This project focuses on the application of reinforcement learning techniques to train autonomous agents for decision-making in complex environments. The research will explore various reinforcement learning algorithms and their suitability for training agents to perform tasks such as navigation, control, and optimization. The project aims to investigate the effectiveness of reinforcement learning in enabling autonomous agents to adapt to dynamic and uncertain environments.
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This research explores how organizations can make HR practices more resilient and dynamic in the face of rapid changes such as technology disruption, demographi...
This research investigates how rural households connected to both farming and provincial markets build resilience to shocks and stresses. It addresses the gap b...
This research explores how isotopic signatures can be integrated into thermochronology studies of sedimentary basins to better understand their thermal historie...
This research explores how to build and apply a theoretical framework for evaluating the ethics of artificial intelligence (AI) used in business settings. It as...
The research topic explores how cities can manage the interconnected systems of water, energy, and waste more effectively by using a resilience-framing framewor...
This research explores a resilience-framing framework for urban environmental management systems, focusing on how cities plan for, respond to, and learn from en...
The research investigates how speakers manage meaning across languages in multilingual settings by proposing a Pragmatic-Narrative Alignment Model. It aims to e...
A Framework for Cross-Sensory Narrative in Contemporary Art Design is about how artists combine multiple senses—such as sight, sound, touch, and even smell or...
This research explores designing and validating a framework that combines data from multiple sensing modalities to predict hazards in real time. The central ide...