IEEE Member and researcher focused on AI, wireless networks, and smart IoT systems. Published in top SCI and Scopus journals with global editorial experience. Passionate about bridging research and real-world innovation.
Specialized in artificial intelligence and intelligent systems with a strong focus on machine learning, deep learning, data analytics, and smart computing applications. Research and professional work emphasize AI-driven solutions for healthcare, communication networks, cybersecurity, IoT, intelligent transportation, and decision-support systems. Experienced in developing scalable algorithms, real-time analytics, and interdisciplinary research that bridges theoretical foundations with practical, real-world implementations.
Exploring intelligent algorithms, deep learning models, and data-driven techniques for real-world applications in healthcare, security, and smart systems.
Research on intelligent decision-making systems, autonomous technologies, and adaptive computing solutions for complex environments.
Specialization in map-matching algorithms, real-time location tracking, GPS/RTK-based navigation, and intelligent transportation systems.
Active involvement as editorial board member, peer reviewer, session chair, and contributor to reputed journals, conferences, and research communities.
Focused on IoT architectures, vehicular networks, wireless communication, and edge computing for efficient, secure, and scalable systems.
Work includes encryption, steganography, secure cloud computing, fog computing, and trust frameworks for modern cyber systems.
Presenting patented research contributions that demonstrate innovation, technical originality, and real-world applicability. These patents highlight the transformation of academic research into protected technologies with practical impact.
Innovations focused on IoT-enabled smart systems addressing real-world challenges in automation, monitoring, and intelligent decision-making across diverse domains.
Patented solutions leveraging artificial intelligence and machine learning to enhance autonomy, accuracy, and intelligence in complex technological systems.
Patents covering autonomous systems such as drones and intelligent devices designed for safety, efficiency, and mission-critical applications.
Demonstrating the transformation of academic research into protected intellectual property with practical relevance and technological impact.
Showcasing impactful research and innovative projects in AI, communication, and intelligent systems.
Each publication reflects a commitment to advancing technology and scientific discovery.
Showcasing high-impact research and innovative scholarly work in artificial intelligence, communication, and intelligent systems.
Each publication demonstrates a strong commitment to advancing technology and contributing to scientific knowledge.
I welcome academic collaborations, research discussions, publication inquiries, and professional opportunities.
Students, researchers, and industry professionals are encouraged to connect for knowledge exchange and meaningful academic engagement.
+91 97600 72629 | +91 95827 58550
Plot No. 48 A, Knowledge Park III, Greater Noida, Uttar Pradesh – 201310, India
tokpsharma@gmail.com
Dr. Kanta Prasad Sharma is a dedicated researcher with over 16 years of experience in renewable energy, sustainable systems, and technology innovation.