Strategic Synergy: Role of Game Theory in Neural Networks and Telecom Sector

Present study explores the application of game theory principles in neural networks by focusing on strategic decision-making within Generative Adversarial Networks (GANs) and the strategic acumen of Recurrent Neural Networks(RNNs). Neural networks, renowned for exceptional performance in visual recognition and unsupervised learning, offer a foundational context for deciphering complex decision making processes across various domains. Transitioning seamlessly, most of the inquiry extends to the dynamic landscape of the Indian telecom sector. Present article scrutinizes the transformative influence of Reliance Jio by employing game theory concepts such as zero-sum games and strategic dynamics and by providing nuanced insights into Jio's market dominance and its repercussions on existing players. Within the telecom sector, present study dissects strategic manoeuvres which emphasize hybrid strategies, market share dynamics, and the temporal evolution of strategies. This interdisciplinary exploration not only illuminates the practical implications of game theory but also highlights its role in shaping strategic decisions, market dynamics, and learning processes within both neural networks and the telecom industry.