Facilities
Facilities
Facilities
MAVRC features several virtual reality systems capable of immersing multiple users in virtual and mixed reality environments. The 4-sided CAVE™ system located at the Joint Health Science Center in Camden provides 1 to 4 people wearing stereoscopic glasses to explore data on 4 projected walls (including the floor). Users are tracked in real-time using an active infrared tracking system to pinpoint the user’s location and provide an immersive experience.
MAVRC has a one-of-a-kind 10-sided walk-in Virtual Reality system for groups as large as 15 people for viewing virtual reality environments as well as displaying information, live-feeds, and tele-video conferencing
10-Sided CAVE System
Location: South Jersey Technology Park
Facility Features:
Render computer cluster capable of producing 3D stereoscopic 10800x1920 resolution imagery across 10 screens assembled to form a continuous curve.
Polycom video conferencing hardware and software for routing visualization information and videoconferencing
An 8-camera motion tracking system, tracking the position and orientation of users
A 5.1 surround sound speaker system in an addition to a 10-speaker video conferencing system
Meeting Canvas software, capable of routing laptop and cellphone screens to the projector displays for enhanced data sharing
Incorporation of popular 3D rendering engines such as Unity and WorldViz Vizard to provide 3D stereoscopic visualizations of simulation data
3 different operating modes:
- Virtual reality mode where the entire system appears in 3D to provide enhanced spatial visualization of information
- Meeting Canvas mode capable of overlay up to 10 2D video and presentation materials across all 10 screens
- Hybrid Mode capable of displaying both VR and 2D at the same time.
4-Sided CAVE System
Location: Joint Health Science Center
Facility Features:
4 Barco DLP Laser Projectors – 2560x1600 resolution, 8000 lumens
Intel Xeon Rendering Cluster
Virtual Reality visualization using the Unity Engine and Mechdyne GetReal rendering solution
MAVRC Compute Cluster
Part of the Rowan High Performance Computer System (RUCC), awarded to Dr. Bouaynaya in 2014, the MAVRC Compute cluster features over 40 compute nodes for data intensive research and education. In addition, MAVRC has a high-end 16 GPU Lambda Blader servers specially tailored for Machine Learning and AI training.