Presentations take place in C1 or C60, School of CS, as indicated by the session name.
Sessions are 45 minutes long, divided into three presentations slots of 15 minutes. Each presentation should last for 10 minutes, leaving 5 minutes for questions.
All students are expected to arrive 15 minutes before the session starts to set things up (copy slides across to the computer; if a laptop is used, make sure it works with the data projector; etc.). Thus, the setup for all groups in a session should be completed (to the extent possible) before the session starts. The time is very tight, and if a group ends up wasting time because they have not prepared properly, they will simply have that much less time to talk.
Furthermore, students are expected to stay for the entire session in order to not disrupt the presentations by entering or leaving the room, and to participate actively in fellow students' presentations by asking questions and take part in the discussions.
Each session is normally attended by at least three supervisors, and each supervisor is asked to mark all presentations in the session they are attending. Each presentation will thus normally get at least three marks. Additionally, any other members of the academic staff who wish to attend a session are welcome to do so and are invited to mark the presentations if they do.
One supervisor is designated chair for each session. He or she is responsible for running the session smoothly, and in particular for making sure the presenters keep the time as the schedule is very tight!
Session chairs are kindly asked to arrive early in order to make sure everyone is ready to go when the session starts, and to help sort out any issues there might be.
Within a session, groups will present in the order given below.
A star (*) next to the name of a supervisor indicates that supervisor is unable to come, and that appropriate cover has been arranged.
|gp12-nhn2||Reactive Music||Dr. Henrik Nilsson|
|gp12-jqg||The Digital Chef: Recipes On the Move||Dr. Julie Greensmith|
|gp12-gmh||Qwirkle||Prof. Graham Hutton|
|gp12-jmg||R Fuzzy Toolbox Development||Prof. Jonathan Garibaldi|
|gp12-cxw||Behaviour Based Robotics — from Simulation to the Real World||Dr. Christian Wagner|
|gp12-nhn1||Chinese Checkers||Dr. Henrik Nilsson|
|gp12-axc||WebPAS: Web-based Peer Assessment System||Dr. Andrew Crabtree|
|gp12-bsl||Braitenberg's Vehicles||Dr. Brian Logan *|
|Dr. Natasha Alechina (covers for Dr. Logan)|
|gp12-mwm||Multi-skill Project Portfolio Scheduling||Dr. Mohammad Mesgarpour|
|gp12-rmm||PCAP Visualisation||Dr. Richard Mortier|
|gp12-jqb||Visualisation of Rule-based Data Mining||Dr. Jaume Bacardit|
|gp12-exo||An Intelligent User Interface for Recognising Free-hand Graph Drawings||Dr. Ender Ozcan|
|gp12-rxq||Advanced Portfolio Management||Dr. Rong Qu|
|gp12-jds||A Puzzle Game for the Orienteering Problem||Dr. Dario Landa Silva|
|gp12-maul||Object Search and Detection on Online Maps||Dr. Tomas Maul, UNMC *|
|Dr. Henrik Nilsson (covers for Dr. Maul)|
|gp12-mvr1||Flight Booking Mobile Application||Dr. Milena Radenkovic|
|gp12-nza||Team Play||Dr. Natasha Alechina|
|gp12-abb||Module Selection Tool for Exchange Students||Prof. Andrzej Bargiela *|
|Dr. Jaume Bacardit (covers for Prof. Bargiela)|
|gp12-jaa||Networked Board and Card Game Emulator — Without Automation||Dr. Jason Atkin|
|gp12-mvr2||Mobile Auction System||Dr. Milena radenkovic|
|gp12-mlw||Serendipty Browser||Dr. Max Wilson|
|gp12-ajp||The Light-Right App||Dr. Andrew Parkes|
|gp12-rcb||Rate your Ride||Prof. Roland Backhouse|
|gp12-mvr3||Monitoring and Reporting Road Congestion||Dr. Milena Radenkovic|
|gp12-srb||Networked Dutch Blitz/Ligretto||Dr. Steven Bagley|
|gp12-mdf||Collaborative Media Capture||Dr. Martin Flintham|
|gp12-pos||Development of a Greenhouse Appliances Control System||Dr. Peer-Olaf Siebers|