IEEE Conference Papers
Co-Authored Emergent AI Behaviors in Multi-Modal
Fusion Models: Risks, Patterns, and Control
This co-authored research analyzes emergent behaviors in multi-modal AI fusion models, examining how interactions between text, vision, audio, and sensory data create unpredictable system capabilities. The paper contributes a taxonomy of emergent phenomena, evaluates existing control mechanisms, and proposes proactive risk mitigation strategies – including hybrid human-AI monitoring and adversarial testing, to advance safe and ethical deployment of large-scale AI systems.
Authored Swarm Intelligence for Large-Scale AI Models: Distributed Optimization Using Multi-Agent Systems
This pioneering research addresses a critical bottleneck in artificial intelligence by developing the first comprehensive swarm intelligence framework for distributed optimization of large-scale AI models. Leading this multi-institutional collaboration, I introduced a breakthrough multi-agent architecture that fundamentally reimagines how massive AI systems are trained. The framework achieves unprecedented performance gains of 40% faster convergence and 45% reduction in communication overhead while maintaining 95% system availability under failure conditions. This work bridges bio-inspired computing and practical AI deployment, establishing new benchmarks for scalability and efficiency in distributed machine learning infrastructures.
Book Chapter
Co-authored book chapter in “Enabling Smart and Secure Industry 5.0 through AI, IIoT, Blockchain and Edge Computing” examining 5G’s role in empowering Industrial Internet of Things applications across manufacturing, logistics, healthcare, and energy sectors. The chapter analyzes critical 5G features such as network slicing, edge computing, ultra-low latency, and massive device connectivity that enable real-time industrial automation, predictive maintenance, and autonomous systems. The work addresses implementation challenges and proposes solutions including private 5G networks and advanced security frameworks for mission-critical industrial operations.