social geography, computing, Geographic Information Systems (GIS) | |
work as a computer technician and researcher in Centre for Advanced Spatial Analysis (CASA) | |
part-time phd in cybergeography in UCL Geography | |
currently on secondment with Peacock Maps | |
geography of the Net, cybergeography | |
net measurement and mapping | |
cataloguing of diverse range of maps | |
critical appraisal of maps and visualisation | |
there are many ways to describe and understand cyberspace (economics, legal, mathematics, art, …) | |
I’m a geographer, so I believe maps enjoy a privileged position | |
maps have been powerful visual tools for understanding the world for 1000s of years | |
maps have been key in framing our understanding places, their size, shape and the relations between them | |
maps have been vital for navigation |
can be summed up by the questions: | |
Can we make maps? - Yes | |
Can we make useful maps? - Maybe, not yet | |
from feedback received so far, it seems like a question many people asking | |
need in education and training | |
revealing what is hidden. Making the invisible visible. Enhancing our understanding | |
no grand theories; eclectic research, drawing together disparate examples | |
interesting in themselves. Maps as art? | |
I take a very broad view of the term ‘map’ | |
following from a long ‘honourable’ cartographic tradition | |
critical appraisal about what they show, do they work, why where they made | |
all maps distort, all deceive - some are deliberate and some are unintentional | |
privacy issues. Maps to monitor, track & control | |
many maps funded by military and marketing | |
no such thing as a true map of cyberspace | |
Distortion and
Deception
“how to lie with maps”
Most obvious being through | |
data selection/omission | |
projections | |
how are maps of cyberspace | |
deceiving? | |
many ways to project cyberspace | |
onto a map |
information maps for Web navigation | ||
wide variety of ‘experiments’ / products | ||
visual metaphors | ||
dimension (2D, 2.5D, 3D) | ||
static - dynamic | ||
levels of user interactivity | ||
scales of maps | ||
individual site maps | ||
dynamic surf maps / trail maps / history viz | ||
large chunks of information space | ||
focus on interactive 2d space-filling information maps |
the missing ‘up button’ on the browser | ||
intelligent summarisation and generalisation | ||
3 key advantages: | ||
a sense of the whole (the birds eye view / big picture) | ||
revealing hidden connections | ||
support interactive, unstructured browsing. |
"Much information seeking for haphazard"
Much information seeking for haphazard, ill-defined. May not know exactly what you are looking for. Iterative and fluid. Exploration. | ||
Spatialisation – turning data into maps | ||
Key spatial properties: | ||
area | ||
position | ||
proximity | ||
Scale | ||
+ graphic properties of colour, shape, label, etc | ||
how helpful are the current maps in navigating cyberspace? | ||
are the maps just eye candy? | ||
major usability issues, need evaluation | ||
effectiveness. Misleading more than informing | ||
killer map is yet to be drawn | ||
I want the Tube map for the Web | ||
potential developments | ||
surf maps integrated into the browser | ||
search engine result maps | ||
developing a critical reading of information maps? |
"Questions ?? I would welcome..."
Questions ?? I would welcome feedback to m.dodge@ucl.ac.uk | |
The slides of this presentation are available at http://www.casa.ucl.ac.uk/martin/princeton | |
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