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Designing Technology for Visualisation of Interactions on Mobile Devices
Kristine Deray,Simeon Simoff 한국정보과학회 2009 Journal of Computing Science and Engineering Vol.3 No.4
Interactions are intrinsic part of what we do. We interact when we work, when we learn, when we visit a doctor, and when we play. With the advent of information and communications technology we can collect rich data (video, audio, and various transcripts including text chat) about such interactions. This opens an opportunity to monitor the dynamics of interactions and to get deeper insights of how they unfold and deliver this information to the interacting parties. This paper presents the design of a technology for visualising information about the dynamics of unfolding of interactions and presenting it in an ambient display on mobile devices. The purpose of this technology is the delivery of such information to the point of decision making.
Designing Technology for Visualisation of Interactions on Mobile Devices
Deray, Kristine,Simoff, Simeon Korean Institute of Information Scientists and Eng 2009 Journal of Computing Science and Engineering Vol.3 No.4
Interactions are intrinsic part of what we do. We interact when we work, when we learn, when we visit a doctor, and when we play. With the advent of information and communications technology we can collect rich data (video, audio, and various transcripts including text chat) about such interactions. This opens an opportunity to monitor the dynamics of interactions and to get deeper insights of how they unfold and deliver this information to the interacting parties. This paper presents the design of a technology for visualising information about the dynamics of unfolding of interactions and presenting it in an ambient display on mobile devices. The purpose of this technology is the delivery of such information to the point of decision making.
Interactive Visualization for Patient-to-Patient Comparison
Quang Vinh Nguyen,Guy Nelmes,Mao Lin Huang,Simeon Simoff,Daniel Catchpoole 한국유전체학회 2014 Genomics & informatics Vol.12 No.1
A visual analysis approach and the developed supporting technology provide a comprehensive solution for analyzing largeand complex integrated genomic and biomedical data. This paper presents a methodology that is implemented as aninteractive visual analysis technology for extracting knowledge from complex genetic and clinical data and then visualizingit in a meaningful and interpretable way. By synergizing the domain knowledge into development and analysis processes, wehave developed a comprehensive tool that supports a seamless patient-to-patient analysis, from an overview of the patientpopulation in the similarity space to the detailed views of genes. The system consists of multiple components enabling thecomplete analysis process, including data mining, interactive visualization, analytical views, and gene comparison. Wedemonstrate our approach with medical scientists on a case study of childhood cancer patients on how they use the tool toconfirm existing hypotheses and to discover new scientific insights.