Module Descriptor
2012/13
School of Computer Science and Statistics.
Page
1
of
2
Module Code
4D2b
Module Name
Knowledge Engineering
Module Short
Title
N/a
ECTS
weighting
Semester/term
taught
Semester 2
Contact Hours
Lecture hours:
22
Lab
hours:
Tutorial hours:
11
Total hours:
33
Module
Personnel
Lecturing staff:
Prof. Owen Conlan
Learning
Outcomes
On completion of this
module
the student will be able to:
1.
Design and engineer a Database Management System (DBMS) with consideration
given to
hardware, information organization, hashing and indexing.
2.
Understand the structure of, and apply advanced manipulation techniques to, XML
documents.
3.
Develop skills in managing knowledge using Ontological and Semantic Web
technologies.
4.
Design and develop
Ontologies
5.
Understand and Compare different Information Retrieval techniques, specifically
those used on the web.
Module
Learning Aims
Knowledge Engineering is a one semester
module
taken by Senior Sophister CD and D
Stream students. It builds on the outcomes of Data Engineering by introducing knowledge
engineering techniques such as information organisation and storage, ontological reasoning
and artificial intelligence. addresses te
chniques and technologies for organizing, structuring
and storing data. Specifically, this module focuses on the organization and sorting of files
including topics such as hardware optimization, indexing and dynamic data structures. These
topics are expand
ed to include advanced Knowledge Management approaches, such as
Information Retrieval (IR) and Data Mining, and technologies, such as advanced XML and
ontologies.
The objectives this module are to give students an understanding of the organization and
ma
nipulation of knowledge and data using a variety of techniques.
Module
Content
Record storage and primary file organization;
Index structures for file;
Fundamental Technologies and Techniques for DBMSs
o
Storage Hardware
Module Descriptor
2012/13
School of Computer Science and Statistics.
Page
2
of
2
o
File Basics, File Organisation,
File Sorting
o
Hashing
o
Single
-
Level Indexes, Multi
-
Level Indexes, B Trees, B+ Trees
Knowledge Management
o
Advanced XML
XSLT; XPath; XQuery; XUpdate
o
Ontologies
OWL; Reasoning
Application in Semantic Web
Artificial Intelligence
o
Rule
-
based systems; Case
-
based re
asoning; Bayesian Networks
Retrieving textual information:
o
IR vs database retrieval;
o
Classic IR models (boolean, vector space, probabilistic);
o
Retrieval effectiveness
-
precision and recall.
Information retrieval on the web:
o
First generation search
engines;
o
The HITS algorithm;
o
Google; Scamming Google;
o
The next generation of search engines.
Recommended
Reading List
1.
Fundamentals of Database Systems by Elmasri & Navathe
,
published by Addison
Wesley
2.
www.zvon.org
(XSLT, XPath, Schemas)
Module Pre
Requisite
None
Module Co
Requisite
Assessment
Details
% Exam:
100
% Coursework:
0
Module
approval date
N/a
Approved By
N/a
Academic
Start Year
N/a
Academic Year
of Data
N/a
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