Everyware_ The Dawning Age of Ubiquitous Computing - Adam Greenfield [103]
identifiers, human
identifiers, product
indoor environment. See also buildings; office environment
informatic systems See also ambient informatics
information. See data input devices/methods
interactive surfaces
Internet
early years
importance of
overview
IP (Internet Protocol)
IP addresses
iPod
IPv6 technology
iRoom
ISBN codes
Ishii, Hiroshi
J
Japan
JAPELAS project
K
keyboards
L
Lessig, Lawrence
M
Makkuni, ranjit
Mann, Steve
maps
GAUDI system
HousingMaps
public navigation
Semapedia
zooming in on
Marx, Gary T.
mashups
media table
medical providers/medicine
mesh networking
metadata
microcontrollers
microprocessors
military
Minority Report
MIT Media Lab
mobile phones
modularity
monitors. See also screens
Moore's law
mouse
movies/novels
multiplicity
N
navigation. See maps; transportation
network infrastructure
networking
Bluetooth
mesh
PAN
ubiquitous
UWB
Wi-Fi
New Songdo, South Korea
Norman, Don
novels/movies
O
Octopus smartcards
office environment. See also buildings; indoor environment
output devices/methods
P
pads
Palo alto research Center (PARC)
PAN (personal area networking)
paradigm shift
payment systems
Blink payment system
Octopus smartcards
PayPass
people. See also user experience; users
anonymity
children
disabled
elderly
everyday life
faculty atrophy of
human body
human-computer interaction
personal/recreational activities
social interactions
personal computers (PCs)
personal computing See also computing
phatic utterances
phones, mobile
photo-sharing services
physical computing
privacy issues See also surveillance
processors
product identifiers
public space
R
radio-frequency identification. See RFID
relationality
remote controls (motes)
remote systems
RFID tags
RFID technology. See also payment systems
rooms. See indoor environment
S
screens
computer display
everyware and
resolution
wall
seamlessness
security. See also surveillance
Sensewear patch
sensors
biometric
floor
networked
problems with
surveillance and
SGML (Standard Generalized Markup Language)
smart buildings
smart flooring
smartcards. See also payment systems
social interactions
sound. See audio
speech output
Stanford University
storage capacity
surveillance. See also privacy issues; security
T
tabs
tangible media
terrorism
tools, digital
touchpad
trackball
transit pass
transportation. See also maps
U
ubicomp (ubiquitous computing)
Ubiquitous Communicators (UCs)
ubiquitous systems. See also everyware; ubicomp
breakdowns/failures
literature on
modularity
opting out of
seamlessness
Unified Modeling Language (UML)
Uniform resource Identifier (URI)
UPC numbers
user experience (UX)
users, See also human body; people
UWB (ultra-wideband) technology
V
voice-recognition
W
wall screens
Want, Roy
wearable computing
Web standards. See also Internet
Weiser, Mark
Wi-Fi technology
Wikipedia
WiMaX standard
X
Xerox Palo Alto Research Center (ParC)
XML (eXtensible Markup Language)
Acknowledgments
The three greatest friends this book ever had have been Liz Danzico, Howard Rheingold and Christina Wodtke. very simply, Everyware would not exist without their influence; my gratitude to them is immense. I would also like to thank Peter Morville and Jeffrey Zeldman for their crucial early enthusiasm.
At Peachpit, Nancy Aldrich-Ruenzel showed extraordinary faith in my vision for this book, affording me leeway few authors ever enjoy; I was both moved and inspired. I would like to thank Marjorie Baer, Michael Nolan and Camille Peri for their insightful and untiring efforts on behalf of this book.
I would particularly like to thank my editor, Dan Littman, for being a stickler when I needed him to be, and indulging me otherwise. Everyware is immeasurably better for his exertions.
I owe untold debts of gratitude to my wonderful hosts: at the University of Oslo's InterMedia program, Andrew Morrison and Idunn Sem; Spreeblick's Johnny Haeusler and Tanja Kreitschmann; at Ci'Num, Marcel Desvergne,