Through advances in control and robotics research, we can reliably deploy drones on manual or pre-planned trajectories. In the near future, we will even be able to anticipate collision avoidance and formation flights in commercial drones. A fleet of drones will be able to self-pilot itself to capture video several hours a day in smart cities and industrial sites, thereby collecting massive amounts of video data. To manage this volume of video data in real-time, drones need fog networks.... Read more →
02/27/2018
Send in the Drones: Enabling Operational Efficiencies through Fog Computing
Posted at 8:16 am in Adopting the Industrial Internet,Industrial Internet Innovation,OpenFog, | Permalink
Tags: DRONES, FOG, IIOT, IOT, OPENFOG,
08/16/2017
Flying through Fog: Why Fog Computing and Fog Networking is Crucial to Ushering in the Era of Commercial Drones
According to the FAA, last year more than 670,000 drones were registered in the U.S. alone. Drones – also known as unmanned aerial vehicles (UAVs) – are poised to transform key industries by providing cost-effective new services. While drones are really cool, so are all the ground support elements and software algorithms needed to make the operation of a large fleet safe and efficient. Many of these elements require local intelligence. That’s where fog computing and fog networking come in.... Read more →
Posted at 8:55 am in Adopting the Industrial Internet,Applications,Industrial Internet Innovation,OpenFog, | Permalink
Tags: DRONES, FOG, IIOT, IOT, OPENFOG,