Name |
Role PI or
CoPI
|
Project Title |
Duration |
Notes |
Sharlee Climer |
PI |
Discovery of combinatorial genetic interactions underlying AD pathogenesis and progression |
05/01/2015 - 04/30/2016 |
Knight Alzheimer's Disease Research Center |
Sharlee Climer |
Consultant |
Ecological genomics: analysis of gene expression underlying parallel habitat adaptation in distinct salamander species |
01/01/2013 - 12/31/2017 |
Deutsch-Israel Project |
Sharlee Climer |
Investigator |
A Novel Co-expression Network Approach that is Robust to Genetic Heterogeneity |
07/01/2012 - 06/30/2016 |
NIH |
Lav Gupta |
PhD Scholar and proposal author |
Fault and performance management in carrier-grade virtual networks over multiple clouds |
2017-2020 |
NSF |
Lav Gupta |
PhD Scholar and proposal author |
Cyber Security for Next‐Generation Healthcare in Qatar |
2017-2020 |
NPRP |
Jianli Pan |
PI |
Delay and Bandwidth Constrained Dynamic Resource Provisioning Method in a NFV/SDN Edge Cloud for IoT Applications |
2017-2020 |
NASA |
Jianli Pan |
PI |
Securing Wireless/Mobile Internet of Things Systems: Threats and Defense |
2017-2019 |
NSA |
Jianli Pan |
Co-PI |
An Innovative, Flexible, and Multi-Purpose Lab Environment for Fostering Hands-on Skills Development in Cybersecurity Education |
2017-2019 |
NSA |
Jianli Pan |
PI |
Northbound Support for NFV/SDN Edge Cloud Orchestration |
2015-2017 |
University of Missouri System Research Board (UMRB) Award |
Cezary Janikow |
Co-PI |
Statistical Methods for Recursively Partitioned Trees |
2002-2005 |
NIH |
Cezary Janikow |
PI |
Fuzzy Decision Trees |
1995-1996 |
NSF |
Cezary Janikow |
PI |
Constrained Genetic Programming, in collaboration with NASA/JSC |
1995 |
NASA/JSC and UMRB This tutorial was presented at GP98 |
Uday Chakraborty |
PI |
Optimization in Wireless Mobile and Sensor Networks: A Novel Paradigm Based on Differential Evolution |
2010-2012 |
NSF |
Uday Chakraborty |
PI |
REU: Optimization in Wireless Mobile and Sensor Networks |
2011-2012 |
NSF |
Uday Chakraborty |
PI |
Model-Directed Hybridization: Principled Design of Hybrids of Model Building, Metaheuristics and More Traditional Optimization Techniques |
2014-2016 |
NSF |