MusicalAid is a tangible music system that allows people with different musical literacy and gross/fine motoric skills to play and create music together, either guided by a predefined rhythm or in a ‘free play’ mode. The system is composed of a main unit and a set of ‘instruments’, for example joysticks, a board with large buttons or soft interfaces like pillows with areas that act as switches. MusicalAid is designed so all instruments can at a basic level be synchronized to play to the same rhythm or beat, so they all sound at the same time. MusicalAid was originally developed for adults on the autistic spectrum with gross/fine-motoric limitations but MusicalAid can also allow people in general with different musical and motoric capabilities to play together. Therefore, MusicalAid enables a fun music experience for people that find handling traditional musical instruments challenging, or simply someone who just likes to jam.

In this paper, we compare two cases of collaboration within healthcare in two European countries, Denmark and France respectively. In each of these two cases, we conducted a design case study, and we found that collaboration is ad hoc, temporary, and shifting with regards to collaborators, aims, and processes. We argue for the relevance of knotworking and its analytic potential for investigating the kind of collaborative work we observed. We also argue that our two cases present a higher complexity level than how knotworking has previously been described in the literature. We describe complex knotworking as having three characteristics: 1) collaboration happens between a dynamic number of actors (who are usually loosely connected), 2) collaboration happens in episodes, and 3) cooperative work arrangements are constantly negotiated. Using the concept of complex knotworking for a comparative analysis of our two design solutions, we outline generic design guidelines for developing computer support to manage complex knotworking situations.

Radio waves surround us but still they remain largely undetected by our senses. Unless we use specifically tuned hardware, such as FM radios, cell phones or WiFi modems, human beings cannot perceive wirelessly transmitted data. This paper presents FeltRadio, a portable and wireless technology that makes it possible to turn radio signals into visual and tactile stimuli as a form of sensorial augmentation. FeltRadio explores and makes us reflect upon what it would be like if we could sense, and feel, wireless traffic such as WiFi or Bluetooth. We present the technological design behind FeltRadio and the outcome of two exploratory studies with the technology focused on people's experience of being able to suddenly sense and make sense of wireless traffic. We discuss the possible qualities of this embodied experience of FeltRadio and point to future experiments with the technology.

In this paper, we analyse the challenges of working between organizations and established information infrastructures. The Care Hotel is a municipal healthcare facility where persons, typically following a hospital stay, undergo rehabilitation to enable them to live independently at home. Admission, stay, and discharge from the Care Hotel entail numerous coordination activities with a variety of frequent and sporadic, heterogeneous, external collaborators, including general practitioners, relatives, and hospitals, some of which are already part of large information infrastructures, whereas others are too small or shifting to allow for stable arrangements. Hence, work at the Care Hotel may be characterized as "collaboration in-between". We propose a design solution for flexible use to further stimulate reflection on design implications, and how to meet the challenges of collaboration in-between. As large infrastructures continue to develop, we posit that many "in-between settings" will encounter similar challenges to collaboration. Healthcare providers in contexts of fragmented healthcare are also likely to face such challenges.

Many studies show that self-care technologies can support patients with chronic conditions and their carers in understanding the ill body and increasing control of their condition. However, many of these studies have largely privileged a medical perspective and thus overlooked how patients and carers integrate self-care into their daily lives and mediate their conditions through technology. In this review, we focus on how patients and carers use and experience self-care technology through a Human-Computer Interaction (HCI) lens. We analyse studies of self-care published in key HCI journals and conferences using the Grounded Theory Literature Review (GTLR) method and identify research trends and design tensions. We then draw out opportunities for advancing HCI research in self-care, namely, focusing further on patients' everyday life experience, considering existing collaborations in self-care, and increasing the influence on medical research and practice around self-care technology.

In this paper we describe results from testing coMotion, a shape-changing bench, in three different contexts: a concert hall foyer, an airport departure hall and a shopping mall. We have gathered insights from more than 120 people, with regard to how users experience and make sense of the bench's shape changing capability. The paper applies McCarthy and Wright's six different sense making processes (anticipating, connecting, interpreting, reflecting, appropriating and recounting) as an instrument to analyse people's experience with shape-changing furniture in the wild. The paper also introduces exploring as a seventh sense making process. Based on this analysis, the paper points to three relevant aspects when designing shape-changing artefacts for the wild, namely: 1) Affordance of shape-changing interfaces, 2) Transitions between background and foreground and 3) Interpreting physically dynamic objects.

In this paper we introduce coMotion, a shape-changing bench. We explore how physical changes of the bench can shape social situations and how contextual atmospheres may affect users' experience of the shape-changing bench and its surroundings. The bench was tested in three different contexts; a concert hall, an airport and a shopping mall. We gathered insights from more than 120 people, as they unexpectedly encountered the shape changing capabilities of the bench. By taking the user tests out of the lab and into the wild, we explored the influence of context on the users experience of a shape-changing interface, as well as on the experienced atmospheres.

Monitoring of health parameters in non-clinical settings is one strategy to address the increasingly aging population and age-related disabilities and diseases. However, challenges exist when introducing self-monitoring activities in people's everyday life. An active lifestyle can challenge the appropriation of healthcare technologies and people with comorbidity may have diverse but co-existing monitoring needs. In this paper, we seek to understand home-based health monitoring practices to better design and integrate them into people's everyday life. We perform an analysis of socio-technical complexities in home-based healthcare technologies through three case studies of self-monitoring: 1) pre-eclampsia (i.e. pregnancy poisoning), 2) heart conditions, and 3) preventive care. Through the analysis seven themes emerged (people, resources, places, routines, knowledge, control and motivation) that can facilitate the understanding of home-based healthcare activities. We present three modes of self-monitoring use and provide a set of design recommendations for future Ubicomp designs of home-based healthcare technology.

This paper presents an ongoing work developing and testing a Service Composition framework based upon the REST architecture named SECREST. A minimalistic approach have been favored instead of a creating a complete infrastructure. One focus has been on the system's interaction model. Indeed, an aim is to allow users in different healthcare scenarios to experiment with service composition to support highly individual and changing needs.

The workshop addresses the emerging field of research on robotics, assistive technologies and interaction design promoting play for physically, visually, and hearing impaired children and for emotionally and mentally handicapped children. Interactive devices including toys, pets and educational tools as well as interactive collaborative environments may represent a unique opportunity for disable children to full engage in play and have fun. The Creative Interactive Play workshop presents a collection of innovative interactive technologies and case studies for inclusive play and discusses the challenges and opportunities they can bid to disabled children.