Postgraduate - Edith Cowan University
Postgraduate - Edith Cowan University
Postgraduate - Edith Cowan University
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The purpose of the thesis is to train advanced students in the use<br />
of research methodology and techniques, the development of<br />
conceptual and theoretical perspectives on educational problems<br />
while undertaking critical inquiry appropriate to their field of<br />
study. By the end of their candidature the student should be<br />
capable of conceiving, designing, implementing, evaluating and<br />
publishing a research based study.<br />
ENS225T 15 Credit Points<br />
Digital Electronics<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
This unit presents a technology review of digital logic families.<br />
Memory functions, memory types, and the design of large<br />
memory arrays are explained and an introduction to FPGA and<br />
CPLB programmable logic devices is given. Digital design and<br />
analysis methods, top-down design, algorithmic state machines<br />
(ASM), synthesis of ASM, sequencing and control and CPU<br />
design are also covered. An introduction to VHDL, simulation<br />
and testing of digital systems is included.<br />
ENS225V 15 Credit Points<br />
Analog Electronics<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
Prerequisite :<br />
ENS2455 Circuit Analysis<br />
Students are provided with the theory background needed to<br />
understand the operation of basic electronic circuits such as<br />
diodes, rectifiers, signal shaping, single and multi-stage amplifiers<br />
and operational amplifiers. Included are n-p junctions, bipolar<br />
transistors, field effect transistors and small scale amplifier<br />
configurations.<br />
ENS245S 15 Credit Points<br />
Circuit Analysis<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
This unit introduces the fundamental concepts used in the analysis<br />
of electrical and electronic circuits. These concepts are introduced<br />
as they are needed in order to understand the limits to switching<br />
speed and signal integrity in a digital integrated circuit.<br />
ENS320Q 15 Credit Points<br />
Electronic Circuit Design<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
Prerequisite :<br />
ENS2258 Analog Electronics<br />
This unit deals with the analysis and design of electronic circuits,<br />
concentrating on CMOS analog circuits. A range of circuit<br />
concepts are covered, including device models, standard circuit<br />
forms, feedback, noise, frequency response and circuit layout. An<br />
integral part of this unit is a design task, where students are<br />
required to design, simulate, build, test and document a circuit<br />
that meets given functional and performance specifications.<br />
ENS325O 15 Credit Points<br />
Digital Signal Processing<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
Prerequisite :<br />
ENS3341 Signals and Systems<br />
This unit introduces the basic concepts and algorithms in digital<br />
signal processing, including convolution and correlation, matched<br />
filtering, z-transform, discrete Fourier transform, FFT algorithms,<br />
digital FIR and IIR filter design, spectrum analysis and<br />
estimation, and applications of DSP algorithms.<br />
ENS334Q 15 Credit Points<br />
Data Communication and Computer Networks<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
Understanding of physical and logical elements of data<br />
communication and computer networks. ISO Open System<br />
Interconnect reference model and the TCP/IP protocol suite.<br />
Transmission media. Local, metropolitan, and wide area<br />
networks. Integrated services digital network (ISDN).<br />
Internetworking. Network security.<br />
ENS344O 15 Credit Points<br />
Communication Systems 1<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
Prerequisite :<br />
ENS3341 Signals and Systems<br />
This unit teaches the fundamentals of analog and digital<br />
communication systems. It provides an in-depth coverage of<br />
continuous wave modulation systems, with particular emphasis on<br />
the influence of noise on the performance of these systems. An<br />
introduction to digital modulation is also provided towards the<br />
end. For each modulation technique, the methods for generation<br />
and recovery of the signals are discussed and performance<br />
comparisons are made between different implementations.<br />
ENS354U 15 Credit Points<br />
Wireless Communication<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
Prerequisite :<br />
ENS3441 Communication Systems 1<br />
This unit introduces the principles and practices of wireless<br />
communications network. It describes signal coding, error control<br />
and spread spectrum techniques and explains signal fading and<br />
multipath reception phenomena. Satellite communication, cellular<br />
wireless network, mobile IP, Wireless Access Protocol (WAP),<br />
and wireless LANS are given as an examples of implementing<br />
wireless communication for different applications.<br />
ENS4103 15 Credit Points<br />
Computer Systems and Hardware<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
This unit presents fundamental topics in discrete mathematics that<br />
are essential to computing studies including logic, Boolean<br />
algebra and logic circuits, set theory, counting techniques,<br />
computer arithmetic, graph theory and matrix algebra with<br />
applications to computing. It also provides an introduction to the<br />
representation of numbers in a computer, and assembly language<br />
programming for a microprocessor.<br />
ENS420S 15 Credit Points<br />
Advanced Electronics<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
Prerequisite :<br />
ENS3203 Electronic Circuit Design<br />
This unit consists of two parts. The first part covers energy<br />
conversion, switching converter concepts, dc-dc converter<br />
rectifiers, real sources and loads, and magnetic fundamentals. The<br />
second part deals with the issues of radio frequency circuit design<br />
including component modelling at high frequencies, two-port<br />
network parameters, low noise oscillators, mixers, small-signal<br />
and power amplifiers.<br />
ENS444R 15 Credit Points<br />
Telecommunication Networks<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
Prerequisite :<br />
ENS3343 Data Communication and Computer Networks<br />
This unit develops an understanding of the telecommunication<br />
networking technologies, with particular emphasis on their<br />
structures, applications and services. It covers the deployment,<br />
operational and management issues related to the access networks,<br />
the metropolitan area networks, and the long-haul network. It<br />
evaluates alternative technologies for each segment of the<br />
network, and develops the fundamental skills for network design.<br />
ENS454P 15 Credit Points<br />
Communication Systems 2<br />
FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />
Prerequisite :<br />
ENS3441 Communication Systems 1<br />
Noise in continuous wave modulation; sampling and pulse code<br />
modulation; line coding and pulse shaping; principles of digital<br />
data transmission; probability, random variables and random<br />
processes; behaviour of digital communication systems in the<br />
presence of noise; introduction to information theory; a<br />
miscellaneous selection of recent topics in digital communication.<br />
238 ECU <strong>Postgraduate</strong> Course Guide 2008