The traveling salesman approach finds the most efficient route to visit a set of cities, given the distance between every pair of cities, and return to the start. That caught the attention of those at the Journal of Visualized Experiments (JoVE), which makes and publishes videos of scientific experiments around the world.Ĭurran says a film crew from JoVE is scheduled to visit Laramie this month to document the process. The hand-held technique was published in Restoration Ecology in 2019. The most recent findings are built upon prior research Curran, of Manasquan, N.J., conducted into hand-held camera techniques. Plus, the images locked in time and geo-tagged are more resistant to data collection bias and can be used to verify other information, such as success of seed planting mixes, over many years. The process could mean those engaged in reclamation can monitor many more pads in a shorter time and save money. He found using the drone was four times faster, more accurate and data richer in detail than feet-on-the-ground camera use.

Michael Curran coupled the classic traveling salesman problem - which seeks the most efficient route from start to finish - with a specific data collection process to feed drone imagery through special software. student seeking the most accurate and efficient way to monitor reclamation efforts. Having a traveling salesman traipse around gas well pads in Wyoming paid off for a University of Wyoming Ph.D. Drawings of optional drone routes and well pads are a background behind UW graduate student Michael Curran as he studies data on a computer.

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