Gallery of Maps
All the maps and images from the book are available
here in full colour for online browsing.
Chapter 1. Introducing cyberspace
Figures
1.1 Merging time lines
of cyberspace
1.2 The development of ARPANET (1969-1975)
1.3 Virtual geography
Chapter 4. Introducing the cartographies of
cyberspace
Figures
4.1 The evolution of
maps
4.2 Map projections pre-1569
4.3 UK clickable website directory
Plates
4.1 Wired Whitehall
4.2 Virtual UCL
Chapter 5. Mapping information and communication
technologies
Colour Plates
1A: UUNET UK backbone, 1998
1B: Network connectivity by Larry
Landweber
1C: GeoBoy three-dimensional traceroute
1D: NSNET traffic
flows by Donna Cox and Robert Patterson
1E: Web Hopper dynamic
traffic map
2A/B/C: Interactive
visualisations of traffic flows by Stephen Eick and colleagues
3A: Circadian geography of cyberspace
Figures
5.1: Israeli Internet infrastructure
5.2: MIDS icon host map, 1997
5.3: Three-dimensional surface of IP
address space density in the UK for government agencies
5.4: Imperative! domain name maps (a)
dot map of the US, (b) 2.5-dimensional map of New York
5.5: Domain name maps for San Francisco
(a) SF and Bay Region (b) SF downtown (c) SF multimedia district
5.6: Frame from a SaVi animation of
the Teledesic satellite constellation
5.7: Mapnet interactive map of Internet
infrastructure
5.8: Three-dimensional VRML map of
the CESNET backbone
5.9: Three-dimensional MBone maps:
(a) global view, (b) Europe, (c) USA
5.10: NeoTrace traceroute
5.11: VisualRoute traceroute
5.12: Usenet traffic flows
5.13:
European traffic flows, 1997
5.14: Palantir web traffic visualisation
5.15: MIDS Internet Weather Report
animation frames
5.16: Daily rates of messages and
participants in Usenet, November 1. 1996 to January 18, 1997
5.17: Hourly rates of messages and
participants in Usenet, November 12, 1996 to November 18, 1996
5.18: Three-dimensional CAD model
of human extensibility
Plates
5.1: Network Society Map
Chapter 6. Spatialising cyberspace
Colour Plates
3B: Plankton Interactive Visualisation
by Bradley Huffaker and Jaeyeon Jung
3C: ISP Interconnectivity by Hans-Werner
Braun
4: Internet connectivity graph
5A: Site Lens map of a website
5B: Information Landscape - Harmony hypermedia
browser
5C: VR-Vibe datascape
5D: Webspace landscape by Tim Bray
5E: Hyperbolic visualisation of a website
6A: Three-dimensional graph visualisation
HyperSpace
6B: Semantic Constellation
6C: WebPath browsing history
6D: Site Manager hyperboloic visualisation
of a website
6E: HotSauce information
fly-through
Figures
6.1: Topological map of ARPANET in
1969
6.2: Topological Map of ARPANET in
1977
6.3: University of Buffalo campus backbone
6.4: Topological map of Internet Initiative
Japan Backbone, from October 1999
6.5: Topological map of the MBone from 1996
6.6: Conceptual map of cyberspace 1994
6.7: ET-Map - hierarchical category map
6.8: Hand-crafted, static maps of web sites
(a) Hilton Hotels (b)Yell Guides
6.9: Astra SiteManager
6.10: Footprints map of website activity
6.11: MAPA website landscape by Dynamic
Diagrams
Plates
6.1: NewsMaps from June 1999
6.2: Examples of information maps: (a) Visual
SiteMap, (b) Cyberspace Geography Visualization, (c) WEBSOM, (d) Map
of the Market, (e) Digital Library Access
6.3: 3D New York Stock Exchange Trading
Floor
Chapter 7. Mapping asynchronous media
Colour Plates
6F: Visual Who by Judith
Donath
7A: Parasite experimental email application
7B/7C/7D: Loom maps of a Usenet newsgroup
7E/7F: Chat Circles
Figures
7.1: Typical Usenet interface
7.2: Crosspost map of a Usenet newsgroup
using Netscan
Chapter 8. Mapping synchronous media
Colour Plates
8: Satellite maps
of the urban development of AlphaWorld
Figures
8.1: IRC chat interface
8.2: Schematic of the generic spaces found
in a MUD
8.3: Hand drawn maps of the centre of two
MUDs (a) TinyLondon, (b) LambdaMOO
8.4: Part of Discworld MUD
8.5: Automatic mapping of MUD room topology
using zMUD
Plates
8.1: Model of the room topology of BayMOO
8.2: Three different virtual world interfaces
8.3: Views of AlphaWorld
8.4: Urban density of AlphaWorld, August
1999
8.5: Maps of AlphaWorld at eight scales,
generated by the Vevo mapping system
8.6: 30 Days in Active Worlds
