In a talk at AN16, Joel Acevedo-Aviles described the process of predicting the role of people in a network based on two techniques.
Sandy Allerheiligen of Merck Research Laboratories gave an invited talk about math modeling and pharmaceutical...
In an invited talk at AN16, Roman Stocker described quantitative models to demonstrate turbulence’s unexpected...
At a minisymposium on scientific computing and big data at AN16, Shashank Yellapantula discussed scientific computing in gas turbine engine design.
A panel of female mathematicians at the SIAM Annual Meeting shared their personal difficulties and triumphs as...
At the SIAM Annual Meeting, Steven Finkbeiner explains his use of image analysis and advanced technology to...
Adam Wittek gave a talk titled “Computation of Brain Deformations for Image-Guided Neurosurgery" at the SIAM Annual Meeting.
Emily Cody talked about the opportunities and challenges of using Twitter for polling over traditional surveys at...
At AN16, Vittoria Colizza uses computational models to study the Middle East respiratory syndrome...
In his invited talk at the SIAM Annual Meeting, Matthew Salganik of Princeton University discussed social science in the age of big data.
Tadashi Tokieda presented a community lecture, complete with table-top demos, about the fascinating science behind...
At the SIAM Annual Meeting, Karen Saxe discussed the importance of data science in a liberal arts curriculum.
SIAM presented Lisa J. Fauci of Tulane University with the 2016 AWM-SIAM Sonia Kovalevsky Lecture prize at the SIAM Annual Meeting.
SIAM awards the 2016 John von Neumann Lecture prize to Donald E. Knuth for his transformative contributions to...
Donald Knuth gave the John von Neumann lecture at the 2016 SIAM Annual Meeting in Boston.
The SIAM Annual Meeting, 2016 in Boston, was an unqualified success. Thanks to all of those who made it a success!
Ioannis G. Kevrekidis of Princeton University is the recipient of the 2016 W. T. and Idalia Reid Prize.
At the SIAM Annual Meeting, Manuel Gomez Rodriguez presented his framework for modeling opinions in social networks.
The authors describe a new form of robotic microscopy that can track cells over unusually long lengths of time to observe neurodegeneration.