Keynotes Sessions

With great pleasure, we would like to invite you to join our honourable keynote speakers at ICOCO 2021.

Research Directions in Empathic Computing

Prof. Dr. Mark Billinghurst

Safe Mobility using AI: The Wireless Seat Belt

Prof. Dr.-Ing. Klaus David

Learning AI (Artificial Intelligence) Without Computer Science Background

Dr. Jeffrey Tan Too Chuan

Cybersecurity awareness: Clear communications or messy messaging?

Prof. Dr. Steven Furnell

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Research Directions in Empathic Computing

Speaker: Prof. Dr. Mark Billinghurst

Empathic Computing is a new field of research that develops systems that enable people to better understand one another. For example, using Augmented Reality (AR) and Virtual Reality (VR) technology to enable remote people to share each other's surroundings and feel like they are in the same place. The presentation will give an overview of what Empathic Computing is, and provide some example of current Empathic Computing applications. Then promising directions for future research will be reviewed and the impact on society.

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Safe Mobility using AI: The Wireless Seat Belt

Speaker: Prof. Dr.-Ing. Klaus David

Worldwide 351,000 vulnerable road users (VRU), like pedestrians and bicyclists, were killed in 2016 due to collisions with vehicles, according to the World Health Organization In this presentation an innovative approach – the wireless seat belt – which can significantly reduce this number of killed VRUs is discussed. One of its core facilitators is AI (Artificial Intelligence) for recognizing a VRU`s activities.

Learning AI (Artificial Intelligence) Without Computer Science Background

Speaker: Dr. Jeffrey Tan Too Chuan

Learning AI (Artificial Intelligence) for beginners can be quite intimidated especially when one lacks of any computer science background. However, AI is flourishing various industries outside of its own technical domain, making AI literacy soon to be a requirement in many workplaces. The situation becomes more embarrassing when current AI education is mainly focusing on generating AI experts for the theoretical development or complex applications of AI, rather than making AI can be learned by young schoolchildren.

The RoboCup@Home Education initiative was started with a simple intention to facilitate technically complex service robot development by novice teams and even schoolchildren. The service robot development involves many practical AI applications solving real-world problems in various domains including human-robot interaction, navigation and mapping in dynamic environments, computer vision, object recognition and manipulation, and robot intelligence. Under the education initiative, a novel AI learning approach was formulated after several cycles of the organization of workshop based service robot challenge with team-centered competition design. Not only a learning framework was created, the workshop contents had generated teaching materials, and the competition design had provided yardstick for learning assessment.

Even without computer science background, this AI learning approach by service robot development is currently being further developed into a more formal education system, together with compatible hardware, software and courseware, with the aim to provide practical basic AI education for non-technical beginners and young schoolchildren.

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Cybersecurity awareness: Clear communications or messy messaging?

Speaker: Prof. Dr. Steven Furnell

The need for cybersecurity awareness is now generally well-recognised to support both personal and workplace use of IT and online systems. However, the extent to which efforts are to foster and support it are still extremely variable. This talk examines some illustrative evidence of what is currently being done and considers the likely effectiveness. It also contrasts this with the attention given to other aspects of cybersecurity, as well as with the effectiveness of messaging when communicating other issues that are considered important for individuals to be aware of.

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