Sponsors

  • Microsoft
  • Nebula
  • Google
  • SugarCRM
  • Facebook
  • HP
  • Intel
  • Rackspace Hosting
  • WSO2
  • Alfresco
  • BlackBerry
  • CUBRID
  • Dell
  • eBay
  • Heroku
  • InfiniteGraph
  • JBoss
  • LeaseWeb
  • Liferay
  • Media Temple, Inc.
  • OpenShift
  • Oracle
  • Percona
  • Puppet Labs
  • Qualcomm Innovation Center, Inc.
  • Rentrak
  • Silicon Mechanics
  • SoftLayer Technologies, Inc.
  • SourceGear
  • Urban Airship
  • Vertica
  • VMware
  • (mt) Media Temple, Inc.

Sponsorship Opportunities

For information on exhibition and sponsorship opportunities at the convention, contact Sharon Cordesse at scordesse@oreilly.com

Download the OSCON Sponsor/Exhibitor Prospectus

Contact Us

View a complete list of OSCON contacts

Rich Gibson

Rich Gibson
Gigapanner, Gigapan.org

Website | @RichGibson

Rich Gibson works on the Gigapan and Explorable Microscopy Projects for Carnegie Melon University and NASA’s Intelligent Robotics Group, and independently creating high resolution portraits of people and developing new ways to archive physical spaces with explorable images.

He is a bricoleur hacker, artist, programmer, author, and builder.

He helped create the Neogeography movement, coauthoring Mapping Hacks and Google Maps Hacks. The process of working with and exploring how we interact and explore space lead him to the more generalized world of providing both context, and detail with explorable images.

For the past four years he has been obsessed with creating new ways to capture and use high resolution images of everything, including the Chaos Communications Camp in 2007, Volcanos in Arizona for NASA, the incredibly tidy offices of Monochrom in Vienna, details of cell metosis in mouse testis with sub-micron resolution, and portraits of people with the details of landscapes.

Sessions

Citizen Science
Location: D136
Rich Gibson (Gigapan.org), Schuyler Erle (SimpleGeo), Anne Wright (CMU)
Average rating: *****
(5.00, 1 rating)
The Explorable Microscopy project is creating open source devices to capture multi gigapixel images of small things: from frames from a bee hive down to individual diatoms. Read more.