COLUMN: INIT
Exploring the Horizon of Computation for Creativity
By Sam Bourgault, Jane E, June 2023
By Sam Bourgault, Jane E, June 2023
How deep neural networks can process millions of weather radar data points to help researchers monitor continental-scale bird migration.
By Zezhou Cheng, Subhransu Maji, Daniel Sheldon, June 2021
The Frick Art Reference Library has been researching the potential of computer technology to enhance the methods art historians have historically used to do their research. The Frick has launched a number of exciting new collaborative projects with the hopes of bringing the normally staid world of art history into the 21st century.
By Louisa Wood Ruby, Samantha Deutch, April 2018
Computers help us understand art. Art helps us teach computers.
By Shiry Ginosar, Xi Shen, Karan Dwivedi, Elizabeth Honig, Mathieu Aubry, April 2018
By Justin Solomon, December 2008
By Justin Solomon, September 2008
By Niels Ole Bernsen, September 2007
In this study, we developed an algorithmic method to analyze late contrast-enhanced (CE) magnetic resonance (MR) images, revealing the so-called hibernating myocardium. The algorithm is based on an efficient and robust image registration algorithm. Using our method, we are able to integrate the static late CE MR image with its corresponding cardiac cine MR images, constructing cardiac motion CE MR images, which are referred to as cardiac cine CE MR images. This method appears promising as an improved cardiac viability assessment tool
By Gang Gao, Paul Cockshott, September 2007
By Justin Solomon, September 2007
By Iren Valova, March 2007
By Justin Solomon, March 2007
By Amit Chourasia, March 2007
By Adam Lake, May 1997
By Christopher O. Jaynes, September 1996