http://virtuallabs.okstate.edu). We will also be using Visual Studio.Net and SQL Server available via virtual
labs. I will also be dealing with some programming (VB.Net) so if you are taking this course as an elective and
you are uncomfortable with this you may consider dropping the class till you have satisfied the prerequisites.
Course Goals
This course introduces concepts and develops skills in database design, implementation and management. In
addition students will be exposed to advanced topics such as web-enabled databases and data warehousing.
Course Objectives
1) Students should understand today’s relational database
practices, approaches and issues
2) Students should understand tools, methodologies, and
skills for working successfully with databases in today's
global, data-driven business models
3) Student should be able to apply some of these tools and
skills through problems and exercises
4) Students will learn about web-enabled databases, and
implement this knowledge using ASP.Net
5) Students will participate in a team-based database
development project and build a database with a webbased front-end for a real application
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Program Learning Goal Supported
Business knowledge and competency
Critical and creative thinking skills
Business knowledge and competency
Critical and creative thinking skills
Technology skills
Business knowledge and competency
Critical and creative thinking skills
Technology skills
Critical and creative thinking skills
Technology skills
Ethical decision-making
Business knowledge and competency
Critical and creative thinking skills
Technology skills
Written communication skills
Texts and Supplementary Materials
Database Systems: A Practical Approach to Design, Implementation, and Management, 5/E, by Thomas
Connolly and Carolyn Begg, Fifth Edition; published by Addison-Wesley 2010,
ISBN-13: 9780321523068.
Companion Web site:
http://wps.aw.com/aw_connollyb_database_5/110/28382/7265991.cw/index.html
Grading Policy (tentative)
Exam I:
Exam II:
Exam III:
Project
TOTAL POINTS
100
100
100
100
400
Final grades will be assigned according to the following percentages:
A: 90 – 100; B: 80 – 90; C: 70 – 80 D: 60-70 F: < 60
I (very rarely) may have some scaling at the end of the semester.
Exams The exams will have problems/questions. There may be matching, multiple choice, fill-in-the-blank
and/or short answer sections, and problems to work. (For example, an exam could contain 2 SQL problems, 20
matching questions, and 10 fill-in-the-blank questions.) I will give you some additional guidance as to exam
content ahead of time. All exams will be proctored and some or all may be computer-based.
Homework Exercises At the end of many of the chapters covered in the Semester Schedule (shown below) a
set of questions and/or exercises is provided. Answering and working some of these (the ones relevant to the
lectures) will give you a good basis for studying for the question and problem sections of our exams. I will also
be providing assignment problems and solutions. I will not be collecting or grading assignments. These
assignments help you prepare for the exams, and you are strongly advised to do them.
Drops or Withdrawals and Special Accommodations for Students Please see the University Syllabus
Attachment at http://academicaffairs.okstate.edu/current-students/46-syllabus-attachment for this information.
Make-up Exam Policy
Students are expected to take each exam on the date given. If for any reason a student cannot attend an exam,
they will need to inform me ahead of time. After I grant permission, they must make arrangements on their own
with the university testing center to take the exam. The testing center charges a fee to proctor the exam.
MSIS 5643 – Fall 2013 Schedule (Tentative – subject to change)
Week
Before Aug.
20
Aug 20
Topic
Book Chapter
Aug 27
Go to http://oc.okstate.edu and, under “Students” in the left frame, choose
D2L.This is our class infrastructure for assignments and class slides, etc.
Lecture 1: Introduction to Databases, Environment and
1, 2 & 3
Architectures
Lecture 2: The Relational Model, Algebra & Calculus
4&5
Sep 03
Lecture 3: SQL Data Manipulation
6
Sep 10
Lecture 4: SQL Data Definition & Advanced SQL
7&8
Sep 17
10 & 11
Sep 24
Lecture 5: Database Design and Fact Finding
Techniques
EXAM I
Oct 01
Lecture 6: Entity-Relationship Models
12 & 13
Oct 08
Lecture 7: Database Normalization
14 & 15
Oct 15
Lecture 8: Conceptual & Logical DB Design
16 & 17
Oct 22
Lecture 9: Building ASP.Net Interfaces
Oct 29
EXAM II
Nov 05
Lecture 10: Physical Database Design & Security
18, 19 & 20
Nov 12
Lecture 11: Physical Database Design – Transactions
21
Nov 19
Lecture 13: Data Warehousing
Dec 03
Lecture 13: Data Warehousing (continued)
Dec 10
EXAM III (See University Final Exam Schedule)
32, 33 & 34
Term Project
Assignment:
Each team is responsible for finding a business or real-world situation for which a database is needed and to
build associated user interfaces for data entry, queries and reports.
Teams:
You may do the term project by yourself or in a team with a minimum of two and a maximum of three
people. (If you choose to have a team, you should pick your partner(s) because I don’t assign them.) All team
related problems are the teams’ problems. I will not interfere, and don’t expect me to arbitrate. If a team
member does not contribute, fire him/her. If you don’t like a team, quit that team and if you cannot find another
team, work by yourself. A team member who quits a team or is fired will then be responsible for another
version of the same project, or a different project. I will assign one grade for the whole team.
Grading:
Your grade on this project has three parts:
(1) (80 points) The first set of points is assigned to the defined milestones that you need to accomplish.
These points are associated with completing the milestones satisfactorily and on time and turning
them in to the appropriate drop box in D2L, and not with the product itself. Only one milestone report
per team should be submitted in the D2L drop box.
Milestone
#1 (Project Proposal)
#2 (Interview Questions)
#3 (Interview Responses)
#4 (Conceptual DB Design)
#5 (Logical DB Design)
#6 (DB Implementation)
#7 (Web prototype & Final Documentation)
Due Date
Sunday Sep 01
Sunday Sep 15
Sunday Sep 29
Sunday Oct 13
Sunday Oct 27
Sunday Nov 17
Sunday Dec 08
80 Points
5
10
10
10
10
15
20
(2) (15 points) The second part is associated with the product itself. That is, these points reflect the success
and quality of the final database system and your final report
(3) (5 points) The third part is associated with submitting weekly progress reports. For the weekly progress
reports, each member of the team will have to submit the report; it can be the same report for all
members of the team. The progress report doesn’t have to be long or involved – just tell me what stage
you are in, what you have done this week, and how you are doing. The report should be a single
Microsoft Word file, it must be cumulative and must contain all the previous weeks’ reports, with the
current week’s report first. You will not get credit unless you submit something each week. The
cumulative Wordfile must be named: Team#_LastName_firstName.docx. For Example:
Team1_Sarathy_Rathin.docx.
This progress report should be submitted by everyone, every week, in the respective dropboxes. No late
progress reports will be accepted. Please remember: Late assignments will be penalized 25% per
day that it is overdue.
Milestones & Cumulative Project Documentation:
Each milestone output is cumulatively added to your project documentation. That is, each milestone becomes a
chapter in your system documentation. So your system document grows with each milestone. Before the due
date for each milestone, please turn in the cumulative project documentation into the associated D2L drop
box. That is, milestone1 report must be first, followed by milestone 2, 3 etc. So, just add each milestone’s
documentation to the end of the previous milestone documentation. There will be only one report per team.
The filename must be Team#_Milestone#.docx. Example, Team1_Milestone1.doc
Failure to follow documentation rules will result in point deductions. Given the large
number of projects, it makes my job very difficult if I have to search through multiple
documents, documents that are not in order, or badly organized documents. I will
impose penalties if this happens.
Milestone #1 (5 points) Due: Sunday Sep 01
Prepare a written project proposal: This should be simple - a page or less - and should say what the
company/organization is, who your main contact is, include a statement of the situation or problem, state what
you intend to accomplish with your system, and give an idea of the information/output that will be generated by
your system. Also, if you plan to work alone, then indicate on the proposal that you are alone. If you choose to
be on a team, then organize it, choose a team name, and then include the first and last names of your members. I
will go through the proposal and let you know whether it is reasonable or whether you should make some
changes.
Milestone #2 (10 points) Due: Sunday Sep 15
Prepare a set of interview procedures/questions (Important: carefully read chapter 11 in your book and
in particular the DreamHome Case Study in pages 302 – 317) in the book BEFORE YOU DO YOUR
INTERVIEWS) . You will actually prepare a longer list of questions than shown there. Set up a set of
open-ended and/or short-answer questions to get the information you need (see below).
You need to collect enough information to provide the following in Milestone 3.




Problems in the existing system
Mission Statement and Mission
System Boundary Major User Views
User requirements for the new system, including:
 Outputs of the system including output screens, reports and business documents to be produced by
the system. This means that you have collected enough information needed for you to write the SQL
queries and stored procedures that will eventually produce these outputs
 The data that needs to be stored in the new system including description of all the major entities,
data attributes (their data type, length, precision etc.), the relationships among the entities, the
projected number of records, and possible future growth in the number of records
 Any business constraints that the stored data needs to reflect
 Data entry requirements (what data will be collected for storing and processing) and what kind of
validation needs to be performed.
REMEMBER that it is OK to collect all this data over a period of time, so you may check with your client
whether you can contact them more than once.
Milestone #3 (10 points) Due: Sunday Sep 29
Prepare a document with interview findings: Interview at least one person involved in the
business/organization to determine what the needs are and what outputs are generally needed in reports;
document the interview findings and responses to the questions you asked (see below).
Your documentation should include the following:
 Responses to your interview questions including person(s) interviewed, data and time of
interview
 Problems in the existing system (document a list of 3 to 5 major problems)
 Mission Statement, Mission Objectives (document something like Figures 11-8 & 11-9 in Page
303 & 308 of book), System Boundary (document something like Figure 11.10 on Page 309 of
book),
 Cross-reference of user views with the main types of data used by each (document something
like Figure 11-11 in Page 310 and Table 11-7 in Page 314)
 Description of data requirements (document similar to pages A-1 and A-2 in Appendix A)
 Transaction Requirements (document similar to pages A-3 and A-4 in Appendix A).
 Copies of any documents that the user is willing to provide– you may want to scan these
documents into pdf files
Milestone #4 (10 points) Due: Sunday Oct 13
Prepare the Conceptual Database Design: Prepare the conceptual DB design for the company based on needs
as found through the interview.
 Include an EER diagram
 Include a data dictionary of variable names and information (document similar to Fig 16.4 Page 428).
 Document the transactions (Update & query transactions) needed to satisfy the data input and output
reports requirements of your system. This would be a revised list from Milestone 3 (document similar to
pages A-3 and A-4 in Appendix A
 Validate your EER diagram by mapping these transactions on to your E-R diagram (document similar to
Figure 16.9 in Page 435).
Milestone #5 (10 points) Due: Sunday Oct 27
Prepare the Logical Database Design:
 Design the set of normalized tables (document these similar to Figure 17.5 in Page 458).
 Draw the Global Relation Diagram (document these similar to Figure 17.9 in Page 466).
 Draw the Relational Schema Diagram, show the functional dependencies and justify why each relation
is at least in BCNF.
 Prepare and document the SQL queries for all the data input and output transaction requirements that
you identified in the previous milestone.
Milestone #6 (15 points) Due: Sunday Nov 17
Implement the Database Design in MySQL & SQL Server.
 Implement the tables and relationships in MySQL. Each table should contain at least 5 records.
 Create stored procedures to create the database tables and relationships in Microsoft SQL Server and to
populate each table with 5 records (at least). Execute these stored procedures and test them.
 Create stored procedures to backup and restore the database. Execute these stored procedures and test
them.
 Prepare a document that contains
o the printout of the MySQL tables,
o the relationship diagram from MySQL, and
o the stored procedures from SQL Server.
Milestone #7 (20 points) Due: Sunday Dec 08
Design and construct web prototype of your system in ASP.Net. Then submit final documentation and
User Manual.
 Using Visual Studio, design the web-based system that you can deliver to your client. The web based
system will have:
 A home page that contains links to an administrator page. Access to the administrator page is through a
Login page. Any attempt to access the admin web page directly should also cause re-direction back to
the log on page.
 The admin page should permit the administrator to
o create/backup/restore the database, add/modify/delete records in any table,
o to produce any administrator related reports, and
o to search the database.
 The home page will also have links to pages that let users enter data (all data has to be validated), and
produce output reports identified in milestone 3.
 Prepare a short (but functional) user’s manual for your client (how to access your system; how to
input and/or modify data; and what your system can produce and how your user should accomplish it.
You might have a “trouble-shooting” section, if that makes sense for your project.).
 Complete the web prototype of your system in the DBMS that your client can use (the system should
be functional on a set of test data); The prototype should enable the user to enter validated data into the
database tables, maintain the database through the administrator page, and produce the important
documents and reports required by the client.
 Create two appendices to your cumulative project documentation, one containing the User Manual
and the other containing Screenshots of your web prototype.
Deliver the prototype (with the interface) and the User’s Manual to the person(s) you interviewed. (If the
person wants to implement and use your database at a later time, they should be able to hire someone to input
the data and have your system up and running); Ask the person in the company/situation you work with
send me an e-mail message to rathin.sarathy@okstate.edu or a memo on company letterhead indicating
that you delivered them the system you developed.