Context Many children struggle to find their voice in social situations. They may be shy, suffer from social anxiety, be new to a culture (migrants) or have impairments in communication due to atypical development (e.g., autism spectrum disorder, speech or hearing disorders).
The voices of these children often go unheard, as they find it hard to contribute to a conversation.
The Find your Voice (FyV, http://wafa.johal.org/project/fyv/) project was initiated to investigate how joke telling could help children to speak up and gain confidence.
Context Action Recognition is curcial for robots to perfoma around humans. Indeed, robot need to asses human action and intentions in order to assist them in everyday life tasks and to collaborative efficiently.
The field of action recognition has aimed to use typical sensors found on robots to recognize agnts, objects and actions they are performing. Typical approach is to record a dataset of various action and label them. But often theses actions are not natural and it can be difficult to represent the variety of ways to perform actions with a lab built dataset.
Context The field of social human-robot interaction is growing. Understanding how communication between humans (human-human) generalises during human-robot communication is crucial in building fluent and enjoyable interactions with social robots. Everyday, more datasets that feature social interaction between humans and between humans and robots are made freely available online.
In this project we propose to take a data-driven approach to build predictive models of social interactions between humans (HH) ( and between humans and robots (HR) interaction using 3 different datasets.
Context Social robots are foreseen to be encountered in our everyday life, playing roles as assistant or companion (to mention a few). Recent studies have shown the potential harmful impacts of overtrust in social robotics , as robots may collect sensitive information without the user’s knowledge.
Behavioural styles allow robots to express themselves differently within the same context. Given a specific gesture, keyframe manipulation can be used in order to generate style-based variation to the gesture.
Context Handwriting is one of the most important motor skill we learn as human. Children with handwriting difficulties can find their academic impacted and often succeed less at school.
In this project we propose to explore new methods for a robot to write using a pen. The project will use the Fetch Robot and aim to evaluate how a robot could learn handwriting trajectories using human demonstrations.
Goals & Milestones During this project, the student will:
Context While digital tools are more and more used in classrooms, teachers’ common practice remains to use photocopied paper documents to share and collect learning exercises from their students. With the Tangible e-Ink Paper (TIP) system, we aim to explore the use of tangible manipulatives interacting with paper sheets as a bridge between digital and paper traces of learning. Featuring an e-Ink display, a paper-based localisation system and a wireless connection, TIPs are envisioned to be used as a versatile tool across various curriculum activities.
Context: Visuo-Motor coordination problems can impair children in their academic achievements and in their everyday life. Gross visuo-motor skills, in particular, are required in a range of social and educational activities that contribute to children’s physical and cognitive development such as playing a musical instrument, ball-based sports or dancing. Children with visuo-motor coordination difficulties are typically diagnosed with developmental coordination disorder or cerebral palsy and need undergo physical therapy. The therapy sessions are often not engaging for children and conducted individually.
Context: Online learning presents several advantages: decreasing cost, allowing more flexibility and access to far away training resources. However, studies have found that it also limits communications between peers and teachers, limits physical interactions and that it requires a big commitment on the student’s part to plan and stay assiduous in their learning.
Goals & Milestones In this project, we aim to design and test a novel way to engage students in collaborative online learning by using haptic enabled tangible robots.
Context Natural language is an important part of communication since it offers an intuitive and efficient way of conveying ideas to another individual. Enabling robots to efficiently use language is essential for human-robot collaboration. In this project, we aim to develop an interface between a dialog manager (i.e. DialogFlow) and ROS (Robotics Operating System). By doing this, we will be able to use the powerful dialogue systems in human-robot interaction scenario.