A+B. Intro_SJ.1 - University of Maryland University College
A+B. Intro_SJ.1 - University of Maryland University College
A+B. Intro_SJ.1 - University of Maryland University College
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CSMN 668 Database Security (3)<br />
Prerequisite: CSMN 661 or equivalent. Information stored in<br />
databases is a valuable asset that needs to be protected from<br />
damage. This course <strong>of</strong>fers both theory <strong>of</strong> and applications for<br />
providing effective security in database management systems.<br />
Conceptual frameworks for discretionary and mandatory access<br />
control, data integrity, availability and performance, secure database<br />
design, data aggregation, data inference, secure concurrency<br />
control, and secure transactions processing are studied. Models<br />
for multilevel secure databases for both relational and objectrelational<br />
databases are analyzed. Practical applications <strong>of</strong> database<br />
security concepts are applied in the laboratory component<br />
<strong>of</strong> this course.<br />
CSMN 681 Cryptology and Data Protection (3)<br />
Prerequisite: CSMN 655. This course traces the historical deve l-<br />
opment <strong>of</strong> cryptographic methods and cryptanalysis tools. T h e<br />
t h e o ry <strong>of</strong> encryption using symmetric and asymmetric keys is<br />
p resented. Cu r rent protocols for exchanging secure data, including<br />
the Data En c ryption St a n d a rd and the Ad vanced En c ry p t i o n<br />
St a n d a rd, are discussed. Se c u re communications techniques are<br />
also re v i ewed. Pu b l i c - Key In f r a s t ru c t u re and the use <strong>of</strong> digital<br />
s i g n a t u res and certificates for protecting and validating data are<br />
examined. The course also explores strategies for the physical<br />
p rotection <strong>of</strong> information assets.<br />
CSMN 683 Intrusion Detection, Incident Response, and<br />
Computer Forensics (3)<br />
Prerequisite: TLMN 672. The theory, skills, and tools needed in<br />
intrusion detection and computer forensics are the major themes<br />
in this course. The course discusses techniques for identifying<br />
vulnerable target systems and types <strong>of</strong> malicious code for mitigating<br />
security risks and recognizing attack patterns. It also presents<br />
the conceptual and operational tools necessary for analysis<br />
and resolution <strong>of</strong> problems with respect to effective filters and<br />
firewalls, attack tracing, system recovery, continuity <strong>of</strong> operation,<br />
evidence collection, evidence analysis, and prosecution.<br />
CSMN 685 Security Policy, Ethics, and the Legal<br />
Environment (3)<br />
This course assesses the information security environment<br />
within which organizations function today. The course reviews<br />
how, at the national level, policy continually evolves through<br />
administration initiatives and legislative debate. Information<br />
security responsibilities <strong>of</strong> major domestic and international<br />
agencies such as the Federal Bu reau <strong>of</strong> In vestigation, the Na t i o n a l<br />
Security Agency, and the National Institute <strong>of</strong> St a n d a rds and<br />
Technology are reviewed. Issues involving information security<br />
management within the enterprise—including suitable organizational<br />
policy, plans, and implementation strategies—are covered.<br />
Ethical issues such as monitoring employee computer use and<br />
p roper limitations on the use <strong>of</strong> customer data are also discussed.<br />
CSMN 690 Computer Systems Management<br />
Project (3)<br />
Prerequisite: CSMN 660. Students demonstrate their ability<br />
to structure and complete a major project that identifies and<br />
resolves an important management or organizational issue.<br />
Students report the results <strong>of</strong> their efforts in written and oral<br />
form. The project may be developed in cooperation with students’<br />
current employers or with some organization <strong>of</strong> their<br />
choice, provided there is no conflict <strong>of</strong> interest. The project is<br />
conducted under the direction <strong>of</strong> an on-site supervisor in cooperation<br />
with a faculty advisor.<br />
CSMN 762D Advanced Relational/Object-Relational<br />
Database Systems (3)<br />
Prerequisite: CSMN 661 or equivalent. Building on the foundation<br />
established in CSMN 661, advanced concepts are explored<br />
in this course. The course provides students with advanced know l-<br />
edge in logical design, physical design, performance, architecture,<br />
data distribution, and data sharing in relational databases.<br />
The concepts <strong>of</strong> object-relational design and implementation are<br />
introduced and developed. There will be an online laboratory<br />
component for this course.<br />
w w w. u m u c . e d u / g r a d<br />
Un i versity <strong>of</strong> Ma r yland Un i versity <strong>College</strong> | 125 |