Emerging Technologies: Quantum Science, Artificial Intelligence and Cybersecurity

  • الفئة :

      كتب ملتقيات علمية

  • الإسم الكامل للمؤلف (ين):

      Dr. Yousra MEGDOUD (General Supervision) / Author(s): By a Group of Academic Researchers

  • الرقم الدولي المعياري للكتاب (ISBN) :

      978-9969-05-868-0

  • عدد الصفحات :

      266

  • الميدان :

      علوم وتكنولوجيا


: ملخص

This book presents the proceedings of the National Symposium Emerging Technologies: Quantum Science, Artificial Intelligence and Cybersecurity (NSET: QSAIC’25), bringing together recent advances, theoretical developments, and practical applications in these rapidly evolving fields. It covers fundamental concepts and state-of-the-art research in quantum technologies, intelligent systems, machine learning, data-driven decision making, and modern cybersecurity frameworks. Emphasis is placed on interdisciplinary approaches, real-world challenges, and innovative solutions addressing security, efficiency, and reliability in complex digital and physical systems. By combining theoretical insights with applied studies and case analyses, this volume serves as a valuable reference for researchers, engineers, graduate students, and professionals seeking to understand and contribute to next-generation technologies shaping science, industry, and society


الفهرس :

1. Performance Evaluation of BB84 Quantum Key Distribution Using QuNetSim
2. Intelligent Thermal Fault Diagnosis in Induction Motors via MobileNetV2 Deep Learning Architecture
3. From Classical to Quantum: A Review of How Artificial Intelligence Shapes the Future of Cybersecurity
4. Strengthening Pre-University Mathematics to Support Quantum Science, Artificial Intelligence, and Cybersecurity
5. Magnetic and structural behavior of Nanocomposites FeCo and FeCoO synthetized by Mechanical Alloying
6. Predictive Diagnosis of Gas Turbine failures by developed methods
7. Design of an adaptive Controller for ATMD to mitigate unknown non-linear structural behavior
8. A comparative study of passive control in simulating the effect of tuned mass damper in buildings under seismic excitation programming In Matlab and SAP2000 software.
9. Metaheuristics in Strategic Domains: Advances in AI, Cybersecurity, and Quantum Computing
10. Earth Pressure Behind Retaining Walls – A Parametric Study–
11. Hybrid CNN-QSVM Model for EMG-Based Myopathy Diagnosis: Exploring Quantum Machine Learning Potential
12. Towards Secure and Adaptive Fog–IoT Orchestration: A Theoretical Framework Combining AI, Blockchain, and Quantum Methods
13. Adsorption performance of eco-friendly Algerian biowaste for dyes removal from aqueous solution
14. When Green Chemistry Meets Molecular Docking: Mild Synthesis of Nitrogen Heterocycles and Promising Therapeutic Perspectives
15. Power Forecasting in Smart Street Lighting Using DeepLearning
16. Study of the Density of States (DOS) of GaAs Using the Ab-Intio WIEN2K Code
17. Comparison between theoretical calculation and experimental results of excitation functions for production of medical radionuclides
18. Hybrid Deep CNN-SVM Framework for Robust Multi-Class Retinal Diseasz Classification Using OCT images
19. The AI Advocate:Multilingual Legal Predictions with decentralized Agentic AI
20. The effect of accelerometer sensor mass on damping ratio of laminate composite
21. Optimization of Process Parameters to Enhance the Antioxidant Potential of Melissa officinalis Leaves Extracted
22. Automated Fatigue Detection throughComputer Vision: ADeep LearningApproach with Attention Mechanismsfor Clinical Applications
23. Equilibrium model calculation for 28Si (n, x), 31P(n, x) and 39K(n, x)reaction using the Talys code
24. Joint task and data computation offloading for UAV-enabled cellular networks
25. Transfer Learning for Plant Leaf Disease Detection: A Comprehensive Narrative Review
26. Synergizing Paradigms in Quantum Computing, AI-Enabled IoT, and Cybersecurity solutions in Next-Generation Technologies
27. The AI Advocate: Multilingual Legal Predictions with decentralized Agentic AI
28. Automated Fatigue Detection throughComputer Vision: ADeep LearningApproach with Attention Mechanismsfor Clinical Applications
29. Digital Social Structure and Cyber Interaction as Determinants of Cybercriminal Behavior among University Students

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