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Projects

Extended Reality- S.W.I.M

One of the major initatives of our club is the Sequential Wave Imprinting Machine (SWIM). It is an augmented reality system that does not require any specialized equipment. Using basic components such as LEDs, microcontrollers and sensors, the SWIM is a system that can be used to represent the virtual world in the real world, building upon Steve Mann's pioneering work. This project explores the intersection between wearable technology and immersive environments to create new alternatives for augmented reality applications. Some examples of these are included here.

Club Activity: Comparametric Equations and SWIM

Brain Computer Interface


One of our exciting initiatives focuses on Brain-Computer Interface (BCI) systems, specifically using the Muse EEG headset by Interaxon. The project's primary goal is to use these types of wearables to facilitate brain-computer interface (BCI) systems, enabling users to control their devices and interact with the world around them.

Here is a link to Nishant Kumar’s GitLab repository to help you get started with collecting data with Muse: https://gitlab.com/nishantkumar201/act-mann/-/tree/main/

Literature review for BCI:

BCI lit review PDF (BCI lit review LaTeX source code as zipfile)

Freehicle



Another exciting initiative is the sophisticated assistive device facilitating mobility for people with disabilities. With computer vision combined with real-time spatial computing, physical support, wayfinding assistance, and even water navigation are all becoming available. Force-feedback control and natural user interfaces are some of its features, enabling adaptation to the users' needs, thus improving independence, accessibility, and promoting sustainability. More about this project can be found soon.

𓉐 Peter Street Basin Cleanup Crew

We're building roboats and underwater autonomous vehicles to help our Friends of Peter Street Basin Cleanup Crew get and keep the Basin clean. The Basin is an important rest stop for paddlers and rowers with disabilities, as it is a safe harbour protected from wind and waves, where passing paddlers and rowers can enter and rest and then continue on their way. It is the only public resting or respite area that has an accessibility ramp. We thank our Mayor Olivia Chow for helping to make this ramp a reality.

Mersivity Ball




This project combines wearable tech and IMU sensors to enhance spinal rehab. Users walk on water inside a waterball while receiving real-time posture feedback via a head-mounted display, promoting core strength and balance through a low-impact exercise. More about this project can be found soon.
HumanSys 2024 Paper [PDF]

Safeguarding Humanity with Sousveillance

Upcoming Deadlines

IEEE World Forum on Internet of Things: Call for Papers on April 14, 2025

IEEE IWASI 2025: Paper Submission Deadline on May 5, 2025. Find more details here

EAI MobiQuitous 2025: Paper Submission Deadline on June 15, 2025. Find more details here

Reading List

Interested in creating a project relating to the veillances? Check out the reading list below!

Sousveillance

Metaveillance (Metavision)

Sousveillant Systems

Priveillance

Moveillance (Motor-Veillance)

Background: Urban Renewable Energy at ETRC (Toronto, Canada)

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This website and the Symposium follow a Copyleft ethos, with code and content licensed under the GNU GPL (General Public License) v3.0. The website was hand-coded by S. Mann, N. Kumar, and A. Sencer Aksu and is hosted on GitLab. The Symposium Proceedings were written in the LaTeX typesetting language, and the online conferences and discussions are conducted using Jitsi, which is a free, open-source, standards-based initiative. At IEEE, we embrace free, open-source code and standards, both of which help ensure accessibility.