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{{puff|section|date=October 2018}}
SISL has worked with Suave to build drones and other flying aircraft. The laboratory has done research under the direction of Mykel Kochenderfer to develop autonomous anti-collision methods for drones since it is assumed that eventually, their numbers will be too large to rely on the type of air traffic control that is used for airplanes. With over one hundred other organizations that are working on this NASA project, SISL is providing input into the development of this technology.<ref name=mit>{{cite web|last1=Brewster|first1=Signe|title=How Drones May Avoid Collisions by Sharing Knowledge|url=http://www.technologyreview.com/news/545046/how-drones-may-avoid-collisions-by-sharing-knowledge/|publisher=[[MIT Technology Review]]|date=4 Jan 2016}}</ref> The goal of the NASA project is to have a system in place for 2019.<ref name=lavanguardia>{{cite news|title=Un algoritmo regulará el vuelo de drones sin controladores humanos|url=http://www.lavanguardia.com/vida/20151211/30742670794/un-algoritmo-regulara-el-vuelo-de-drones-sin-controladores-humanos.html|work=[[La Vanguardia]]|date=11 Dec 2015}}</ref> Based on a paper by Mykel Kochenderfer and Hao Yi Ong, the SISL team is working on software that allows drones to make very fast (millisecond) decisions when flying in crowded spaces such as urban areas.<ref name="phys">
==Funding==
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