|
Want to join my WISDM Lab?
Check out my student research page to see
why you should!
I am an associate professor of Computer and Information
Science at Fordham University. Prior to coming to Fordham, I worked for
many years at AT&T Bell Labs and (after the Lucent split-off) AT&T Labs. There
I worked for several years as a software engineer designing telephone switching
software, before moving on to expert system development, and, finally, data
mining. I spent my final five years at AT&T in a marketing analysis group
applying data mining methods to solve complex business problems.
I received a B.S. degree in
Computer Science from
Cornell University,
an M.S. in
Computer Science from
Stanford University and a
Ph.D. degree in
Computer Science from
Rutgers University.
I have published over forty papers in the areas of machine learning
and data mining as well as several in the area of expert systems and
object-oriented programming.
My primary research area is machine learning/data mining.
Machine learning
strives to automatically improve the performance of a system over time, as
experience is accumulated, whereas the related area of
data mining
concerns
the automatic extraction of knowledge from large amounts of data via
intelligent algorithms.
My current research focus involves WIreless Sensor Data Mining (WISDM). My
WISDM research group is
currently developing an app for Android-based phones so that
the sensor data from these phones can be "mined" for useful information,
resulting in new and useful applications. We have already
demonstrated that we can effectively determine a user's activity (walking,
jogging, climbing stairs, etc.), their identify, and sometimes even their
characteristics (height, sex, etc.) just based on the accelerometer
data they generate by carrying their phones. For more information, please
visit the WISDM Lab page.
This work is supported by the NSF and Google.
Prior to the WISDM project, by research generally involved studying how we can
deal with many of the
real-world issues that make learning, and data mining, more difficult. My
recent work has focused on how class distribution affects data mining and how
one might be able to choose data intelligently when data is costly, to improve
the effectiveness of data mining. I have also studied the problem of why it is
so difficult to deal with rare cases and rare classes in data mining.
Recently, I have actively promoted work in the area on Utility-Based Data
Mining, by organizing KDD workshops on this topic in
2005 and
2006 and guest
editing a
special issue
of the Data Mining and Knowledge Discovery journal on this topic in 2008.
While in industry I also conducted research in expert systems
and in object technology. I helped develop an rule-based object-oriented
expert system for maintaining telephone switching systems which in 1998
received a AAAI Innovative Application for Artificial Intelligence award.
For more on my research, please visit my research
page.
My Erdös number is 2:
Paul Erdös to
Frank Hsu to
Gary Weiss.
My Erdös-Bacon number, on the other hand, is infinite.
Favorite data mining related quote:
"In God we trust. All others must have data." Rick Peterson, former
New York Mets pitching coach (quoted
in New York Times, Jun 13, 2004).
Member Association for Computing Machinery (ACM)
Member ACM Special Interest Group on Knowledge Discovery in Data (SIGKDD)
Member Council on Undergraduate Research
|