Visualizing Academic Research

Team: 3 people
(led by myself)

Development:
Java, Processing

Purpose:
Class Project
(Information Visualization)

Topics:
hci
info-visualization

This is a system for visualizing academic activity and collaborations between research institutions. The system aggregates publications from the ACM Digital Library, and provides interactive visualization of institutions publication activity (in terms of publication counts, conference venues, and references made between institutions).

 

Resources

:   [ project report (PDF) ]   [video (WMV, 16.8MB)]

 

 

 

 

Second-Mind:

Believable Character Authoring & Execution Environment

Team: 4 people

Development:
No implementations.

Purpose:
PhD. Research

Topics:
artificial-intelligence
cognition
hci
user studies

SecondMind is an environment for creating intelligent virtual characters. The system is composed of an AI backend for generation of intelligent character behaviors, and a UI frontend through which users demonstrate behaviors and program character personalities. I was part of the initial team of graduate students which developed the concept for this system through iterative high level design, use case development, and user studies.

 

Publications :

C. Lacey, M. Mehta, I. Radu, A. Jain. "Creating Behavior Authoring Environments for Everyday Users". In the 2009 International Conference on Computer Games, Multimedia and Allied Technology. Singapore. May 2009. 

C. Lacey, I. Radu, M. Mehta. "Second Mind: A Wiki Environment for Authoring Virtual Characters". Undergraduate Research Opportunities in Computing Symposium, Atlanta, USA, May 2008. (People's Choice Second Prize Winner)

 

Resources [CGMAT Publication (PDF)]

 

 

ACE:
An Intelligent Open-Learning Environment for Mathematics

Team: 2 people

Development:
Java, SPSS

Purpose:
Undergrad Research (NSERC USRA)

Topics:
artificial-intelligence
children
cognition
hci
user studies

ACE is an intelligent tutoring environment for teaching high-school mathematics. The system models users through a Bayesian network and adapts its behavior to maximize student learning. My work on the existing project involved developing new functionality and utility tools, conducting a user study at a local high-school, performing associated data analysis and interface improvements.

 

Resources :   [study report (DOC)]

 

 

 

 

NEMOS:
Service Architecture for Mobile Lightweight Devices

Team: Myself

Development:
Java, WSDL, RDF

Purpose:
Undergrad Research (NSERC USRA)

Topics:
artificial intelligence
cognition
hci
networking
systems

This is a platform for coupling the paradigms of Web Services and Mobile Agents. It is an extension of my honors thesis project, the NEMO infrastructure, to allow mobile agents to make use of Web 2.0 network services. This infrastructure permits network resources to be semantically annotated, such that agents can intelligently perform tasks in the network. A knowledge management interface and visual-programming environment were also developed as part of this project.

 

Publications :

Iulian Radu, Son T. Vuong. NEMOS: Mobile-Agent Based Service Architecture for Lightweight Devices. International WorldComp Conference: Semantic Web and Web Services. Las Vegas, USA. July 2007.

Iulian Radu. S. T. Vuong: Mobile Agent Service-Oriented Architectures. BC-NET Conference. Vancouver, Canada. April 2007. (Poster-session Second Prize Winner)

 

Resources :   [SWWS07 paper (PDF)]


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