========================================================================= =================== There are three tables in this document describing next year's project allocation. IF you are doing a project and are not on this list then you must email me immediately. ------------------------------------------------------------------------- ------------------------

aspiringtokAI and Robotics

Oct 15, 2013 (3 years and 5 months ago)

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=========================================================================
===================

There are three tables in this document describing next year's project
allocation.

IF you are doing a project and are not on this list then you must email
me
immediately.

-------------------------------------------------------------------------
------------------------

It is now your responsibility to arrange a meeting wiuth your supervisor
BEFORE THE END OF TERM.

------------------------------------------------
-------------------------
-----------------------------

At the first meeting with your supervisor you must discuss the project
and decide what you will read/prepare over the summer.

At the end of the summer you will be expected to have a project plan for
re
ports and programs that you will write during the first term.

You are expected to have some working code by the end of the first term.
This can be several small "proof of concept" programs to show that you
understand key ideas, or can use key technologies
, or can implement key
algorithms.

You are also expected to have about 15 pages of reports written by the
end of the first term. These can be for instance: design documents,
literature surveys, theoretical explanations, descriptions of relevant
technologi
es/libraries etc.,

-------------------------------------------------------------------------
-------------------------------------------------------------------------
--------------------

A project booklet will soon be available which is essential reading.

=
========================================================================
===============================

THIS First table shows students which project they are allocated to do.

=========================================================================
=======
==================================================================
=====================

Abdullah Juma allocated to FULL: Android game development (with
preference 1)

Adam Lamb allocated to FULL: Departmental Leave
-
of
-
Absence Management
System. (with prefer
ence 1)

Aidan Jenkins allocated to FULL: A software tool for the automatic
selection of transcriptomics experiments for functional genomics (with
preference 2)

Alexander Hall allocated to FULL: A server
-
based Local Exchange Trade
System for the campus (wit
h preference 1)

Amir Bazazi allocated to FULL: Android game development (with preference
1)

Andrew Varney allocated to FULL: Departmental Leave
-
of
-
Absence Management
System. (with preference 1)

Aswin Saravanamuthu allocated to FULL: A general Sorting and S
earching
Testbed (with preference 1)

Benjamin Ajayi
-
Obe allocated to FULL: A Sudoku solver using Constraint
satisfaction (and other techniques) (with preference 1)

Berikbolat Murat allocated to FULL: A general Sorting and Searching
Testbed (with preference

1)

Brian Donatiello allocated to FULL: A server
-
based Local Exchange Trade
System for the campus (with preference 1)

Carlos Lio allocated to FULL: A File Compressor (with preference 1)

Chenchen Zhang allocated to FULL: A general Sorting and Searching Test
bed
(with preference 2)

Chen Wang allocated to FULL: A Binary Puzzle GUI and solver (with
preference 1)

Christian Jank allocated to FULL: CompleVizz
-

a web server for the
visualization of protein complexes (with preference 2)

Christopher Fey allocated to FULL: CompleVizz
-

a web server for the
visualization of protein complexes (with preference 1)

Daniel Malecaut allocated to FULL: Genetic Algorithms (with preference 1)

Daniel Roy allocated to FULL: Machine Learning with Ridge R
egression
(with preference 3)

Daniel Williams allocated to FULL: A File Compressor (with preference 2)

Devan Patel allocated to FULL: Prime numbers and cryptosystems (with
preference 1)

Elliot Gardner allocated to FULL: Prime numbers and cryptosystems (wit
h
preference 1)

Emily Jackson allocated to FULL: Optimal winner determination in
combinatorial auctions. (with preference 2)

Emma Lieu allocated to FULL: A general Sorting and Searching Testbed
(with preference 2)

Eric Lam allocated to FULL: Machine Learni
ng to improve clinical
guidelines using Big Data in medical databases (with preference 1)

Farzad Jahangiri Sisakht allocated to FULL: Machine Learning for Time
Series Prediction (with preference 1)

Gonzalo Girasol allocated to FULL: A Sudoku solver using C
onstraint
satisfaction (and other techniques) (with preference 1)

Hanlin Yin allocated to FULL: Algorithms on Graphs (with preference 1)

Jack Hopkins allocated to FULL: Cooperative Strategies in Multi
-
agent
Systems (with preference 3)

James Newbury allocat
ed to FULL: Genetic Algorithms (with preference 1)

James O'Vens allocated to FULL: Compression Algorithms (with preference
1)

Jingen Ngo allocated to FULL: Algorithms on Graphs (with preference 1)

Jingwei Tan allocated to FULL: Machine Learning to improve
clinical
guidelines using Big Data in medical databases (with preference 1)

Joe
-
Yew Li allocated to FULL: An extendible clustering package for
bioinformatics (with preference 2)

John Pawley allocated to FULL: Android game development (with preference
1)

Joseph Salisbury allocated to FULL: Massive scale data analytics with
Hadoop (with preference 1)

Julian Farmer allocated to FULL: Compression Algorithms (with preference
3)

Junyu Pan allocated to FULL: Timetabling using simulated anealing (with
preference
2)

Ka Chan allocated to FULL: Prime numbers and cryptosystems (with
preference 1)

Keun Lee allocated to FULL: A server
-
based Local Exchange Trade System
for the campus (with preference 1)

Kirome Thompson allocated to FULL: A general Sorting and Searching
T
estbed (with preference 1)

Lewis Chun allocated to FULL: Android game development (with preference
1)

Luigi Pardey allocated to FULL: Lindenmayer systems (with preference 1)

Marios Varelas allocated to FULL: A general Sorting and Searching Testbed
(with pr
eference 1)

Matthew Hill allocated to FULL: Implement a simple Java subset (with
preference 1)

Mihai Dogaru allocated to FULL: A server
-
based Local Exchange Trade
System for the campus (with preference 1)

Min Lin allocated to FULL: Machine Learning for Time Series Prediction
(with preference 3)

Nadir Hanid allocated to FULL: Prime numbers and cryptosystems (with
preference 1)

Nathanael Gray allocated to FULL: A File Compressor (with preference 1)

Nishant Mi
ttal allocated to FULL: Value at Risk (with preference 1)

Omar Kermad allocated to FULL: A Tower
-
defence game for Linux (with
preference 1)

Philip John allocated to FULL: Prime numbers and cryptosystems (with
preference 1)

Piravin Satkunarajah allocated to

FULL: Lexical Analysis (with preference
1)

Radoslav Cherkezov allocated to FULL: Value at Risk (with preference 2)

Raymund Alvarez allocated to FULL: Lindenmayer systems (with preference
1)

Riccardo Novaglia allocated to FULL: An extendible clustering pac
kage for
bioinformatics (with preference 1)

Ricky Hand allocated to FULL: A Sudoku solver using Constraint
satisfaction (and other techniques) (with preference 1)

Ryan Cole allocated to FULL: Algorithms on Graphs (with preference 1)

Sammar Malik allocated
to FULL: A general Sorting and Searching Testbed
(with preference 1)

Satwinder Birk allocated to FULL: A general Sorting and Searching Testbed
(with preference 2)

Senate Siddique allocated to FULL: Value at Risk (with preference 1)

Sergey Goncharenko alloc
ated to FULL: Timetabling using simulated
anealing (with preference 1)

Shiu Chan allocated to FULL: A general Sorting and Searching Testbed
(with preference 1)

Simon Tennant allocated to FULL: A File Compressor (with preference 2)

Steven Pearce allocated t
o FULL: A Sudoku solver using Constraint
satisfaction (and other techniques) (with preference 1)

Svyatoslav Kuznetsov allocated to FULL: A Psychology Experiment Test Bed
(with preference 2)

Thomas Clarke allocated to FULL: A Sudoku solver using Constraint
satisfaction (and other techniques) (with preference 1)

Thomas Harlock allocated to FULL: A Sudoku solver using Constraint
satisfaction (and other techniques) (with preference 1)

Thomas Hutchins allocated to FULL: Android game development (with
preference
1)

Tristan Hills allocated to FULL: Value at Risk (with preference 1)

William Roberts allocated to FULL: A Tower
-
defence game for Linux (with
preference 1)

Wirda Beg allocated to FULL: Visualisation of Protein Structures. (with
preference 3)

Xiaoran Liu al
located to FULL: Conformal predictors for classification
and regression (with preference 1)

Yizhou Shen allocated to FULL: Digital Fountain Codes (with preference 3)

Zachariasz Szumotalski allocated to FULL: A general Sorting and Searching
Testbed (with
preference 1)

Zunair Sheerazi allocated to FULL: A Game
-
Playing Environment (with
preference 1)


HALF UNIT PROJECTS

=========================================================================
=======

Half unit projects run the same as full unit projects
except that, of
course, you are expected on completion to have achieved less.

Half unit projects will have a deadline for submission in early February
of 2014.

You will have just one project meeting in the second term to discuss your
draft report.

--------
-----------------------------------------------------------------
---------------------------------------------------

Kai Lee allocated to HALF: Algorithms on Graphs (with preference 2)

Shivam Markan allocated to HALF: Travelling Salesperson Heuristics (wit
h
preference 1)

Tilak Patel allocated to HALF: A study in (HCI) human computer
interaction (with preference 1)


+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
+++++++++++++++++++++++++++++++++++++++++++++++


This SECOND table show
s which project titles each supervisor is
allocated.

-------------------------------------------------------------------------
-----


Adrian Johnstone has 1 students doing project EITHER: Lindenmayer systems

Adrian Johnstone has 1 students doing project EIT
HER: Timetabling using
simulated anealing

+ Blake Loring


Alberto Paccanaro has 1 students doing project EITHER: Genetic Algorithms

Alberto Paccanaro has 1 students doing project EITHER: Machine Learning
with Ridge Regression

Alberto Paccanaro has 1 studen
ts doing project FULL: An extendible
clustering package for bioinformatics

Alberto Paccanaro has 1 students doing project FULL: A software tool for
the automatic selection of transcriptomics experiments for functional
genomics

Alberto Paccanaro has 1 stude
nts doing project FULL: CompleVizz
-

a web
server for the visualization of protein complexes


Carlos Matos has 1 students doing project EITHER: A server
-
based Local
Exchange Trade System for the campus

Carlos Matos has 1 students doing project EITHER: A
Sudoku solver using
Constraint satisfaction (and other techniques)

Carlos Matos has 1 students doing project EITHER: A Tower
-
defence game
for Linux

Carlos Matos has 1 students doing project EITHER: Genetic Algorithms

Carlos Matos has 2 students doing proje
ct EITHER: Android game
development


Chris Watkins has 1 students doing project EITHER: A general Sorting and
Searching Testbed

Chris Watkins has 1 students doing project EITHER: A Psychology
Experiment Test Bed

Chris Watkins has 1 students doing project E
ITHER: Digital Fountain Codes


David Cohen has 1 students doing project EITHER: A File Compressor

David Cohen has 1 students doing project FULL: A Tower
-
defence game for
Linux

David Cohen has 2 students doing project FULL: A Sudoku solver using
Constraint
satisfaction (and other techniques)

+ Waheed Rafiq


Elizabeth Scott has 1 students doing project EITHER: Algorithms on Graphs

Elizabeth Scott has 1 students doing project EITHER: Implement a simple
Java subset

Elizabeth Scott has 1 students doing project E
ITHER: Lexical Analysis

Elizabeth Scott has 1 students doing project EITHER: Lindenmayer systems

Elizabeth Scott has 1 students doing project EITHER: Timetabling using
simulated anealing

Elizabeth Scott has 1 students doing project EITHER: Travelling
Sales
person Heuristics


Gregory Chockler has 1 students doing project EITHER: A Game
-
Playing
Environment

Gregory Chockler has 1 students doing project FULL: Departmental Leave
-
of
-
Absence Management System.

Gregory Chockler has 1 students doing project FULL: Mas
sive scale data
analytics with Hadoop

Gregory Chockler has 2 students doing project FULL: A server
-
based Local
Exchange Trade System for the campus


Gregory Gutin has 3 students doing project EITHER: A general Sorting and
Searching Testbed

Gregory Gutin ha
s 2 students doing project EITHER: Algorithms on Graphs


Hugh Shanahan has 1 students doing project EITHER: A general Sorting and
Searching Testbed

Hugh Shanahan has 1 students doing project EITHER: An extendible
clustering package for bioinformatics

Hugh
Shanahan has 1 students doing project EITHER: CompleVizz
-

a web
server for the visualization of protein complexes

Hugh Shanahan has 1 students doing project EITHER: Machine Learning to
improve clinical guidelines using Big Data in medical databases

Hugh
Shanahan has 1 students doing project EITHER: Visualisation of
Protein Structures.


Jacky Daykin has 1 students doing project EITHER: A study in (HCI) human
computer interaction

Jacky Daykin has 2 students doing project EITHER: A general Sorting and
Search
ing Testbed


Jose Fiadeiro has 1 students doing project FULL: Departmental Leave
-
of
-
Absence Management System.

+ Piotr Nowak


Kostas Stathis has 1 students doing project FULL: Cooperative Strategies
in Multi
-
agent Systems

Kostas Stathis has 1 students doin
g project FULL: Machine Learning to
improve clinical guidelines using Big Data in medical databases


Magnus Wahlstrom has 1 students doing project EITHER: A general Sorting
and Searching Testbed

Magnus Wahlstrom has 1 students doing project EITHER: Algorit
hms on
Graphs

Magnus Wahlstrom has 1 students doing project EITHER: A Sudoku solver
using Constraint satisfaction (and other techniques)


Malo Denielou has 1 students doing project EITHER: A server
-
based Local
Exchange Trade System for the campus

Malo Deni
elou has 2 students doing project EITHER: Android game
development


Matthew Hague has 1 students doing project FULL: Android game development

Matthew Hague has 2 students doing project EITHER: A Sudoku solver using
Constraint satisfaction (and other techni
ques)


Volodya Vovk has 1 students doing project EITHER: Conformal predictors
for classification and regression

Volodya Vovk has 1 students doing project EITHER: Machine Learning for
Time Series Prediction

Volodya Vovk has 3 students doing project EITHER:
Value at Risk


Yuri Kalnishkan has 1 students doing project EITHER: Value at Risk

Yuri Kalnishkan has 2 students doing project EITHER: Compression
Algorithms

Yuri Kalnishkan has 2 students doing project EITHER: Prime numbers and
cryptosystems


Zhaohui Luo
has 1 students doing project FULL: A Binary Puzzle GUI and
solver

Zhaohui Luo has 2 students doing project FULL: A general Sorting and
Searching Testbed

Zhaohui Luo has 3 students doing project FULL: Prime numbers and
cryptosystems

Zhiyuan Luo has 1 studen
ts doing project FULL: Machine Learning for Time
Series Prediction

Zhiyuan Luo has 1 students doing project FULL: Optimal winner
determination in combinatorial auctions.

Zhiyuan Luo has 3 students doing project FULL: A File Compressor


The FINAL table show
s the actual allocation.

=========================================================================
=========================================================================
=

FULL: A Binary Puzzle GUI and solver is being done by [Chen Wang] and is
supervise
d by [Zhaohui Luo]


FULL: A File Compressor is being done by [Nathanael Gray] and is
supervised by [David Cohen]

FULL: A File Compressor is being done by [Carlos Lio, Simon Tennant,
Daniel Williams] and is supervised by [Zhiyuan Luo]


FULL: A Game
-
Playin
g Environment is being done by [Zunair Sheerazi] and
is supervised by [Gregory Chockler]


FULL: A general Sorting and Searching Testbed is being done by
[Satwinder Birk, Kirome Thompson] and is supervised by [Zhaohui Luo]

FULL: A general Sorting and Sear
ching Testbed is being done by [Aswin
Saravanamuthu] and is supervised by [Hugh Shanahan]

FULL: A general Sorting and Searching Testbed is being done by
[Berikbolat Murat] and is supervised by [Gregory Gutin]

FULL: A general Sorting and Searching Testbed

is being done by
[Zachariasz Szumotalski] and is supervised by [Magnus Wahlstrom]

FULL: A general Sorting and Searching Testbed is being done by [Shiu
Chan, Sammar Malik] and is supervised by [Jacky Daykin]

FULL: A general Sorting and Searching Testbed
is being done by [Chenchen
Zhang, Marios Varelas] and is supervised by [Gregory Gutin]

FULL: A general Sorting and Searching Testbed is being done by [Emma
Lieu] and is supervised by [Chris Watkins]


FULL: Algorithms on Graphs is being done by [Hanlin Y
in] and is
supervised by [Elizabeth Scott]

FULL: Algorithms on Graphs is being done by [Jingen Ngo, Ryan Cole] and
is supervised by [Gregory Gutin]


FULL: Android game development is being done by [Lewis Chun, John
Pawley] and is supervised by [Malo
Denielou]

FULL: Android game development is being done by [Abdullah Juma, Amir
Bazazi] and is supervised by [Carlos Matos]

FULL: Android game development is being done by [Thomas Hutchins] and is
supervised by [Matthew Hague]


FULL: An extendible cluster
ing package for bioinformatics is being done
by [Riccardo Novaglia] and is supervised by [Hugh Shanahan]

FULL: An extendible clustering package for bioinformatics is being done
by [Joe
-
Yew Li] and is supervised by [Alberto Paccanaro]


FULL: A Psychology
Experiment Test Bed is being done by [Svyatoslav
Kuznetsov] and is supervised by [Chris Watkins]


FULL: A server
-
based Local Exchange Trade System for the campus is being
done by [Keun Lee] and is supervised by [Malo Denielou]

FULL: A server
-
based Local
Exchange Trade System for the campus is being
done by [Brian Donatiello, Alexander Hall] and is supervised by [Gregory
Chockler]

FULL: A server
-
based Local Exchange Trade System for the campus is being
done by [Mihai Dogaru] and is supervised by [Carlos
Matos]


FULL: A software tool for the automatic selection of transcriptomics
experiments for functional genomics is being done by [Aidan Jenkins] and
is supervised by [Alberto Paccanaro]


FULL: A Sudoku solver using Constraint satisfaction (and other
tech
niques) is being done by [Thomas Harlock, Gonzalo Girasol] and is
supervised by [Matthew Hague]

FULL: A Sudoku solver using Constraint satisfaction (and other
techniques) is being done by [Thomas Clarke, Steven Pearce] and is
supervised by [David Cohen]

FULL: A Sudoku solver using Constraint satisfaction (and other
techniques) is being done by [Ricky Hand] and is supervised by [Magnus
Wahlstrom]

FULL: A Sudoku solver using Constraint satisfaction (and other
techniques) is being done by [Benjamin Ajayi
-
O
be] and is supervised by
[Carlos Matos]


FULL: A Tower
-
defence game for Linux is being done by [William Roberts]
and is supervised by [David Cohen]

FULL: A Tower
-
defence game for Linux is being done by [Omar Kermad] and
is supervised by [Carlos Matos]


F
ULL: CompleVizz
-

a web server for the visualization of protein complexes
is being done by [Christopher Fey] and is supervised by [Hugh Shanahan]

FULL: CompleVizz
-

a web server for the visualization of protein complexes
is being done by [Christian Jank] a
nd is supervised by [Alberto
Paccanaro]


FULL: Compression Algorithms is being done by [James O'Vens, Julian
Farmer] and is supervised by [Yuri Kalnishkan]


FULL: Conformal predictors for classification and regression is being
done by [Xiaoran Liu] and
is supervised by [Volodya Vovk]


FULL: Cooperative Strategies in Multi
-
agent Systems is being done by
[Jack Hopkins] and is supervised by [Kostas Stathis]


FULL: Departmental Leave
-
of
-
Absence Management System. is being done by
[Andrew Varney] and is su
pervised by [Jose Fiadeiro]

FULL: Departmental Leave
-
of
-
Absence Management System. is being done by
[Adam Lamb] and is supervised by [Gregory Chockler]


FULL: Digital Fountain Codes is being done by [Yizhou Shen] and is
supervised by [Chris Watkins]


FU
LL: Genetic Algorithms is being done by [Daniel Malecaut] and is
supervised by [Carlos Matos]

FULL: Genetic Algorithms is being done by [James Newbury] and is
supervised by [Alberto Paccanaro]


FULL: Implement a simple Java subset is being done by [Matt
hew Hill] and
is supervised by [Elizabeth Scott]


FULL: Lexical Analysis is being done by [Piravin Satkunarajah] and is
supervised by [Elizabeth Scott]


FULL: Lindenmayer systems is being done by [Raymund Alvarez] and is
supervised by [Elizabeth Scott]

F
ULL: Lindenmayer systems is being done by [Luigi Pardey] and is
supervised by [Adrian Johnstone]


FULL: Machine Learning for Time Series Prediction is being done by
[Farzad Jahangiri Sisakht] and is supervised by [Volodya Vovk]

FULL: Machine Learning for

Time Series Prediction is being done by [Min
Lin] and is supervised by [Zhiyuan Luo]


FULL: Machine Learning to improve clinical guidelines using Big Data in
medical databases is being done by [Eric Lam] and is supervised by [Hugh
Shanahan]

FULL: Machin
e Learning to improve clinical guidelines using Big Data in
medical databases is being done by [Jingwei Tan] and is supervised by
[Kostas Stathis]


FULL: Machine Learning with Ridge Regression is being done by [Daniel
Roy] and is supervised by [Alberto P
accanaro]

FULL: Massive scale data analytics with Hadoop is being done by [Joseph
Salisbury] and is supervised by [Gregory Chockler]


FULL: Optimal winner determination in combinatorial auctions. is being
done by [Emily Jackson] and is supervised by
[Zhiyuan Luo]


FULL: Prime numbers and cryptosystems is being done by [Elliot Gardner,
Philip John, Ka Chan] and is supervised by [Zhaohui Luo]

FULL: Prime numbers and cryptosystems is being done by [Devan Patel,
Nadir Hanid] and is supervised by [Yuri K
alnishkan]


FULL: Timetabling using simulated anealing is being done by [Junyu Pan]
and is supervised by [Adrian Johnstone]

FULL: Timetabling using simulated anealing is being done by [Sergey
Goncharenko] and is supervised by [Elizabeth Scott]


FULL: Val
ue at Risk is being done by [Radoslav Cherkezov, Nishant
Mittal] and is supervised by [Volodya Vovk]

FULL: Value at Risk is being done by [Tristan Hills] and is supervised
by [Yuri Kalnishkan]

FULL: Value at Risk is being done by [Senate Siddique] and i
s supervised
by [Volodya Vovk]


FULL: Visualisation of Protein Structures. is being done by [Wirda Beg]
and is supervised by [Hugh Shanahan]


=========================================================================
=======================================
==================================

HALF: Algorithms on Graphs is being done by [Kai Lee] and is supervised
by [Magnus Wahlstrom]

HALF: A study in (HCI) human computer interaction is being done by
[Tilak Patel] and is supervised by [Jacky Daykin]

HALF: Tr
avelling Salesperson Heuristics is being done by [Shivam Markan]
and is supervised by [Elizabeth Scott]