Difference between revisions of "Main Page"
m |
(→Projects: added Ingenuity 2014) |
||
| Line 1: | Line 1: | ||
== Projects == | == Projects == | ||
| + | |||
| + | === Ingenuity 2014 === | ||
| + | Ingenuity 2014 was held at the Adelaide Convention Centre on Thursday 30 October. It showcased 40 of the school's completing final year honours and masters projects. | ||
| + | [[File:Ingenuity_2014_group_shot.jpg|1000px|center]] | ||
| + | |||
| + | |||
=== Final Year Projects === | === Final Year Projects === | ||
* [[Projects:2014S1-01 Development of Fully Automated Educational and Training Tool for Wind and Solar Energy using National Instruments’ ELVIS Based System]] | * [[Projects:2014S1-01 Development of Fully Automated Educational and Training Tool for Wind and Solar Energy using National Instruments’ ELVIS Based System]] | ||
Revision as of 17:12, 6 November 2014
Contents
Projects
Ingenuity 2014
Ingenuity 2014 was held at the Adelaide Convention Centre on Thursday 30 October. It showcased 40 of the school's completing final year honours and masters projects.
Final Year Projects
- Projects:2014S1-01 Development of Fully Automated Educational and Training Tool for Wind and Solar Energy using National Instruments’ ELVIS Based System
- Projects:2014S1-04 All Electric Vehicle for City Use
- Projects:2014S1-06 Bell Ringing Robot: Hawkear
- Projects:2014S1-10 Development of Machine Learning Techniques for Analysing Network Communications
- Projects:2014S1-11 Wireless Rotation Detector for Sport Equipment
- Projects:2014S1-12 Exploring RF Energy Harvesting for Wearable Sensors
- Projects:2014S1-13 S-band Communication for Small Satellite
- Projects:2014S1-15 Inexpensive Portable Radar System
- Projects:2014S1-16 Automatic Sorter using Computer Vision
- Projects:2014S1-21 Design And Development of a New Respiratory Monitor for Detection of Sleep Apnoea
- Projects:2014S1-23 Real-Time Adaptive Filters
- Projects:2014S1-24 AI Agent Development for an Autonomous Trash Collecting Robot
- Projects:2014S1-26 Brain Computer Interface Control for Biomedical Applications
- Projects:2014S1-29 Measurement and Estimation of Transformer Parameters
- Projects:2014S1-33 Software-Defined Radio for VLF Transmission
- Projects:2014S1-35 Human Activity Recognition to Support Independent Living
- Projects:2014S1-36 What are Social Appliances? Building your Tomorrow Today…
- Projects:2014S1-37 Wireless Monitoring and Control of Wine Fermentation Process
- Projects:2014S1-42 Current-Voltage Tracer Experiment
- Projects:2014S1-44 Cracking the Voynich Manuscript Code
- Projects:2014S1-45 Is Secure Communication Possible?
- Projects:2014S1-47 Robotic Arm for Trash Collecting Robot
- Projects:2014S1-48 FPGA-based Software GPS Receiver
- Projects:2014S1-49 Can Solar PV cells be used as Telecommunications Receivers?
- Projects:2014S1-50 Exploiting HF Emitters of Opportunity for OTH Radar
- Projects:2014S1-51 Heart Signal Processing Software for Evaluating Pacemaker Effectiveness
- Projects:2014S1-53 Object Profiling for Custom Wheelchair Seating and Pressure Care
- Projects:2014S1-56 Inter-Satellite Links for CubeSats
- Projects:2014S1-57 Autonomous Vehicle Technologies
- Projects:2014s2-74 Antonomous Robotics using NI MyRIO
- Projects:2014s2-76 Teletraffic Modelling and Analysis of the New Britannia Roundabout
Masters Projects
- Projects:2014S1-02 Network Optimisation in Distributed Generation Systems
- Projects:2014S1-03 Design of a Mobile Energy Storage System for Grid Integration
- Projects:2014S1-14 Wearable RFID Antennas
- Projects:2014S1-19 Analysis Of Heart Sound Signals using the Wavelet Transform
- Projects:2014S1-31 Autonomous Robot Navigation using a Movable Kinect 3D sensor
- Projects:2014S1-38 Semi-Passive Wearable Sensors
- Projects:2014S1-39 Tell your Robot where to go with RFID (Improving Autonomous Navigation)
- Projects:2014S1-41 Inductive Power Transfer
- Projects:2014S1-43 Inverter Drive Experiment
- Projects:2014S1-54 Engineering of a CubeSat Power System
- Projects:2014s2-71 Calorimetry and Modelling of Lithium-Ion Chemical Batteries
- Projects:2014s2-72 Accurate Measurement and Modelling of a Switched-Mode Power Supply
- Projects:2014s2-75 Formation Control of Two Autonomous Smart Cars
- Projects:2014s2-78 Investigation the Design and Development of Miniature Specific Gravity Sensor
- Projects:2014s2-79 FPGA-base Hardware Iimplementation of Machine-Learning Methods for Handwriting and Speech Recognition
- Projects:2014s2-80 Swinging Crane Project
- Projects:2014s2-82 Grid Integration of Solar PV Embedded Generation
- Projects:2014s2-83 A Testing and Characterising Device for batteries of various chemistries
Inactive Projects
- Projects:2014S1-05 Bell Ringing Robot: Tintinology
- Projects:2014S1-07 Bell Ringing Robot: Sallyview
- Projects:2014S1-08 Bell Ringing Robot: Feel the force
- Projects:2014S1-09 MIPS Soft Core Development and Verification
- Projects:2014S1-17 Metamaterial-inspired Leaky-wave Antennas
- Projects:2014S1-20 Spectral Analysis of an Acoustic Respiratory Signal with a View to Developing an Apnoea Monitor
- Projects:2014S1-25 Analysis of Circuits with Time-dependent Parameters, using Matlab
- Projects:2014S1-27 Flocking Control of Agents with Limited Communication Capacity
- Projects:2014S1-28 Modeling and Stability Analysis on Stochastic Jump Systems
- Projects:2014S1-30 Autonomous Robot Navigation with the Soar Cognitive Architecture
- Projects:2014S1-32 Teletraffic Modelling and Analysis of the New Britannia Roundabout
- Projects:2014S1-34 Concealable, Low-cost Textile Antennas for RFID Sensors
- Projects:2014S1-40 Shake, Rattle and Roll: Creating a Virtual Protein Dance Floor
- Projects:2014S1-46 Code Cracking: Who Murdered The Somerton Man?
- Projects:2014S1-52 External Cardiac Pacemaker Prototype Development
- Projects:2014s1-73 Indoor Localisation using Bluetooth LE for Event Advertising
- Projects:2014s1-77 The COCE Illusion: Applying Digital Signal Processing Methods to Reverse-engineer Visual Computations in the Human Brain
- Projects:2014s2-81 Can We Prevent Clones and Counterfeits? Physical Unclonable Functions on Field-Programmable Gate Arrays
