Network Science Projects
Current Projects
Vector-borne epidemic models and simulator (VEMS)
EEID: Long-distance dispersal and disease spread under increased ecological complexity (USDA link)
Completed Projects
The protease network that regulates innate immunity in mosquitoes
Data Generation for the Beef Cattle Production Infrastructure and the Transportation Services Infrastructure (NSF link)
Understanding COVID-19 Transmission With Non-Markovian Models (NSF link)
EEID: Long-Distance Dispersal and Disease Outbreaks: Effects of Initial Prevalence, Basic Reproduction Number, and Control Tactics (USDA link)
p-Modulus on Networks with Applications to the Study of Epidemics (NSF link)
Modeling Japanese Encephalitis in the US using Interconnected Networks (USDA link)
Disease modeling for risk analysis of NBAF-targeted animal disease agents
Spreading Processes over Multilayer and Interconnected Networks (NSF link)
The effectiveness of contact tracing for detection of Ebola risk during the early introduction of the virus (NSF link)
Beefing up the Beef Transport System (Global Food Systems Initiative)
Modeling Rift Valley fever and testing efficient mitigation strategies for the United States
Problems in Function Theory with Applications in Epidemic Modeling (NSF link)
Interconnection of Human Responsive Behavior Patterns and Epidemic Spread Dynamics
Network models for soybean rust epidemics: Adapting to aerially-dispersed pathogens
Network partitioning for mitigation of epidemics
Agent-based simulation for zoonotic diseases in rural region
A Network-based Model Approach for Efficient Epidemic Strategies for the City of Chanute, Kansas
Quality of Care and Network Properties of Outpatient Health Care Delivery
Complex network approach to epidemic spreading in rural regions
Predicting rabies exposure risk and evaluating intervention methods
A novel diffusion model describing the absorption of chemicals through complex biological membranes
Optimizing antimicrobial treatment regimens to minimize the spread of resistance