I-HAUL
Intelligent aerial logistics for time-critical organ transportation, combining UAV routing, clinical workflow constraints, stakeholder discovery, and technology-readiness planning.
Funding & translation →Research Portfolio
Projects
Selected research projects connecting mechanism design, optimization, learning, and distributed systems to EV charging, mobility, healthcare logistics, public safety, edge computing, and cloud infrastructure.
SPICE
Behavior-aware EV charging assignment for fair and predictable access under congestion, uncertainty, strategic behavior, and mobility-dependent delay.
Proposal details →Strategic Resource Reassignment
Scalable reassignment mechanisms for strategic agents sharing constrained resources under noncompliance, uncertainty, and dynamic preferences.
SOTERIA
Coalition-formation and learning-based coordination for UAV-assisted emergency communication and behavior-aware resource allocation.
EV Charging, Routing & Logistics
Stable matching and co-optimization frameworks including SMART-CHARGE, SMEVCA, and CARGO for charging assignment and delivery logistics.
Wildfire Routing
Routing under evolving stochastic congestion, uncertain hazard spread, and selfish mobility behavior in time-critical evacuation settings.
Vehicular and IoT-Fog Offloading
Mobility-aware and fairness-aware offloading mechanisms including MIME, MOVE, LBA, LETO, A-DAFTO, M-DAFTO, and Fair-Match.
Cloud, Edge & Serverless Resource Management
Matching, coalition, and meta-heuristic approaches for VDC re-embedding, VM placement, workload migration, and serverless-edge scheduling.
For outputs from these projects, see Publications. For awarded and submitted support, see Funding.