These are some systems we use to support the visualization requirements of Clemson University staff, faculty, and students.
Virtual Reality Head-Mounted Displays
We have acquired several of the newly released VR headsets in Barre 2004 Lab:
- Oculus Rift
- Microsoft Hololens
- Samsung Gear VR
- Open Source VR Kit
- HTC Vive
We’ve also acquired the 360 Fly camera for 360 video capture.
Visualization Workstations in Barre 2004 Lab
We have several 3D visualization/VR workstations in Barre 2004 Lab, with high-end Nvidia graphics card (GeForce GTX 1080 and Quadro K5000 running Windows 7/8/10 and Ubuntu 14.04. With these high powered specifications, the workstations provide a useful platform for many visualization and virtual reality applications, inlcuding ARCGis, VRUI VR Toolkit, Unity, and much more. These applications interface with many displays and camera technologies to create an immersive visualization experience.
Barre 2004 Displays and 3D Projection
Barre 2004 lab also has one 6-screens HD tiled displays, one 3-screens slightly curved tiled displays and two 3D Projectors
- 5-node Dell Precision T7600 visualization cluster, dual 6 GB nVIDIA Quadro 6000’s + 12 Xeon cores in each node
- Ubuntu Linux with TACC’s Display Cluster software
- Dell Force10 S4820T software-defined networking switch
- 40 Gbps network connection to the Palmetto Cluster
- 40 Gbps direct access to the internet outside the campus network (DMZ, no firewalls)
The Palmetto Cluster currently consists of 1,978 compute nodes (20,728 cores) and 598 NVIDIA Tesla GPU accelerators (4 different models: M2070, M2075, K20, K40). It is currently ranked #4 among research clusters in academia. You can read more here about specifications and obtaining an account for use.
The Oculus Rift is a virtual reality headset that can be used with a variety of immersive software. ClemsonViz currently owns two of the developer versions of the headset that are interfaced with LidarViewer, Unity 3D, and other visualization applications. Oculus has many features, including an OLED screen with a resolution of 960 x 1080 per eye, a 100 degree field of view, and a refresh rate of up to 75 Hz. The development kit uses a gyroscope, accelerometer, and magnetometer to track movement and utilizes an external near-infared and CMOS sensor to track absolute position in space. These specifications allow developers to create more life-like and realistic visualization demonstrations.
Ideum Platform 46 Touch Table.
Structure sensor enables scanning and 3D reconstruction of human body.
WFIC has several large-screen high-resolution touch monitors, video walls, 3D laser projection in auditorium and 3D tiled displays.