One rarely views math and computer science as inherently “social sciences”; yet, they can play an important role in helping to understand and address problems facing society. Computational and mathematical algorithms can optimize the use of scarce resources; they can model the spread of disease and the propagation of warnings during an emergency; identify patterns and anomalies that signal a disease outbreak, cyber attacks, or simply equipment needing maintenance; they can help one understand and respond to the dynamics of human behavior during an evacuation; improve cargo screening; and help a computer become a Jeopardy! champion. These are just a few of the uses of mathematical and computational algorithms that are underway at the Center for Command Control and Interoperability for Advanced Data Analysis (CCICADA), a Department of Homeland Security Center of Excellence led by Rutgers.
On April 8, 2011, CCICADA hosted a workshop, organized by the seven graduate student fellows associated with CCICADA, intended for an undergraduate audience or those who simply like to gain insights on some of these uses of math and computer science. The talks highlighted the work of CCICADA students and faculty and emphasized ways in which math and computer science are playing a role in addressing real issues that affect society.
The workshop examined timely and important applications from a variety of fields. These include emergency response, public health, medicine, and networking, and featured a panel discussion on “emerging applications” to which math and computer science can be brought to bear.
Organizing Committee:
Student Organizers: Ed Chien (Math) Bobby DeMarco (Math), Brad Greening (Ecology), Emilie Hogan (Math), Scott Kulp (CS), Matthew Oster (Operations Research), Brian Thompson (CS)
Faculty Organizer: Tami Carpenter (DIMACS)
Sponsors:
For more information, visit: http://dimacs.rutgers.edu/Workshops/Society/