Course Guide - Edith Cowan University
Course Guide - Edith Cowan University
Course Guide - Edith Cowan University
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ENS5102<br />
30 Credit Points<br />
Master Preliminary<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
An advanced research project; topic selected and approved by the<br />
Chairperson of the Department or nominee; literature review of<br />
the selected topic, preliminary studies, design, analysis,<br />
developmental and experimental work.<br />
ENS5107<br />
15 Credit Points<br />
Digital VLSI Design<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
Prerequisite :<br />
ENS2256 Digital Electronics<br />
This unit covers logic families, memory types, and FPGA and<br />
CPLB programmable logic devices. It also presents digital VLSI<br />
design, analysis and synthesis methods, including top-down<br />
design, algorithmic state machines (ASM), sequencing and<br />
control circuits, CPU, and large memory arrays. The unit also<br />
introduces VHDL language, simulation and testing of digital<br />
systems, and the complete design process of ASICs.<br />
ENS5118<br />
15 Credit Points<br />
Systems-On-Chip<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
This unit covers several aspects of modern VLSI (Very Large<br />
Scale of Integration) systems. Starting from deep submicron<br />
fabrication processes and continuing with CMOS design styles<br />
and methods, power dissipation and low power techniques, design<br />
for test and subsystem/system/SOC (System-On-a-Chip)<br />
architecture design, students acquire knowledge pertaining to all<br />
levels of abstraction of VLSI systems.<br />
The hands-on project involves the design, FPGA (Field-<br />
Programmable Gate Array) implementation and testing of a small<br />
system.<br />
ENS5119<br />
20 Credit Points<br />
Case Study 1<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
The case study offers a method of learning about a complex topic<br />
through extensive description and analysis. The particular topic<br />
chosen for the case study will be explored in detail with the<br />
assistance of an academic supervisor. The student and supervisor<br />
will mutually agree on the objectives of the case study.<br />
ENS5120<br />
20 Credit Points<br />
VLSI Systems-on-Chip<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
This unit covers several aspects of modern VLSI (Very Large<br />
Scale of Integration) systems from deep submicron fabrication<br />
processes to subsystem/system/SOC (System-On-Chip)<br />
architecture design. In the course of the unit, students acquire<br />
knowledge pertaining to all levels of abstraction of VLSI systems.<br />
The hands-on projects involve the design, FPGA (Field-<br />
Programmable Gate Array) implementation and testing of a small<br />
system.<br />
ENS5121<br />
20 Credit Points<br />
Digital VLSI Systems<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
This unit introduces the main concepts and tools used for<br />
advanced digital system design. A technology review of digital<br />
logic families is given as well as an explaination of memory<br />
functions, memory types, and the design of large memory arrays.<br />
An introduction to FPGA and CPLB programmable logic devices<br />
is given. Digital design and analysis methods, top-down design,<br />
algorithmic state machines (ASM), synthesis of ASM, sequencing<br />
and control and CPU design are also covered. An introduction to<br />
VHDL, and simulation and testing of digital systems is included.<br />
ENS5122<br />
20 Credit Points<br />
Mixed Mode VLSI Circuits and Systems<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
Prerequisite :<br />
ENS5120 VLSI Systems-on-Chip<br />
This unit covers mixed-signal systems that are usually developed<br />
from the "bottom up" using many different components. Students<br />
examine circuit designs that handle mixed-signals in complex<br />
systems and interaction of signals at the interfaces. This unit is<br />
aimed at introducing techniques that can be used to build circuit<br />
blocks to realize both analog and digital systems on the same<br />
integrated circuit using standard low-cost CMOS technology.<br />
ENS5205<br />
20 Credit Points<br />
Biomedical Signal Processing<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
Prerequisite :<br />
ENS3251 Digital Signal Processing<br />
Fourier analysis, modern spectrum estimation, time-frequency and<br />
wavelet methods, estimation of signals in noise, adaptive filtering<br />
and system identification in physiology, model based analysis of<br />
physiological signals, modelling the nerve action potential, the<br />
cardiovascular system, and the myoelectric activity.<br />
ENS5223<br />
20 Credit Points<br />
Case Study 2<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
The case study offers a method of learning about a complex topic<br />
through extensive description and analysis. The particular topic<br />
chosen for the case study will be explored in detail with the<br />
assistance of an academic supervisor. The student and supervisor<br />
will mutually agree on the objectives of the case study.<br />
ENS5224<br />
20 Credit Points<br />
Masters Project 1<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
This unit involves the implementation of the Master of<br />
Engineering Project. The results of the project will be presented<br />
via a Masters Project report and a Masters Project seminar.<br />
Students are required to explore current research publications and<br />
develop a project based on the latest technological advancements.<br />
ENS5225<br />
60 Credit Points<br />
Masters Project 2<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
The study for and submission of a Masters Project thesis.<br />
Preparation and submission of a Masters Project thesis requires a<br />
range of skills including the phases of thesis development, the<br />
acquisition of research skills, the processes of research, the<br />
management of time and resources and the responsibilities<br />
involved in research.<br />
ENS5226<br />
20 Credit Points<br />
VLSI Testing and Design for Test<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
Prerequisite :<br />
ENS5121 Digital VLSI Systems<br />
This unit covers the fundamentals of digital and mixed signal<br />
semiconductor testing and the Design for Test of digital and<br />
mixed-signal integrated circuits and systems. It describes the<br />
purposes of testing in the technical and economical contexts. It<br />
then presents the basic test approaches and systems such as<br />
automatic test equipment or ATE, parametric testing, functional<br />
testing and device characterisation. Fault models are then<br />
presented along with the related issue of test pattern generation.<br />
The unit also includes ad-hoc design for test and boundary-scan<br />
test for systems and boards.<br />
ENS5227<br />
20 Credit Points<br />
Low Power VLSI Circuits and Systems<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
Prerequisite :<br />
ENS5122 Mixed Mode VLSI Circuits and Systems<br />
The unit covers deep submicron CMOS technology and digital<br />
CMOS design styles. The sources and mechanisms of power<br />
ECU Postgraduate <strong>Course</strong> <strong>Guide</strong> 2007 229