2026 December - 16 articles
Fog–Cloud computing provides distributed computational resources close to IoT data sources, but efficient placement and resource utilization remain challenging because of heterogeneous resources and conflicting Quality of Service (QoS) requirem...
Tiny Machine Learning (TinyML) enables resource-constrained devices to perform local inference in the Internet of Vehicular Things (IoVT), potentially reducing communication overhead, latency, and dependence on cloud services. This survey systematica...
This paper presents a real-time smart microgrid (SMG) emulation and anomaly detection platform for evaluating intelligent monitoring methods under realistic operating conditions. The distributed cyber-physical nature of SMGs makes them vulnerable to...
The Industrial Internet of Things (IIoT) instruments physical processes with networked sensors and controllers that stream multivariate telemetry, and monitoring this telemetry for faults and cyberattacks is essential to reliability and safety. Machi...
The growing integration of Internet of Things (IoT) technologies within cyber-physical systems (CPS) has enabled autonomous and monitoring applications ranging from self-navigating manufacturing robots to large-scale environmental sensing networks an...
Various competing wireless technologies claim superior long-range performance at low power budgets. However, it is difficult for system designers to select the appropriate technologies for their applications. Consequently, to guide such selections, t...
Decentralized Physical Infrastructure Networks (DePIN) need attestation that binds digital claims to physical devices. We present Lightweight Proof-of-Physical-Integrity (L-PoPI), a physical-to-Ethereum Virtual Machine (EVM) attestation framework com...
Digital twins are attracting growing interest in the industry. They enable the optimization of monitoring, control, and decision-making. However, many existing implementations rely on costly proprietary platforms. This limits their adoption by small...
Carbon-compliance systems increasingly rely on Internet of Things (IoT) sensing, yet measurement provenance, policy evaluation, and consequence assignment often remain separated. This paper presents TRACC (Transparent Real-Time Accountability for Car...
To address the issues of utility grid outages and uncertain renewable energy, recent developments suggest integrating multiple community microgrids using advanced communication and networking technology, which are termed Interoperable Building Microg...
The proliferation of Internet of Things (IoT) devices operating in swarm-like formations—from autonomous device fleets to federated service networks—demands a computing continuum that spans edge nodes, fog gateways, and cloud back-ends. S...
The accurate prediction of the power of High-Pressure Grinding Rolls (HPGR) is considered essential for evaluating equipment operating conditions and optimizing energy consumption. Existing power prediction methods, however, are considered to have no...
This paper proposes a formally analyzable Cloud-IoT architecture for educational environments, connecting learners, teachers, and institutional administrators to a shared cloud infrastructure through an intermediate IoT layer. The architecture is ins...
Internet of Things (IoT) malware and intrusions generate network-observable flow patterns, but high benchmark accuracy does not by itself establish transfer to new environments. This study presents Protocol-conditioned Analysis with Behavioral Threat...
Deepfake manipulation has become increasingly difficult to detect as generative models continue to produce highly realistic facial content. This work presents the Frequency-Aware Lightweight Hybrid Network (FALH-Net Lite), a compact deepfake classifi...
Severe conditions in hard-to-reach regions, where terrestrial networks are limited, make data backhaul from these areas challenging. In this context, advances in the Space-IoT have created new opportunities for data collection and monitoring using LE...
