Wole, Author at Visualization and Virtual Reality Lab

Archive: Clemson Visualization Lab

September 9, 2019

Read news clips featuring Prof. Wole’s achievements at the Clemson Visualization Lab.

November 2017 – Find out more about the Immersive space, a student-run VR club initiative started by our group.
January 2017 – Our publication (VizSpace: Interaction in the Positive Parallax Screen Plane) has been accepted as a poster at IEEE 3DUI 2017 conference.
June 2016 – Clemson Visualization Lab featured in ACM Interactions magazine.
June 2016 – Clemson Visualization article featured on Clemson News.
April 2016 – Clemson Visualization awarded the Adobe Digital Marketing Research Awards.
April 2016 – Clemson Visualization article featured in Glimpse magazine.
April 2016 – UPIC Intern, Joseph James featured in UPIC newsletter.
The Center of Excellence in Next Generation Computing and Creativity (Visualization Division) had a booth at the IEEE Virtual Reality 2016 Conference in Greenville SC from 19 – 23 March 2016 – Greenville News article.
We had several visualization presentations and demos at the Clemson university booth 1747, SuperComputing 2015 conference in Austin Texas from 15 – 20 Nov 2015.

3D Body Scanning and Animation

September 1, 2019

This project involves scanning the human body and animating the resulting virtual character.

Water Quality Data

October 24, 2018

Visualization of water quality data set, provided by Pickens County SC.

VizSpace

August 26, 2018

The VizSpace combines touch technology with mid-air interaction to enable the user to interact underneath the screen.

The Rock Box application is a modification of the Leap Motion Sandbox demo. In place of cubes, the user can pick up, scoop up, push aside, and toss 5 types of rocks.

The Surgical Demo application allows the user to view the patient and hear its bodily functions when touched by a Leap Motion hand. The transparency of different parts of the body can be modified for a more detailed view

Paraview

July 26, 2018

3D visualization of blood flow streamlines in cerebral aneurysm by combining advanced scientific visualization (ParaView) and high performance computing techniques