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For mobility and portability reasons, written communication devices are getting smaller and physical keyboards are replaced with virtual or onscreen one (PDA, pocket pc, GPS, etc.). Text entry has become a tiring job for people (ordinary and motor disabled people) because of the low entry speed. A list of predicted words can be presented to reduce the number of clicks to complete the word. However, these techniques present a disadvantage: let's consider the situation where the word the user wants to enter is not presented in the list. He has then to continue his writing. The prediction system narrows the possibilities in order to display the wanted word. In this paper we present a novel interaction technique in which the user can select a substring of the word. The user clicks on any letter, and the substring to this letter is inserted in the text. We also present the simulated experiments to compare our system to the classical list. The results are then discussed and analyzed.

An effective Healthcare Service Ecosystem must emphasize the notion of well-being co-creation which entails a dynamic interplay of actors, in face of the challenges, with their ability to use the available resource pools, at the different system levels. An appropriate response, largely avoiding any crisis, depends on a society's resilience and the related response of actors in the reconfiguration of resources. Originally considered luxury and for the fortunate few who could afford the learning curve, Hospitalization-at-Home (HaH) recently approached a new normal with a positive impact to health outcomes. Nowadays, hospitals have had to reconfigure their health services to reduce the workload of caregivers during the COVID-19 outbreak. We show an example of how HaH can be a viable re-configuration of Healthcare Service Ecosystems and a use case for capability reconfiguration. Our use case can be a lesson for the adaptation of technology for patient empowerment allowing patients to interact with their care ecosystem while at their home.

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