Randy Sargent, Chris Bartley, Paul Dille, Jeff Keller, Rich LeGrand, Illah Nourbakhsh, [http://gigapixelscience.gigapan.org/papers-2/timelapsegigapan “Timelapse GigaPan: Capturing, Sharing, and Exploring Timelapse Gigapixel Imagery”]. Proceedings of the Fine International Conference on Gigapixel Imaging for Science, November 2010.
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===Creating and using===
[http://wiki.gigapan.org/ GigaPan Time Machine HOWTO].
Time Machine enables simultaneous exploration of space and time across massive datasets that could not previously be interactively explored at full spatial and temporal resolution. The architecture we have implemented on our servers scales easily to far greater resolution than the examples found on our website.
We now openly invite partnerships so that we can, together with researchers around the world, create new time machines that enable interactive explorations by scientists and the public alike. Almost any content type with massive resolution is appropriate for new time machines, from simulation results such as the 9 billion year cosmology machine to natural phenomena such as the growth of a plant, cell division processes captured with gigapixel resolution microscopes and even high-speed hyper-resolved kinetics such as a ballet dancer’s pirouette. For real-world time lapse capture over hours, days and months, the GigaPan Pro hardware offers a solution that is readily available. This wiki page describes how to program a DSLR and the Pro firmware to enable such time lapse capture. For high-speed capture, we envision the use of large-format digital cameras or videocameras – possibly multiple devices capturing in parallel.
Following your initial data capture process, we will work with your data to align the imagery across time, then post-process the entire registered time lapse into a Time Machine data format, suitable for real-time interactive viewing using HTML5 from any computer. Finally, your domain specialists can write both general annotations and spatio-temporal trajectories, called Time Warps, that lead viewers through guided tours in space-time. Please contact us email@example.com with questions and proposed collaborations.
Gigapixel Imaging for Science
Illah Nourbakhsh's presentation at ICCP 2011 shares motivations and applications of gigapixel imaging for science.
This video is already seeked to Illah's presentation of Time Machine (rewind if you'd like to see his talk from the beginning).
Time Machine was developed by the CREATE Lab at Carnegie Mellon University in collaboration with NASA Ames Intelligent Robotics Group and
GigaPan Systems, with support from Google and Moore Foundation.