Photo Geotagging
& GPS Photo Trackers
Geotagging
photographs has become an increasingly important
aspect of development work when distribution of
and access to resources are at stake. While we
can find a number of Internet-based applications
(e.g. Google Earth, Panoramio, Flickr, etc)
where to geo-locate images, offline solutions
(hardware & software) are still to be made
available or little known to many development
practitioners. This report summarises a series
of available options. The first group lists GPS-enabled
cameras. The second group offers devices which
can be directly connected to cameras. The
third group includes
devices purposely developed to geotag photos,
the last group refers to
approaches that still work quite well in
difficult environments and allow to add
latitude, longitude and altitude data to
photographs based on matching time stamps of GPS
and camera.
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GPS
enabled cameras |
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Ricoh
G700SE is a water and dust resistant
digital camera. In addition to its
wireless data communication
capabilities, the G700SE can also
utilize options supporting GPS functions
and laser barcode reader functions. As
an expanded function model of the G700
water and dust resistant digital camera
released in 2010, the new G700SE has
wireless LAN and Bluetooth functions as
standard features and supports the use
of GPS and laser barcode reader
functions with options. |
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Nikon
Coolpix P6000 with GPS Built around a
13.5 megapixel, 1/1.72 inch sensor (0.41
square cm), the camera has a 4x zoom
starting at a respectably wide-angle -
equivalent to 28mm. It also records RAW
files in a new NRW format that can be
converted in-camera or with the
forthcoming Windows version of View NX
or Windows Imaging Component compatible
applications. The other stand-out
feature is the inclusion of built-in
GPS logging of the locations at which
images were recorded (GPS geotagging). |
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Devices enabling cameras to capture
latitude, longitude, altitude and time
data |
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Dawn
Technology Limited offers devices
working with Nikon and Canon
cameras (selected models).
di-GPS Pro and
di-GPS Basic support Nikon D3,
D300, D2XS, D2X, D2HS & D200, Fujifilm
S5 Pro DSLR camera.
di-GPS USB supports Canon EOS
40D and EOS-1D/Ds Mark III
(WFT-E3/WFT-E2 required). |
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Nikon
GP-1 GPS Unit allows you to acquire
latitude, longitude, altitude and time
information when you take pictures. Time
required for satellite acquisition:
Approx. 45 sec. (cold start), approx. 5
sec. (hot start). Compatible models:D90
(via accessory terminal cable GP1-CA90),
D3, D300, D700, D2Xs and D200 (via
10-pin remote terminal cable GP1-CA10).
Some models may require an update to the
latest version of firmware. |
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This site
introduces Canon's Wireless File
Transmitter accessory for EOS DIGITAL
SLRs. The new
WFT-E2/E2A/E3/E3A/E4/E4A Wireless
Transmitter allows you to connect to
wireless and wired LANs, and supports
FTP, PTP, and HTTP. Thanks to a
connection wizard with broad
compatibility, network access is sharply
improved. The new
WFT-E2/E2A/E3/E3A/E4/E4A is a premier
work tool with expanded capability to
link up with external storage media and
GPS devices and others. |
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Devices capturing latitude, longitude,
altitude and time data purposely
developed to geotag photographs |
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JOBO
AG International offers
photoGPS, a small and lightweight
GPS receiver that fits directly on any
digital camera’s hot shoe. The photoGPS
allows for automatic geo-tagging by
capturing raw GPS data and time, which
it stores in its own internal memory.
More
info. PhotoGPS used
GeoTate technology which is ultra
low power, lightweight and easy to use.
Each time a photo is taken, raw GPS data
is captured. When the user has finished
taking photographs, he/she unloads
his/her photos and raw GPS data onto a
PC and runs Geotate software. Matching
is easy since the photos and raw GPS
data were captured simultaneously.
Geotate's server provides historic GPS
satellite information corresponding to
the times the raw GPS data was recorded.
The software calculates the position
fixes, reverse geocodes them, and
geotags the photos with the resulting
location information. In the process you
need to avail of an internet connection. |
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AMOD
Technology Co. offers the
AGL3080 GPS
GPS Data Logger/Photo Tracker. The
device works with Mac, Windows with true
USB plug and play functionality. It can
record more than 1 million data points
(RMC). AGL3080 is a GPS-based data
logger designed to provide location
information for digital photos (in EXIF
2.0 or later format) from all digital
cameras and camera phones.
More information |
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The
ATP PhotoFinder calculates and
records GPS position data and allows you
to precisely track the exact location
and time of where your pictures were
taken. After you finish taking pictures,
simply insert your SD, Memory Stick or
MMC memory card into the Photo Finder's
built-in card slot and the GPS data will
be synchronized and added to all
pictures on the card. Check the
compatibility list for PhotoFinder. |
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i-Blue
747 Bluetooth Data Logger GPS Receiver
provides you with good accuracy and
highest sensitivity. i-Blue737 is a
51-Channel Bluetooth GPS Receiver with
-158dBm high sensitivity and has up to
25 hours of navigation time. |
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GiSTEQ
CD110BT Bluetooth GPS Digital PhotoTracker,
is a photo tracking solution that
integrates digital photo with location
information for online digital mapping
and photo sharing. It also provides trip
recording and playback function
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The
Sony
GPS-CS1KA Location Recorder
records exactly where the photos are
taken. According to Sony, the device is
compatible with virtually all digital
still cameras. (note: for still pictures
which comply with JPEG format, Exif Ver.
2.1 or later). Data is downloaded to
computer, matched to photos and
displayed on an online map. There is no
need to attach GPS unit to the camera.
The device is supplied with carrying
case for convenient attachment to
clothes, cases and case straps etc.
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Matching time
stamps of GPS and camera to geotag
images |
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How to Geotag Images by Colin
Spencer, digital Photography School
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Low Tech Approaches to Linking
Photographs with GPS Positions; by
Peter H. Dana, Ph.D. ; Research Fellow
and Lecturer; Department of Geography;
University of Texas at Austin |
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Geotagging Digital Photos and
Geotag Digital Photos from GPS Logs,
by MicroImages, Inc. |
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