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Quantum strategies, quantum games, agent-based simulation, and intelligent systems for business, management and engineering

Shuliang Li

Published Jan 1, 2018• 0 citations
OpenAlex

Abstract

This keynote speech covers quantum games, quantum models, intelligent systems and simulation for business and management. In particular, the following research work will be presented. \n-\tA survey of the current status of research on quantum games (Dingxuan Huang & Shuliang Li)\n-\tQuantum games and models for competition (Dingxuan Huang & Shuliang Li)\n-\tQuantum games and models for cooperation (Dingxuan Huang & Shuliang Li)\n-\tSocial media for brand virality and open innovation\n-\tIntelligent systems and multi-agent-based systems for strategic decision making (Shuliang Li & Jim Zheng Li)\n-\tModelling & computer simulation of enterprise carbon intangible asset evolution; and a resilient multi-factor elasticity framework for low carbon cities (Yin Zeng & Shuliang Li)

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This keynote speech covers quantum games, quantum models, intelligent systems and simulation for business and management. In particular, the following research work will be presented. \n-\tA survey of the current status of research on quantum games (Dingxuan Huang & Shuliang Li)\n-\tQuantum games and models for competition (Dingxuan Huang & Shuliang Li)\n-\tQuantum games and models for cooperation (Dingxuan Huang & Shuliang Li)\n-\tSocial media for brand virality and open innovation\n-\tIntelligent systems and multi-agent-based systems for strategic decision making (Shuliang Li & Jim Zheng Li)\n-\tModelling & computer simulation of enterprise carbon intangible asset evolution; and a resilient multi-factor elasticity framework for low carbon cities (Yin Zeng & Shuliang Li)
This keynote speech covers quantum strategies, quantum games and quantum models, In particular, the following research work will be presented. \n1. A survey of the current status of research on quantum games (Dingxuan Huang & Shuliang Li)\n2. Quantum games and models for competition (Dingxuan Huang & Shuliang Li)\n3. Quantum games and models for cooperation (Dingxuan Huang & Shuliang Li)\n4. Social media for brand virality and open innovation (Shuliang Li)\n5. Intelligent systems and multi-agent-based systems for strategic decision making (Shuliang Li & Jim Zheng Li)\n6. Modelling & computer simulation of enterprise carbon intangible asset evolution; and a resilient multi-factor elasticity framework for low carbon cities (Yin Zeng & Shuliang Li) \n \n
The emerging quantum computing technology (QC) transforms business intelligence by creating new methods for marketing and finance to use data in their decision-making processes. This research combines a systematic literature review with a meta-analysis of 26 peer-reviewed articles spanning from 2014 to 2025 to show how quantum computing improves predictive analytics and customer segmentation and sentiment analysis, portfolio optimization, and risk modeling. The research uses PRISMA guidelines together with strategic foresight tools to detect how hybrid quantum-classical systems replace classical models by delivering exponential speed and accuracy, and scalability benefits. The research demonstrates that QSVM, QAOA, and quantum-enhanced neural networks serve as primary methodologies to create real-time, emotionally intelligent, highly adaptive decision systems. The thematic analysis, together with conceptual mapping, shows that quantum tools are converging into a unified interdisciplinary space that combines marketing with finance and supply chains and pricing strategies. The study reveals important research deficiencies in multilingual datasets as well as benchmarking and ethical readiness, and suggests a strategic integration plan for global implementation by 2030. The research demonstrates that quantum computing represents a strategic capability that enables future-ready data-driven enterprises to enter a new business intelligence era based on quantum resilience.