Komil Tashev | Cybersecurity | Editorial Board Member

Dr. Komil Tashev | Cybersecurity | Editorial Board Member

Vice-Rector | Tashkent University of Information Technologies | Uzbekistan

Dr. Komil Tashev is an emerging researcher specializing in nano-electronics, quantum-dot device architectures, and Internet of Things (IoT) systems, with a strong emphasis on applications in healthcare and advanced communication networks. With 17 publications, 94 citations, 7 h-index and collaborations involving over 40 co-authors, his work reflects growing international recognition and active engagement in interdisciplinary research. His contributions focus on designing scalable, energy-efficient, and secure computational architectures that enhance the performance of next-generation IoT devices, particularly through innovations in quantum-dot multiplexers and nano-communication networks. Tashev’s research bridges theoretical advancements with practical implementations, addressing critical challenges such as system miniaturization, low-power operation, data reliability, and device interoperability—key factors for modern medical monitoring and diagnostic systems. His publications in reputable outlets highlight a commitment to integrating quantum-scale technologies with real-world IoT constraints, thereby advancing the efficiency and intelligence of healthcare infrastructures. Through sustained scholarly output, collaborative work, and a clear focus on technological impact, he contributes to shaping the future of nano-enabled IoT systems and their global applications.

Profile: Scopus

Featured Publication

1. Safoev, N., & Karimov, M. (2025). A nano-scale quantum-dot multiplexer architecture for logic units in Internet-of-Things healthcare systems. Nano Communication Networks.

Dr. Komil Tashev’s research drives progress in quantum-scale nano-architectures for IoT healthcare, enabling more reliable, efficient, and compact medical technologies. His work supports global scientific innovation by advancing nano-communication networks and strengthening the technological foundations of next-generation digital health ecosystems.