| Research Topics | |
| Fundamentals: | This research stream focuses on advancing the foundational aspects of Artificial Intelligence, with key emphasis on areas such as Ethical AI, ensuring responsible and fair AI deployment; Explainable AI, improving transparency and interpretability of AI systems; Private AI, safeguarding data privacy; Democratic AI, promoting inclusivity and equitable access to AI technologies; and Quantum AI, exploring the intersection of quantum computing and AI to enhance computational capabilities and solve complex problems. These diverse avenues aim to address both the technical challenges and societal implications of AI innovation. |
| Artificial Brain: | This research stream investigates the intricate mechanisms of neural computation to enhance our understanding of brain theory, shedding light on both the functional and dysfunctional aspects of human cognition. By exploring these complexities, we aim to pave the way for the development of artificial brains that could lead to Artificial General Intelligence (AGI). Leveraging the vast and diverse data streams available from virtual environments, such as the Metaverse, which serves as a digital twin of our real world, this research seeks to unlock new possibilities for cognitive modeling and AI advancements. Ultimately, our goal is to bridge the gap between biological intelligence and artificial systems, fostering innovations that can transform various domains. |
| Auto Systems: | In this research stream, we investigate the transformative potential of advanced AI in enhancing the capabilities of autonomous systems. Our focus includes the exploration of Explainable Robotics to improve human-AI interactions, ensuring transparency and trust in automated decision-making processes. We also delve into the Internet of Vehicles, leveraging 5G and 6G technologies to facilitate human-centered automation and seamless connectivity among vehicles. Additionally, we aim to develop AIoT-powered drones capable of executing highly intelligent tasks in extreme conditions, pushing the boundaries of what autonomous systems can achieve in challenging environments. Through these investigations, we aspire to contribute to the development of safe, efficient, and intuitive autonomous technologies that enhance human experience and operational effectiveness. |
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Lab Facilities |
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| Workstation | A £10,500 HP Z8 Tower G4 Workstation with Xeon® Gold (18 cores) offers the computation services to our researchers. |
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| Drones | A DJI Avata Pro-View Drone Combo has been explored for various purposes such as environment monitoring, forest biodiversity study, and agriculture investigation. |
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| 3D Printer | A Creality 3D Printer is available for various purposed design and implementation. |
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