Autonomous Aerial Robots in 2030

Autonomous Aerial Robots in 2030

Posted by Laura Samso | 01/03/2016 | Research, RPAS

Carl von Clausewitz defined the fundamental elements of complexity: sensitivity to initial conditions, interaction between interdependent variables, the presence of feedback cycles, and the ability of a system to spontaneously adapt to changes in the environment. At present, changes are really frequent and there is a need to quickly adapt and continue, thus, speculation about the future environment of the Unmanned Aerial Vehicle (UAS) in 2030 is even more challenging.

Read more at:

https://www.linkedin.com/pulse/autonomous-aerial-robots-2030-laura-samsó-msc?trk=mp-reader-card

For CENTURION TECHNOLOGIES CONSULTING LLC
http://www.centuriontechnologies-llc.com

Twitter: @CTC_LLC

Related Blog

Posted by moon | 06 December 2016
Some months ago aI attended a 3D training where we could test different types of 3D printers ... How excited I got when I knew about 4D printing!! And…
Posted by moon | 12 July 2016
After the experience of around 3 months in a coworking space I moved yesterday to the new office located at CEI Pallars Jussà. In this link you can find more…
Posted by moon | 05 March 2016
A Responsive Space A definition that I like to use is the one that O. Brown and P. Eremenko [Ref. 1] provide in his work “Fractionated Space Architectures: A Vision…