This project explores the design of different manual and semi-automatic instruments to support interaction with token-based physical data visualizations (or physicalizations). The recent advance in digital fabrication has made data physicalization – encoding data in the geometry or material properties of a physical artifact – a growing research interest in the information visualization community. However, […]

In Canada, Epilepsy affects approximately 3 to 6 children per 1000 aged from 0 to 15 years in the overall population. Fifteen to 25% of these children have benign epilepsy with centrotemporal spikes (BECTS), making BECTS the most common benign childhood focal epileptic syndrome. Studies have found cognitive and behavioral deficits, which may well persist […]

The XAHIVE mandate is to improve the privacy and security of communication between professionals. At XAHIVE, Carleton students will be researching a differentiator in communication encryption and decryption coupled with a significant increase the convenience while retaining all levels of existing functionality. Additionally, students will be researching methods and processes to convert XAHIVE into an […]

This research project will provide the intern with the opportunity to work with end users (students and faculty) to refine, further develop and test a prototype of NursApp, a learning management system (LMS) designed to create opportunities for students to use technology to learn in post-secondary education. The intern will work with co-owners to conduct […]

The graduate student (Simon Byrns) will work closely with pancreas surgeons and experts in computer image manipulation to generate 3D models of the relevant anatomy in pancreas surgery. These models will then be printed on a 3D printer and used to investigate their utility in the preoperative planning phase prior to surgery. The use of […]

Embedded Software is designed to work with and control physical systems such as car brakes. These systems come in many configurations and the software embedded on them also has to be configured for each one. Software product lining is a methodology to develop a family of related systems that can be configured for each product, […]

The popularity of smartphones is leading to an ever growing number of mobile apps that are published in official app stores. However, users might experience failures and crashes for some apps installed on their devices. For developers, diagnosing failures that users experience is a major challenge, since the diversity of contextual conditions makes it difficult […]

Current advanced audio playback systems can provide a feeling of 3D immersion to listeners. Though the technology to listen to 3D audio can provide a good listening experience, the technology used to create 3D audio content has not adapted to those advances. One major reason is due to human aural localization ability that is not […]

OrbitHub is a web/mobile platform that helps its clients coordinate activities more efficiently and maximize the utilization of their resources and time. In addition to being a global social network, OrbitHub also offers tournament, league and ladder management functionality, as well as registrations, payments, rankings, court booking and more. This project aims to focus on […]

This project examines the relationship between female musicians in music scenes in Toronto and in the cities of Salvador and Recife in Brazil. Female performers from Brazil and other Latin American countries, as well as Canadian-born female musicians make up the majority and the backbone of the Brazilian music scene in Toronto. As these performers […]

Cette grappe de projets couvre deux volets distincts. Le premier, vise à caractériser et évaluer l’écosystème formé des organisations du secteur de l’immobilier avec leurs partenaires, dans la grande région métropolitaine. Il s’agit, par un étalonnage, de diagnostiquer régulièrement la compétitivité de ce secteur et fournir les données essentielles aux décideurs gouvernementaux et aux dirigeants […]

Current and near-future D-Wave processors implement optimization using quantum effects on a fixed processor layout. This layout can be modeled as a graph with certain constraints, and the optimization is applied to a specific problem: fixed-topology Ising spin optimization. It is therefore important to study how best to use this hardware to solve combinatorial optimization […]