Research

Research

I develop game-theoretic, optimization-based, and learning-enabled methods for coordinating shared cyber-physical infrastructure under uncertainty, limited capacity, mobility, and strategic human behavior.

Core question: How can competing agents share—and when needed reassign—limited resources efficiently, fairly, and robustly as conditions change?
Research thrusts in cyber-physical systems covering EV charging and intelligent mobility, mechanism design and reassignment, public safety and healthcare CPS, and edge, IoT, and distributed systems.
Strategic decisions across my research thrusts: charging, reassignment, public-safety coordination, and edge-cloud offloading.

Research Themes

Four connected directions

01

Mechanisms for Shared CPS

Matching, exchange, reassignment, and mechanism design for capacity-constrained infrastructure with strategic or non-compliant users.

Representative work: ReACT-TTC, KATCH, W-TTC

02

EV Charging & Intelligent Mobility

Fair charging access, routing-and-charging coordination, and behavior-aware resource allocation for public mobility, fleets, and delivery systems.

Representative work: SMART-CHARGE, SMEVCA, CARGO, SPICE

03

Public Safety & Healthcare CPS

Decision support for emergency response, wildfire routing, UAV-assisted communication, and time-critical organ transportation.

Representative work: RESCUE, I-HAUL, SOTERIA

04

Edge, IoT & Distributed Systems

Mobility-aware offloading, serverless scheduling, cloud-edge coordination, and resource sharing across vehicles, IoT devices, and edge servers.

Representative work: MIME, MOVE, Fair-Match, LEASE

Selected Projects

From mechanisms to deployed settings

ICCPS 2026

ReACT-TTC

Capacity-aware Top Trading Cycles for post-choice reassignment in shared CPS, demonstrated through EV charging coordination.

Paper spotlight →
NSF I-Corps

I-HAUL

UAV-assisted organ transportation combining routing, clinical workflow constraints, stakeholder discovery, and technology translation.

Funding & translation →
EV Infrastructure

SPICE

Behavior-aware charging assignment under congestion, uncertainty, strategic user behavior, and mobility-dependent delays.

More projects →

Methods

Technical toolkit

Game TheoryMatching TheoryMechanism DesignOptimizationRouting & SchedulingLearning under UncertaintySimulation & Systems Evaluation

See the full publication list, research projects, and funding portfolio.