QGCSC Program - Queen's University · Dr. David Skillicorn School of Computing Queen’s...
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QGCSC Program Friday 12 th & Saturday 13 th March, 2011 Keynote Speaker Venue: Biosciences Complex Room 1103 Time: Fri March 12, 2011 ; 3:45 pm – 4:30 pm Dr. Scott Knight Department of Electrical and Computer Engineering Royal Military College of Canada Topic: Computer Network Defense: You Can Observe A Lot By Just By Watching Abstract: The Computer Security laboratory (CSL) is a research group within the Electrical and Computer Engineering Department at RMC. Research within the CSL is focused on information security issues relating to the security of information held on or transported by computers and computer networks. Recent research has addressed issues concerning the exploitation of computer networks by attackers using covert communications channels for command and control of the target machines they have compromised. The research has also focused on the appropriate technical response to computer network attack and the defensibility of computer networks. The talk will address these issues in the context of a computer network cyber-defense exercise the CSL participated in recently. The cyber-defense exercise to be described is an annual exercise sponsored by a US government agency. Participants include students from the United States Military academies and postgraduate schools, and RMC. The exercise took place over a one week (5day) time frame were the participating schools were required to defend networks they had built from cyber-attack by a government attack team. The conduct of the exercise and the experiences of the RMC CSL team will be used in the talk to describe and highlight the ongoing research activities of the CSL research group. Programming Competition Venue : Jeffrey Hall Room 156 Time : Fri March 12, 2011 ; 3:45 pm – 4:30 pm
Transcript of QGCSC Program - Queen's University · Dr. David Skillicorn School of Computing Queen’s...
QGCSC Program Friday 12th & Saturday 13th March, 2011
Keynote Speaker Venue: Biosciences Complex Room 1103 Time: Fri March 12, 2011 ; 3:45 pm – 4:30 pm
Dr. Scott Knight
Department of Electrical and Computer Engineering Royal Military College of Canada
Topic: Computer Network Defense: You Can Observe A Lot By Just By Watching
Abstract: The Computer Security laboratory (CSL) is a research group within the Electrical and Computer Engineering Department at RMC. Research within the CSL is focused on information security issues relating to the security of information held on or transported by computers and computer networks. Recent research has addressed issues concerning the exploitation of computer networks by attackers using covert communications channels for command and control of the target machines they have compromised. The research has also focused on the appropriate technical response to computer network attack and the defensibility of computer networks. The talk will address these issues in the context of a computer network cyber-defense exercise the CSL participated in recently. The cyber-defense exercise to be described is an annual exercise sponsored by a US government agency. Participants include students from the United States Military academies and postgraduate schools, and RMC. The exercise took place over a one week (5day) time frame were the participating schools were required to defend networks they had built from cyber-attack by a government attack team. The conduct of the exercise and the experiences of the RMC CSL team will be used in the talk to describe and highlight the ongoing research activities of the CSL research group.
Programming Competition
Venue: Jeffrey Hall Room 156 Time: Fri March 12, 2011 ; 3:45 pm – 4:30 pm
Opening Speaker Venue: Biosciences Complex Room 1102 Time: Sat March 13, 2011 ; 9:45 am – 10:30 am
Dr. David Skillicorn
School of Computing Queen’s University, Canada
Topic: Computational Interestingness
Abstract: As humans we have considerable mental hardware devoted to detecting what's interesting in our environment, and using it to drive our attention. We find this so easy that it's hard to see how difficult a problem detecting what's interesting really is. Even a workable definition of interestingness is not straightforward. I will talk about how to make the detection of interestingness computational. This has applications in all forms of data mining, and in settings where resources are constrained and must be allocated (first, or at all) to the most significant possibilities.
Poster Session Venue: Biosciences Complex Atrium Time: Sat March 13, 2011 ; 10:30 am – 11:30 am
Posters:
Validation Of Visual Surface Measurement Using Computed Tomography AM VanBerlo, AR Campbell, RE Ellis
SimITK: Rapid ITK Prototyping Using the Simulink Visual Programming Environment A. W. L. Dickinson, P. Mousavi, D. G. Gobbi, and P. Abolmaesumi
Managing Data‐Intensive Workloads in a CloudRizwan Mian, Patrick Martin, Wendy Powley, Andrew Brown, Mingyi Zhang
Ultrasound based tissue ablation monitoring using RF time series and SVM Mark Wu, Andras Lasso, and Parvin Mousavi
The future of model‐driven development Eric James Rapos, Nicolas Chaussé, Juergen Dingel
Exploring Facebook Security and Privacy Issues: Comparing Proposed Third Party Application Development Frameworks for Mitigating Privacy Risks Umme Hunny
Towards Web Services Tagging by Similarity Detection Douglas Martin, James R. Cordy
TREC: Platform‐Neutral Input for Mobile Augmented Reality Applications Jason Kurczak
Design and implementation of a hardware virtualization rootkit Jason Sean Alexander, Graydon Smith, Chris Garrah
Three dimensional phase space ECG and complex sub‐harmonic frequencies predicts ventricular arrhythmia in ICD recipients Sunny Gupta, Selim Akl, PhD, Hoshiar Abdollah, MD, Adrian Baranchuk, MD, and Damian Redfearn, MD.
SnowGlobe: A Spherical Fish-Tank VR Display John Bolton, Kibum Kim, Roel Vertegaal
CP Fit ‘n’ Fun: Health & Social Benefits of Virtual Exercise Games in Adolescents with Cerebral Palsy Hamilton Hernandez, Md Ameer Hamza, Nicholas Graham, Tadeusz Stach
Poster Session (Cont’d) Venue: Biosciences Complex Atrium Time: Sat March 13, 2011 ; 10:30 am – 11:30 am
Posters:
Global view of Conceptual Relationships Scott Grant, James R. Cordy, David B. Skillicorn
Using Context in Symbolic Melodic Similarity Measures to Recognize Transposition, Tempo Rescaling, and Ornamentation Matthew Kelly, Dorothea Blostein
Mosaic Arthroplasty: Image‐guided surgical techniques for cartilage repair – artificial human bone trial Stephen Sebastyan, Dr. James Stewart, Dr. Manuela Kunz
Server Side Mitigation of Content Sniffing XSS Attacks Anton Barua
Quantifying Connectivity of Grid‐based Wireless Sensor Networks in Practice Fadi M. Al‐Turjman
Automated Identification of Precision Sensitive Variables for Code Tuning Nick Meng, Diane Kelly, Thomas Dean
Bimanual rapid visuomotor task to quantify sensorimotor dysfunction of subjects with stroke Kathrin Tyryshkin, Angela M. Coderre, Sean P. Dukelow, Janice I. Glasgow, Stephen H. Scot
Applying a Bootstrapping Technique to the Correspondence Problem Brenna Douglas, Niko Troje
Remote Multitouch: Comparing Laser and Touch as Remote Inputs for Large Display Interactions Amartya Banerjee, Jesse Burstyn, Audrey Girouard, Roel Vertegaal
Seed misplacement and needle properties in prostate brachytherapy Lauren Gordon, Ehsan Deghan, Septimiu Salcudean, Gabor Fichtinger
Supporting the Comprehension of System Behaviour Under Load Mark D. Syer, Bram Adams and Ahmed E. Hassan
Ranking of documents in a corpus according to interestingness using data compression Monte Creasor, Pradeep KC, David Skillicorn
Security vs Performance Bugs: A Case Study on Firefox Shahed Zaman, Bram Adams, Ahmed E. Hassan
3D Compression by Removing Redundancy in Triangulated Meshes\' Connectivity Data Junjie Zhu
Short Talks – Session I Time: Sat March 13, 2011 ; 11:30 am – 12:30 pm
Talks:
Venue: Biosciences Complex Room 1102 Venue: Biosciences Complex Room 1103 SketchSpace: Designing Interactive Behaviors with Passive Materials David Holman, Roel Vertegaal, Hrvoje Benko
Layered Syntactic Decision (LSD) ‐ a novel approach for signal analysis Sami Torbey, Selim Akl, Damian Redfearn
A Survey and Analysis of Web Services Negotiation Xianrong Zheng, Patrick Martin, Kathryn Brohman
Towards Web Services Tagging by Similarity Detection Douglas Martin, James R. Cordy
Panel Discussion Venue: Biosciences Complex Room 1102 Time: Sat March 13, 2011 ; 1:30 pm – 2:30 pm
Dr. Patrick Matrin
School of Computing Queen’s University, Canada
Panel Moderator
Dr. Nick Graham
School of Computing Queen’s University, Canada
Panelist
Dr. Juergen Dingel
School of Computing Queen’s University, Canada
Panelist
Dr. Abd‐ElHamid Taha
School of Computing Queen’s University, Canada
Panelist
Dr. Audrey Girouard
School of Computing Queen’s University, Canada
Panelist
Short Talks – Session II Time: Sat March 13, 2011 ; 2:30 pm – 4:00 pm
Talks:
Venue: Biosciences Complex Room 1102 Venue: Biosciences Complex Room 1103
HRV Analysis in the Murine Model Geoffrey EJ Seaborn
It\'s About Time: Confronting Latency in the Development of Groupware Systems Cheryl Savery, T.C. Nicholas Graham
Immobilization and Guidance for Breast Brachytherapy Alexandra M. Pompeu-Robinson, Manuela Kunz, and Gabor Fichtinger
Dynamic election based sensing and routing in Wireless Sensor Networks Sharief Oteafy, Hossam Abo ElFotoh, Hossam Hassanein
Clustering WSDL Documents to Bootstrap the Discovery of Web Services Khalid Elgazzar, Ahmed E. Hassan, Patrick Martin
A cellular automata model for wireless sensor networks Salimur Rashid Choudhury
Ending Speaker Venue: Biosciences Complex Room 1102 Time: Sat March 13, 2011 ; 4:15 pm – 5:00 pm
Dr. Roel Vertegaal
School of Computing Queen’s University, Canada
Topic: The (Re)Usability of Everyday Computational Things: Why Industrial Design will be the New Interaction DesignAbstract: We are at the dawn of a new age: display materials with unprecedented capabilities in terms of three-dimensional form. Flexible Organic Light Emitting Diodes (FOLEDs) and Flexible Electrophoretic Ink (E Ink) present a third revolution in display technologies that will greatly alter the way computer interfaces are designed. Instead of being constrained to the flat (or rather, somewhat rounded) surfaces of the Cathode Ray Tube (CRT), or the really flat surfaces of the Liquid Crystal Display (LCD) Dynabooks and tablet PCs, we will have the ability to shrink-wrap displays around any three-dimensional object, and thus, potentially, every everyday thing. One consequence of these organically shaped displays is a world in which technology and interactive displays are becoming a commodity for industrial designers: computational materials, not unlike plastics or wood. When user interface technologies become so integrated into everyday products that their interface truly disappears, the art of interface design will become truly ubiquitous.
