Dr. Yazeed Alkhrijah research focuses on cutting-edge wireless communication systems, intelligent networking, and next-generation digital infrastructures, emphasizing artificial intelligence–driven optimization, secure communication mechanisms, and resilient network architectures across emerging technologies such as 5G, 6G, IoT, UAV networks, VANETs, FANETs, and Industrial IoT, supported by a strong scholarly record of 175 citations across 151 documents, 44 publications, and an h-index of 7. His work advances computational intelligence-based routing strategies, deep learning–enabled decision frameworks, and generative adversarial network–driven optimization models to enhance spectrum efficiency, reliability, latency performance, and energy management in highly dynamic and dense network environments. He has significantly contributed to AI-powered resource allocation, semantic communication enhancement, aerial–ground wireless integration, and secure multimedia transmission using blockchain technologies in vehicular and UAV communication ecosystems. His studies further explore RIS-assisted communication, underwater IoT connectivity, smart home system security, smart vehicle technologies, and advanced MAC protocol design to address critical challenges of throughput, fairness, security, and connectivity stability. His research outcomes provide intelligent solutions to network scalability, adaptive routing under uncertainty, autonomous communication coordination, and cyber–physical system resilience, ultimately supporting safer transportation networks, smarter cities, secure digital ecosystems, and energy-aware communication infrastructures while shaping robust, efficient, and sustainable future communication landscapes.

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