UNIVERSITY OF MALTA
FACULTY OF INFORMATION AND COMMUNICATION TECHNOLOGY
DEPARTMENT OF COMMUNICATIONS AND COMPUTER ENGINEERING
DEPARTMENT OF MICROELECTRONICS AND NANOELECTRONICS
REGISTRATION FORM
ICT3903 - FINAL YEAR PROJECT IN COMPUTER ENGINEERING
ACADEMIC SESSION 2015/2016
Name: _________________________________________
ID: ______________________________
E–Mail: ________________________________________
Date: _____________________________
Telephone / Mobile No: _________________________________
Students must choose five (5) Final Year Project titles in order of numerical preference.
Students may include their own FYP proposed title below in 1 and attach a FYP proposal form. (It is
highly recommended that in such a case students discuss their own proposal with at least one member of
academic staff. Furthermore, it is up to the Board of Studies of the Computer Engineering to recommend
acceptance of the self-proposed project and allocate an appropriate supervisor).
Unit
Code
Title
Supervisor(s)
Numerical
Preference
SELF PROPOSED PROJECT
1
Title: ___________________________________________
___________________________________________
Image Processing Techniques for Lung
Lesion / Nodule Detection in Chest CT Scans
Prof. Ing. Carl J. Debono
2
3
Wireless Transmission of Ultrasound Video
using HEVC
Prof. Ing. Carl J. Debono
4
A Study on Compression of Light-Field
Imaging
Prof. Ing. Carl J. Debono
5
Video Broadcasting in Vehicular Networks
(co: Dr Paul Bezzina &
Dr Francis Zarb)
Prof. Ing. Carl J. Debono
Page 1 of 5
6
Home Monitoring System
Prof. Ing. Edward Gatt
7
Body Monitoring System
Prof. Ing. Edward Gatt
8
Design of an Intelligent Multimeter
Prof. Ing. Edward Gatt
9
Learning Parameters of COSFIRE Object
Recognition Model
Dr George Azzopardi
10
Smart Phone App for Interactive Line Drawing
of Natural Images
Dr George Azzopardi
11
Aggression Detection in Urban Areas Based
on Audio Analysis
Dr George Azzopardi
12
Image Classification using Bag of Visual
Words and Novel COSFIRE Descriptors
Dr George Azzopardi
13
Delineation of Vessels in Retinal Fundus
Images
Dr George Azzopardi
14
Design of a Multistage Noise Shaping (MASH)
Converter using the 0.18 µm CMOS Process
Prof. Ivan Grech
15
Design of MEMS-Based Resonators
Prof. Ivan Grech
16
Auditory Processing Modelling using FPGAs
(continuation)
Prof. Ivan Grech
17
Implementation of a Customisable Decimation
Filter for Sigma-Delta Converters using VHDL
Prof. Ivan Grech
Page 2 of 5
18
A LLVM Bitcode Interpreter for
Microcontrollers
Dr Joshua Ellul
19
Multi-core Thread Scheduling
Dr Kevin Vella
20
EEG Analysis and Epileptic Seizure Detection
Dr Lalit Garg
21
Hospital Admission Pattern Analysis, Bed
Resource Requirements Forecasting,
Allocation and Management
Dr Lalit Garg
22
Machine Learning Methods for Handling
Missing Data in Medical Questionnaires
Dr Lalit Garg
23
Design and Implementation of RF Microstrip
Filters
Dr Ing. Owen Casha
24
IoT in 4G and Beyond
Dr Ing. Saviour Zammit
25
Portable Device for Detecting Electric Fields
in Water
Dr Ing. Saviour Zammit
26
Smart Metering
Dr Ing. Saviour Zammit
27
Configurable Soft Microprocessor on FPGA
Dr Ing. Trevor Spiteri
28
Fast Block-Matching Motion Estimation
Search on FPGA
Dr Ing. Trevor Spiteri
29
Text Detection and Localisation in Video
Prof. Ing. Victor Buttigieg
(co: Dr. Chris Cooke)
Page 3 of 5
30
Efficient Implementation of Sequence
Matching
Prof. Ing. Victor Buttigieg
31
Digital Fountain Codes
Prof. Ing. Victor Buttigieg
32
Sound Localisation
Prof. Ing. Victor Buttigieg
33
Implementation and Comparison of Data
Embedding Algorithms
Dr Johann A. Briffa
34
Algorithm Implementation on Highly Parallel
Architectures
Dr Johann A. Briffa
35
36
High Density 2D Barcodes - Research
High Density 2D Barcodes - Implementation
Dr Johann A. Briffa
Dr Johann A. Briffa
37
Information Hiding using Imperceptible Yellow
Printer Dots
Dr Johann A. Briffa
38
Updates to Distributed Simulator for
Communications Systems
Dr Johann A. Briffa
39
Image Forensics
Dr Johann A. Briffa
40
A Finger Detection System for a Projected Phone
Keypad
Dr Nicholas J. Sammut
41
An Automatic Projection Correction System for
Corner Surfaces
Dr Nicholas J. Sammut
Page 4 of 5
42
Automatic Automotive Mirror Correction System
Dr Nicholas J. Sammut
NOTE: Registration forms must reach the Department Secretary of Communications and Computer Engineering
(Level 1, Block B, Room 22) by TUESDAY 30th JUNE 2015, NOON.
Signature of Student: ______________________
Page 5 of 5