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Groupware Systems for Meeting and Decision Support

Explore the different types and implementation issues of groupware systems, including computer-mediated communication, meeting support, and shared applications and artifacts.

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Groupware Systems for Meeting and Decision Support

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  1. Lecture 28,29 Groupware systems Meeting and decision support system

  2. Groupware • What is groupware • Types of groupware • computer-mediated communication • meeting and decisions support systems • shared applications and artefacts • Models of groupware • Implementation issues

  3. What is groupware? • Software specifically designed • to support group working • with cooperative requirements in mind • NOT just tools for communication • Groupware can be classified by • when and where the participants are working • the function it performs for cooperative work • Specific and difficult problems with groupware implementation

  4. sameplace differentplace sametime differenttime The Time/Space Matrix • Classify groupware by: • when the participants are working, at the same time or not • where the participants are working, at the same place or not • Common names for axes: time: synchronous/asynchronous place: co-located/remote

  5. Time/Space Matrix (ctd) sameplace differentplace sametime face-to-faceconversation telephone differenttime post-it note letter

  6. understanding P P direct participants communication control andfeedback A artefacts of work Classification by Function Cooperative work involves: Participants who are working Artefacts upon which they work

  7. computer-mediated communication email and bulletin boards structured message systems text messaging video, virtual environments

  8. Email and bulletin boards • asynchronous/remote • familiar and most successful groupware • Recipients of email:direct in To: fieldcopies in Cc: field • delivery identical – difference is social purpose

  9. Structured message systems • asynchronous/remote • `super' email – cross between email and a database • sender – fills in special fields • recipient – filters and sorts incoming mail based on field contents • … but – work by the sender – benefit for the recipient

  10. N.B. global structuring by designer vs. local structuring by participants Type: Seminar announcement To: all From: Alan Dix Subject: departmental seminar Time: 2:15 Wednesday Place: D014 Speaker: W.T. Pooh Title: The Honey Pot Text: Recent research on socially constructed meaning has focused on the image of the Honey Pot and its dialectic interpretation within an encultured hermeneutic. This talk … Structured message systems (ctd)

  11. uhu txt is gr8 • instant messaging • 1996 – ICQ small Israeli company • now millions • more like conversation • SMS • y is it we al lv shrt msgs • originally a feature of internal management protocol • short messages (160 chars) and text with numbers • no-one predicted mass adoption!! • now phones with cameras for MMS Hi, u there yeh, had a good time yesterday? want to meet later

  12. Video conferences and communication • synchronous/remote • Technology: • ISDN + video compression • internet, web cams • major uses: • video conferences • pervasive video for social contact • integration with other applications often cheaper than face-to-face meetings (telecommunications costs vs. air flights)

  13. Video issues … • not a substitute for face-to-face meetings • small field of view • lack of reciprocity • poor eye contact • One solution for lack of eye contact… the video-tunnel

  14. collaborative virtual environments (CVEs) • meet others in a virtual world • participants represented – embodiment • artefacts too … • computer (e.g. spreadsheet) and ‘real’ (virtually) objects • text? • consistent orientation or easy to read • MUDs (Multi-user domains) • 2D/3D places to meet on the web • users represented as avatars

  15. meeting and decision support systems argumentation tools meeting rooms shared work surfaces

  16. Meeting and decision support In design, management and research,we want to: • generate ideas • develop ideas • record ideas primary emphasis – common understanding

  17. Three types of system • argumentation tools • asynchronous co-located • recording the arguments for design decisions • meeting rooms • synchronous co-located • electronic support for face-to-face meetings • shared drawing surfaces • synchronous remote • shared drawing board at a distance

  18. argumentation tools • asynchronous co-located • hypertext like tools to record design foundation • Two purposes: • reminding the designers of the reasons for decisions • communicating justification between design teams • Mode of collaboration: • very long term • sometimes synchronous use also

  19. Meeting rooms synchronous co-located electronic support for face-to-face meetings • individual terminals (often recessed) • large shared screen (electronic whiteboard) • special software • U or C shaped seating around screen Various modes: • brainstorming, private use, WYSIWIS WYSIWIS – ‘what you see is what I see’ • all screens show same image • any participant can write/draw to screen

  20. Typical meeting room shared screen

  21. meeting capture • use ordinarywhiteboard • detector andspecial pens • LCD projectionon whiteboard • low-cost alternativeto dedicated meeting room

  22. shared applications and artefacts shared PCs and windows shared editors, co-authoring tools shared diaries communication through the artefact

  23. Time/space matrix revisited co-located remote video conferences, video-wall, etc. meeting rooms synchronous shared work surfaces and editors shared PCs and windows email and electronic conferences argumentationtools asynchronous co-authoring systems,shared calendars

  24. P P Integrating communication and work understanding direct Added: deixis – reference to work objects feedthorough – for communication through the artefact Classified groupware by function it supported Good groupware – open to all aspects of cooperation e.g., annotations in co-authoring systems embedding direct communication bar codes – form of deixis, aids diffuse large scale cooperation communication deixis control andfeedback feedthrough A

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