Uzilla HCI Collection: and ( WebHCI) and ( History)

Browsing for and ( WebHCI) and ( History)

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A Brief History of Human Computer Interaction Technology			Inline:Small, Med, Large:: CLOSE
1	WebHCI	History
`Article:www.cs.cmu.edu/~amulet/papers/uihistory.tr.html`
summarizes the historical development of major advances in human-computer interaction technology, emphasizing the pivotal role of university research in the advancement of the field. A revised version of this paper will appear inACM interactions. Vol. 5, no. 2, March, 1998.

GroupLab - 1999 Paper: Issues of Page Representation and Organisation in Web Browser’s Revisitation Tools			Inline:Small, Med, Large:: CLOSE
2	WebHCI	History
`Article:www.cpsc.ucalgary.ca/grouplab/papers/1999/99-IssuesRevisitationTools.Ozchi/Html/issues-revisitation-tools.html`
Issues of Page Representation and Organisation in Web Browser’s Revisitation Tools. Many commercial and research WWW browsers include a variety of graphical revisitation tools that let users return to previously seen pages. We discuss the problems and prospects of various page representations: the pages themselves, image thumbnails, text labels, and abstract page properties.

WWW'95: DeckScape: An Experimental Web Browser			Inline:Small, Med, Large:: CLOSE
3	WebHCI	History
`Article:www.igd.fhg.de/archive/1995_www95/papers/90/deckscape-final-v1/paper.html`
As the user traverses links, new pages appear on top of the current deck. When the user clicks a link on a page, a new Web page appears on top of the deck, obscuring the page that was previously visible. Users may move, resize or iconify decks, move or copy pages between decks, start new decks, delete decks or pages, and so on.

mike perkowitz : research statement			Inline:Small, Med, Large:: CLOSE
4	WebHCI	History
`Collection:www.perkowitz.net/research/statement.html`
The focus of my research has been applications of machine learning and data mining to user interfaces, particularly on the World Wide Web. The Internet Learning Agent (ILA) learns how to understand Internet information resources (such as phone books) by interacting with them. Learning to Understand Information on the Internet: an Example-Based Approach[2] appeared in the Journal of Intelligent Internet Systems in 1997.

Browser History Diagram			Inline:Small, Med, Large:: CLOSE
5	WebHCI	History
`Discussion:www.halfbakery.com/idea/Browser_20History_20Diagram`
Automated Browser Testing Blacklisting browser Browser based office Browser Based Spellchecker Browser History Diagram Browser timer bullshit detector Digital photos mapped to physical photoalbums disintegrated browser dom browsing HB Homepage Linkrot Police Browser Button More Annoying Than Pop-up Ads! whoops...

Visualizing Web Browser History Data			Inline:Small, Med, Large:: CLOSE
6	WebHCI	History
`Article:www.cs.umd.edu/class/spring2001/cmsc838b/Apps/presentations/Matthias_Mayer/`
Visualizing Web Browser History Data Visualizing and Analyzing Web Browser History Data using Eureka and SpotFire CMSC 838B: Information Visualization Application Project Matthias Mayer Research Visitor at HCIL mayer@informatik.uni-hamburg.de March 6th, 2001 Motivation About 80% of all accessed web pages have been visited befor by the same user (Cockburn & McKenzie 2001). This small project uses two commercial data visualization tools in order to find patterns in my own web ...

Review of Literature			Inline:Small, Med, Large:: CLOSE
7	WebHCI	History
`Collection:www.otal.umd.edu/SHORE98/bs01/lit.htm`
This interface also displays overviews that give the user a sense of location in browsing history and provides quick access to a hierarchy of pages. The Graphic History View helps the user to easily identify a previously visited page by displaying titles, URLs, and thumbnail images of the documents a user has visited in a session. A Zooming Web Browser A prototype zooming World-Wide Web browser is developed within Pad++ [2]. Multiple pages along with the links between them are displayed in a...

WEBPATH - A Three Dimensional Web History			Inline:Small, Med, Large:: CLOSE
8	WebHCI	History
`Article:davinci.informatik.uni-kl.de/vis98/archive/tp/papers/webpath.html`
Currently, readily available WWW browsers provide history mechanisms that offer little or no support in the presentation and manipulation of visited sites. This paper presents a virtual reality (VR) based application to be used alongside traditional Web browsers, which provides them with a flexibly tailorable real-time visualisation of their history. Additional Keywords: Virtual Environments, World-Wide-Web, Visualisation.

COOPerator's graphical browser			Inline:Small, Med, Large:: CLOSE
9	WebHCI	History
`Article:infolab.kub.nl/pub/theses/w3thesis/Prototype/graph_browser.html`
Mostly, and also in The COOPerator, a virtual information space is build on the screen using rectangles (to represent the nodes) and lines (to represent the links). COOPerator's graphical browser reflects the character of a node by using different symbols and distinct colours. Therefore COOPerator's browser keeps track of a history list that contains all visited nodes in chronological order.

Scratchpad: Mechanisms for Better Navigation\\ in Directed Web Searching			Inline:Small, Med, Large:: CLOSE
10	WebHCI	History
`Article:www.cs.virginia.edu/~webpad/camera-ready.html`
While current navigation techniques seem to support undirected web browsing, they are often inadequate for the task of supporting directed searches. Most current web navigation techniques are based on the paradigm of depth-first traversal [10]; users select a link on the current page which loads a new page, and displays it. When a search path is abandoned, the user jumps to a previous page using some history mechanism such as a Back

Creating Custom Graphical Web Views Based on User Browsing History			Inline:Small, Med, Large:: CLOSE
11	WebHCI	History
`Article:ice.cs.usfca.edu/~dlloyd/hg.html`
A visual representation of the tree depicting the paths the user has taken makes it easier for a user to return to pages previously visited. We also allow users to automatically add pages to the tree (by running a robot for example), without having to visit each page with the browser. The ability to easily create customized linked representations of pages in the Web, without requiring the ability to modify the original documents, puts considerable power into the hands of users.

HistoryViz			Inline:Small, Med, Large:: CLOSE
12	WebHCI	History
`HypertextNode:jazz.cs.umd.edu:8080/hcil/historyviz.wiki?cmd=get`
When searchers look for information using computers, the automatic recording of information-seeking histories promises new potentials in supporting limited human memory. Studies of information-seeking behavior have many implication for the design of interfaces for information systems. (images will come soon) Hybrid Systems: WebView [Greenberg & Cockburn 1999], Grouplab Internet Explorer History System [Kaasten & Greenberg 2001].