A risk-averse task offloading framework balances expected task rewards against severe losses caused by unreliable wireless links. It combines a conditional value-at-risk constraint …
This paper allows tactical edge tasks to run locally, at intermediate relays, or at edge servers. It jointly optimizes offloading, computing resources, and TDMA scheduling using a …
This paper jointly routes and schedules time-critical network services to maximize completion rewards while meeting delivery deadlines. It models the network over time and develops …
This paper studies how competing payment-channel hubs set transaction fees. It proves that approximate best responses can always be computed efficiently, while approximate Nash …
This paper models entanglement distribution through moving LEO satellites while accounting for Earth rotation, inter-satellite links, and multiple orbital shells. It transforms the …
This paper identifies attack traces with the highest cumulative success probability in probabilistic attack graphs, including graphs with cycles. It develops an exact search …
This paper jointly chooses task offloading and resource allocation in tactical edge networks to maximize completion rewards under computing and communication constraints. An exact …
This study infers smart-home user activities directly from overlapping IoT network traffic patterns. Wavelet analysis separates activity-related signals from background traffic, …
IoTDuet uses smart-home network traffic to determine whether an IoT device event was triggered locally or remotely. It examines cloud communication by controlling devices, …
This paper introduces weighted attack graphs for analyzing IoT vulnerabilities and selecting network protections. It develops a shortest-attack-trace algorithm, proves the …