The purpose of the research is to investigate how information use architecture impacts information load and usability at the operational level of manufacturing where machines, humans and the production processes are information users.
Information use nodes are conceptualized building blocks for information use architecture which impact information load and usability.
Further analysis of the data on distribution of study targets shows that Chinese usability studies are mostly concentrated on web information technology and usability studies in the healthcare information technology field are quite limited.
The major conclusion is that a holistic approach to information systems includes the consideration of information use architecture which is an important factor in the management of information load and usability at the operational level.
It was compared with four less-well-designed websites created by modifying the well designed website by removing one of the four major constructs [web security; customer service; amount and quality of information provided; and usability].
The GPs highly valued simple information presentation and usability, which were incorporated into the prompts, but many also suggested adding a range of additional features to prompts (e.g. local service information, medication information).
Although in Austria, like in other countries, a positive attitude towards e-Health and e-Prescription exists in general [ 10], the planned e-Medikation system is controversially debated on the healthcare provider side (i.e., accountability, information overload, and usability) and on the patient side (i.e., security and data privacy concerns) [ 11].
However, despite large amounts of research assessing the presentation of spatial information, and the usability and interaction issues surrounding the interfaces, there has been much less investigation of the impacts of auditory presentation of route information.
Future research may focus on data dissemination and concept implementation as well as data management and information usability (i.e., addressing users' requirements).
Building information modeling (BIM) is emerging as a potential solution for facility owners to address the challenges of poor information fidelity, interoperability, and usability in project delivery to support the lifecycle of their assets' information.
