I would like to take a second to introduce Aleigha, our intern for the next couple of months (the Spring 2015 semester). She is a senior studying Journalism and will be working on a few different things to help us as we head to our 10th anniversary. The two main things that you all will see are some:
1) ‘back to basics’ perspective pieces about various technologies (UAS, LBS, FMV) that we talk about all the time in the podcast, but which we often start from a (somewhat) expert perspective. I hope Aleigha, as someone looking in from the outside, can provide a voice that speaks to those just getting into these acronyms and terms; and
2) a couple of episodes of VerySpatial TV. We will start planning those episodes in the next couple of weeks and you should see them in March or April.
Either way, it is great having her on board and we look forward to sharing her experiences as she learns about the wonderful world of Geography and geospatial!
Unmanned Aircraft Systems (UAS), the preferred industry term by the UAS Association for what the public sometimes refer to as Unmanned Aerial Vehicles (UAV) or unmanned drones, are clever works of aircraft in geospatial technology. Generally, the devices are used to collect aerial data, but can serve multiple purposes. They are being used to perform a broad spectrum of duties such as boundary and topographic surveys, route planning, volume determination, and disaster analysis. Generally, the devices are used to collect aerial data. Continue reading “Unmanned Aircraft Systems (UAS): Covering The Basics”
The United States Geospatial Intelligence Foundation, USGIF Scholarship Program is now accepting applications for graduating high school seniors, undergraduates, graduates, and doctoral students in fields related to geospatial science. The deadline for submissions is April 20th.
VerySpatial interviewed the USGIF Director of Academic Programs, R. Maxwell Baber, PH.D. about the scholarships in 2009.
As the Wall Street Journal has stated yesterday, “‘Soft’ Artificial Intelligence is Suddenly Everywhere” Also called weak or narrow AI, soft artificial intelligence is the ability of a computer or other machine to perform complex activities that are “inspired by but don’t mimic, the human brian”. The media coverage of soft AI, like coverage of many new technologies, focuses on computer science and engineering, but many of the technologies they use as examples, from satellites, cars, wearable technologies, to encompassing city systems and space travel, are in fact geospatial technologies. Continue reading “Soft AI (artificial intelligence) and Spatial Technologies”