Abstract: This paper compares conventional and deep machine learning in self-organizing network anomaly detection. Deep learning has gained popularity, especially in applications where large amounts of data can be collected and processed, but conventional methods…
Abstract: Underground mining uses WSNs. They monitor complex mine environments using sensors to avoid risks and manage operations. WSNs are important, but energy consumption and sensor node battery replacement are issues. DEECP reduces WSN power…
Abstract: Technology has revolutionized sensing technology, with wireless sensor networks (WSNs) being a major research area. WSN has battery-powered sensor nodes with limited energy, so researchers design an energy-efficient routing protocol to extend network lifetime….
Abstract: IoT-based vehicular ad-hoc networks and software-defined networks make up a software-defined vehicular network. Researchers are developing VANET (Vehicular Ad-hoc Network) to improve IoT-based vehicle network communication. Researchers are using edge computing to improve VANET…
Abstract: This study proposes a robust H∞ network observer-based attack-tolerant path tracking control design for autonomous ground vehicles (AGVs) under external disturbance, measurement noise, and actuator/sensor attack signals. First, a more practical AGV system describes…
Abstract: Data prediction in wireless sensor networks (WSN) reduces redundant data transfers and extends network lifetime. Two data prediction algorithms are used today. The first reassembled historical data and provided backward models, causing unmanageable delays….
Abstract: Advanced Metering Infrastructure (AMI) measures customer electricity use in the smart grid. Smart meters help utility providers and consumers communicate through the AMI subsystem. Smart meters send the utility real-time electricity consumption data. Secure…
Abstract: Designing routing protocols for energy harvesting wireless sensor networks (EH-WSNs) involves improving energy utilization and balancing energy consumption. EH-WSNs’ harvested energy utilization, consumption balancing, reliability, and connectivity are improved by hierarchical cluster-based routing. For…
Abstract : A system’s fault-tolerance determines its operability with defective parts. Telecommunication, robot navigation, and geographical routing protocols could benefit from the fault-tolerant partition dimension of a network, which calculates the fewest subcomponents needed to…
Abstract : This paper examines global connectivity of complex networks with random links. A weighted expected communication graph models the network. The literature’s weighted vertex connectivity (WVC) generalization of vertex connectivity is effective at measuring…
Abstract : This project combines nonorthogonal multiple access (NOMA) and over-the-air federated learning (AirFL) using one simultaneous transmitting and reflecting reconfigurable intelligent surface (STAR-RIS). The STAR-RIS optimizes hybrid user decoding order for interference mitigation and…
Abstract : In a real-time wireless sensor network (RT-WSN), an unpredictable synchronization (or connection) process between nodes is unfortunate, but communication after the connection may be controlled. This project solves this pity using the multiple-request-single…
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