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3 Papers

Inside Mall: Visual Analytics of Customer Behavior and Activities

Topics: Visual Representation and Interaction; Graph Visualization; Information and Scientific Visualization; Time-Dependent Visualization; Coordinated and Multiple Views

Authors: Jens Opolka 1 , Patrick Riehmann 2 , Heiko Peter 3 and Bernd Froehlich 2

Affiliations: 1 Fraunhofer IAIS, Schloss Birlinghoven and Germany , 2 Virtual Reality and Visualization Research Group, Bauhaus-Universität Weimar, Bauhausstraße 11, Weimar and Germany , 3 Favendo GmbH, Goethestraße 3b, Jena and Germany

Digital Object Identifier: 10.5220/0007284901830190

Proceedings of IVAPP 2019/VISIGRAPP, ISBN: 978-989-758-354-4

Collapse Button Quick Abstract
This paper presents a coordinated multi-view system consisting of visualizations for displaying customer behavior and activities in a shopping center environment based on indoor tracking information gathered by Bluetooth beacons. Different perspectives to find structures and hidden patterns within the data set are supported including different customer flow visualization methods based on actual floor plans as well as abstract flow graphs. These are linked and coordinated with Parallel Sets to gain insight into the specifics of the customer base and with different time-oriented visualizations to show and to compare the different periods of customer presence.
Collapse Button Related Ontology Subjects/Areas/Topics (8)
Abstract Data Visualization

General Data Visualization

Time-Dependent Visualization

Computer Vision, Visualization and Computer Graphics

Graph Visualization

Visual Representation and Interaction
Coordinated and Multiple Views

Information and Scientific Visualization

HistoGlobe - Teaching History Visually

Topics: Interface and Interaction Techniques for Visualization; Visualization Applications; Information and Scientific Visualization; Time-Dependent Visualization; Glyph-Based Visualization

Authors: Marcus Kossatz , Sebastian Utzig , Simon Schneegans , Felix Lauer , Tobias Westphal , Jens Geelhaar , Bernd Froehlich and Patrick Riehmann

Affiliation: Bauhaus-Universität Weimar, Germany

Digital Object Identifier: 10.5220/0006103102010208

Proceedings of IVAPP 2017/VISIGRAPP, ISBN: 978-989-758-228-8

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HistoGlobe is an interactive historical geographic information system (HGIS) that provides students with gathered and curated historical information for self-study and aids teachers during history classes. The system visually integrates temporal and spatial aspects of historical events, as well as affiliations and alliances of states, routes of historic people and groups, and finally, detailed multimedia information. HistoGlobe relies on familiar interfaces such as globes and timelines but augments them with new techniques including directly manipulable moving entities such as troops and a direction-preserving presentation of treaties and other collaborations based on routing lenses. A field study with 12th graders revealed an overall solid usability of the system and inspired the development of further features.
Collapse Button Related Ontology Subjects/Areas/Topics (8)
Abstract Data Visualization

Glyph-Based Visualization

Time-Dependent Visualization

Computer Vision, Visualization and Computer Graphics

Information and Scientific Visualization

Visualization Applications
General Data Visualization

Interface and Interaction Techniques for Visualization

User Awareness for Collaborative Multi-touch Interaction

Topics: Augmented, Mixed and Virtual Environments; Collaborative Augmented, Mixed and Virtual Environments; Advanced User Interfaces; Non-Desktop Interfaces

Authors: Markus Schlattmann 1 , Yuelong Yu 2 , Nils Gruendl 3 , Manfred Bogen 2 , Alexander Kulik 3 , David d'Angelo 2 , Bernd Froehlich 3 and Reinhard Klein 4

Affiliations: 1 AGT Group (R&D) GmbH, Germany , 2 Fraunhofer IAIS, Germany , 3 Bauhaus-Universität, Germany , 4 University of Bonn, Germany

Digital Object Identifier: 10.5220/0004210603590366

Proceedings of GRAPP 2013/VISIGRAPP, ISBN: 978-989-8565-46-4

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Multi-touch enables direct manipulation of graphical computer interfaces. This intuitive interaction paradigm rapidly became popular, particularly in the domain of individual mobile devices. Collaborative work on large scale multi-touch devices, instead, suffers from mutual interferences if many simultaneous touch events cannot be attributed to individual users. On the example of a large, adjustable, high-resolution (4K) multi-touch device, we describe a lightweight and robust method to solve this issue. An additional depth camera above the tabletop device tracks the users around the table and their respective hands. This environment tracking and the multi-touch sensor are automatically calibrated to the same coordinate system. We discuss relevant implementation details to help practitioners building similar systems. Besides improved multi-user coordination we reveal general usability benefits including the reduction of false positives. Exploiting the developed system, we implemented several novel test applications to analyze the capabilities of such a system with regard to different interaction metaphors. Finally, we combined several of the analyzed metaphors to a novel application serving as an intuitive multi-touch application and environment for seismic interpretation.
Collapse Button Related Ontology Subjects/Areas/Topics (5)
Advanced User Interfaces

Computer Vision, Visualization and Computer Graphics

Non-Desktop Interfaces
Augmented, Mixed and Virtual Environments

Interactive Environments

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