Adaptive information visualization based on the user's multiple viewpoints-interactive 3D visualization of the WWW

Teraoka, Teruhiko; Maruyama, Mitsuru

doi:10.1109/infvis.1997.636778

Cited by 7 publications

(2 citation statements)

References 11 publications

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“…The information visualizer (1991) was a 3D version of the Rooms virtual desktop (Henderson and Card, 1986) that also (besides the Perspective wall presented in 4.4) allowed users to visualise their information in a 3D hierarchical visualisation Cone Tree with a zooming interface . Several other tree based visualisation techniques (whether used for PIM or not) to visualise large hierarchies are available such as a classic radial tree, Fractal trees (1993) (Koike and Yoshihara, 1993), Fviz (1995) -an improved cone tree or a balloon view of a radial tree (Carriere and Kazman, 1995), Hyperbolic browser (1995) (later Star Tree Studio) -a hyperbolic tree with a fisheye zooming capability (Lamping et al, 1995), RF-Cone tree (1997) -a 3D version of a tree similar to Fviz (Teraoka and Maruyama, 1997), Cata-Cone tree (1997) -a cone tree with additional tree information (Hearst and Karadi, 1997), Disc Trees (1998) -another 3D variant of a cone like tree (Jeong and Pang, 1998), Circular trees (2006) -similar to radial or hyperbolic tree (Ciccarelli et al, 2006), Hierarchical Edge Bundles (2006) (Holten, 2006), and Bubble tree (2006) (Grivet et al, 2006). There are also more abstract hierarchy visualisations such as Botanical Trees Tree Viewer (2001) (Kleiberg et al, 2001; and PhylloTrees (2006) (Neumann et al, 2006).…”

Section: Different Visualisations Of the File Storagementioning

confidence: 99%

Transference of PIM Research Prototype Concepts to the Mainstream: Successes or Failures

Kljun

Mariani

Dix

2013

Interacting with Computers

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Personal Information Management (PIM) refers to the practice and the study of how people acquire, organize, maintain, retrieve, archive and discard information for various reasons in physical and digital worlds. Many PIM tools are available for managing information on our desktop computers while many research prototypes tried to augment or replace them. The development of these tools was based on knowledge drawn form the fields of psychology, human computer interaction, information retrieval, knowledge management and research in the PIM field. Different metaphors and ways of organizing were introduced. However, the prevailing beliefs are that most of these prototypes were not extensively tested and that the radical design (not addressing real world issues) and quick abandonment of prototypes prevented transfer to mainstream products. This paper looks at what has been developed and learnt, what has been transferred to mainstream applications, discusses the possible reasons behind these trends and challenges some parts of the above mentioned beliefs. This is a draft. Final version can be downloaded for free from: http://pim.famnit.upr.si/blog/index.php?/archives/28-Bibliography.html or http://iwc.oxfordjournals.org/cgi/content/full/iwt059?ijkey=ESDUzTgG7cE45G4&keytype=ref Interacting with Computers, 2013

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Section: Different Visualisations Of the File Storagementioning

confidence: 99%

Transference of PIM Research Prototype Concepts to the Mainstream: Successes or Failures

Kljun

Mariani

Dix

2013

Interacting with Computers

View full text Add to dashboard Cite

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“…The term has also been used, with some frequency and great inconsistency, in the areas of information visualization and Human Computer Interfaces (HCI). Researchers such as Teraoka and Maruyama (1997) are generally interested in representing a searcher's interests and purpose. They use “multiple viewpoints” to mean parameters to an information visualization system that indicate how to present information based on a particular interest profile.…”

Section: Related Workmentioning

confidence: 99%

Multiple viewpoints as an approach to digital library interfaces

French

Chapin

Martin

2004

J. Am. Soc. Inf. Sci.

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We introduce a framework of multiple viewpoint systems for describing and designing systems that use more than one representation or set of relevance judgments on the same collection. A viewpoint is any representational scheme on some collection of data objects together with a mechanism for accessing this content. A multiple viewpoint system allows a searcher to pose queries to one viewpoint and then change to another viewpoint while retaining a sense of context. Multiple viewpoint systems are well suited to alleviate vocabulary mismatches and to take advantage of the possibility of combining evidence. We discuss some of the issues that arise in designing and using such systems and illustrate the concepts with several examples. IntroductionSeveral different organizations of the same information often exist, and many data stores contain information that is related or complementary to other data store, but these different organizations are seldom integrated, and often are only used together in an ad hoc way so that a user must keep switching back and forth between different applications and interfaces in the course of a single search. Multiple viewpoints systems are an approach to describing systems that integrate more than one organizational approach across a body of information, gaining leverage in retrieval from their diversity and simplifying user interaction by uniting them under a common interface.This report describes a descriptive framework suitable for characterizing and discussing such systems. The framework provides a useful vocabulary for analyzing existing multiple viewpoint systems, as well as for addressing design decisions in the creation of new multiple viewpoint systems. Examples of several prototype systems developed using the multiple viewpoint framework will be introduced in Examples.In many cases, large amounts of data relevant to a problem or area of interest exist within a document 1 collection or other data store, but are inaccessible due to mismatches of vocabulary between searchers and the methods available for accessing this data. The inclusion of viewpoints using different vocabularies (or the same vocabulary used in different senses) in one system increases the likelihood that a searcher's vocabulary can be reconciled with the indexing vocabulary.A viewpoint is a representation of some set of relations that exist among a set of data elements, the domain set, along with a method for accessing this information, the access method. A valid member of the query language for the viewpoint, when presented to the access method, will elicit a result, a subset of the domain. This is called consulting the viewpoint. A system of multiple viewpoints consists of representations of several different sets of relational judgments about some collection of data. The relationship between two elements in a data collection may be strong according to one judgment and weak according to another-documents near each other alphabetically may be widely separated under the Dewey Decimal system-or simply noncomparabl...

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A Visual Bookmark Sharing System Considering Retrieval Scenes and Its Evaluations

Nakamura

Shirai

Kaminaga³

et al. 2007

21st International Conference on Advanced Networking and Applications (AINA '07)

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Adaptive information visualization based on the user's multiple viewpoints-interactive 3D visualization of the WWW

Cited by 7 publications

References 11 publications

Transference of PIM Research Prototype Concepts to the Mainstream: Successes or Failures

Transference of PIM Research Prototype Concepts to the Mainstream: Successes or Failures

Multiple viewpoints as an approach to digital library interfaces

A Visual Bookmark Sharing System Considering Retrieval Scenes and Its Evaluations

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