Signals And Systems
Theory
COURSE CODE :ENG3067M
TOPIC: INTEGRATION
CONCEPTS REVISION
Learning Outcome
1.
Able to recap some of the relevant
important integration technique for
subsequent topics
ENG3067M Integration revision
2
Basic Integration formulas
E

Signals And Systems
Theory
COURSE CODE :ENG3067M
Topic: Sampling
Learning Outcome
Able to describe the purpose of sampling.
2. Able to describe pulse sampling and
impulse sampling process.
3. Able to describe the lowpass and bandpass
sampling.
4. Able to

Signals And Systems
Theory
COURSE CODE :ENG3067M
Topic: Fourier Transform
Learning Outcome
1.
2.
Able to calculate the Fourier
transform of a aperiodic signal.
Able to apply Fourier transform
properties and theorem to obtained
the aperiodic signal frequen

Signals And Systems
Theory
COURSE CODE :ENG3067M
Topic: Discrete Fourier
Transform
Learning Outcome
1.
2.
3.
4.
5.
Able to describe the DFT process
Able to distinguish between DFS and
DFT
Able to explain the aliasing problem
in power spectra
Able to expla

Signals And Systems
Theory
COURSE CODE :ENG3067M
Topic: Fourier Series
Learning Outcome
1.
2.
3.
4.
Able to calculate the Fourier series of
a periodic signal.
Apply Fourier Series to analyze and
synthesize the periodic signals
Able to sketch the frequency

Signals And Systems
Theory
COURSE CODE :ENG3067M
Topic: Random Process
Learning Outcome
1.
2.
3.
Able to explain the difference
between the random signal and
random process.
Able to explain difference between
stationary and ergodicity of random
process.
A

Signals And Systems
Theory
COURSE CODE :ENG3067M
Topic: Convolution, Energy
and Power Spectra
Learning Outcome
1.
2.
3.
Able to describe the convolution
process
Able to determine the output signal of
convolution between two signals
Able to find and sketch

Signals And Systems
Theory
COURSE CODE :ENG3067M
Topic: Cross-correlation and
Autocorrelation
Learning Outcome
Able to describe the purpose of
correlation between two signals.
2. Able to determine the autocorrelation of
a signal.
3. Able to determine the

Signals And Systems
Theory
COURSE CODE :ENG3067M
Topic: Linear System
Learning Outcome
1.
Able to describe the characteristics
of linear system.
ENG3067M LECTURE#11
2
What is linear system?
Is this a linear system?
The above system is NON-LINEAR if C0.
A

Signals And Systems
Theory
COURSE CODE :ENG3067M
TOPIC: INTRODUCTION
Learning Outcome
1.
2.
3.
Describe the characteristics of the
signal.
Able to classify different type of
signal.
Able to calculate energy or power
associated with a signal
ENG3067M LECTU

Signals And Systems
Theory
COURSE CODE :ENG3067M
Topic: Orthogonal and
Orthonormal
Learning Outcome
1.
2.
3.
Able to describe the orthogonal
property of a basic function set.
Able to describe the orthonormal
property of a basic function set.
Able to deter

Signals And Systems
Theory
COURSE CODE :ENG3067M
Topic: Random Signals
Learning Outcome
1.
Able to use different statistical method
to analyze random signals.
2.
ENG3067M LECTURE#8
2
Random signal
Also called stochastic signal
Has unpredictable frequency