Hopkins researchers study autonomous air traffic control for drones

A study to evaluate how we can ensure the safe control of drone traffic by replacing human-involved processes with autonomous decision-making.

John Hopkins researchers complete study on autonomous drone ...

But, as the Hopkins study notes, it will be the first time the agency provides the equivalent of air-traffic control in that airspace, which is ...

As Drone Traffic Increases, Researchers Turn to AI to Help Avoid ...

Autonomous drone aircraft traffic in uncontrolled airspace below 400 ... To address the challenge of increasing UAS traffic, the Hopkins team ...

John Hopkins drone pic - Unmanned airspace

The information portal for unmanned air system traffic management (UTM), urban air mobility (UAM), counter-UAS (C-UAS) and space traffic management systems.

Autonomous Operations in Drone Traffic Managment Systems

Researchers at John Hopkins University have found that greater levels of autonomy are critical for drone traffic management systems.

Johns Hopkins APL Provides Autonomous Collision Avoidance ...

APL researchers have given aerobatic fixed-wing unmanned aerial ... control algorithm that allows the UAV to identify and avoid obstacles.

Amid Airspace Safety Concerns, Johns Hopkins APL Researchers ...

... Hopkins APL Researchers Work to Prevent Drone Traffic Jams ... autonomous UTM [Unmanned Aerial System (UAS) Traffic Management] ecosystem.

Hopkins researchers study autonomous air traffic control for drones ...

Haven't seen a great deal of drone activity in our area,, but I'm sure it's coming. Hopkins researchers study autonomous air traffic control for drones.

Dynamic Intelligence Solutions on LinkedIn: Hopkins researchers ...

Dynamic Intelligence Solutions' Post · Hopkins researchers study autonomous air traffic control for drones · More Relevant Posts · Hopkins researchers study ...

Clearing the Skies The Imperative Shift Towards Autonomous ...

Study finds autonomy software needed in future drone traffic management ... autonomous operations help might create a safer air traffic ...

Michael on X: "Hopkins researchers study autonomous air traffic ...

Hopkins researchers study autonomous air traffic control for #drones https://t.co/urWZeAPvIX via @HubJHU.

John Hopkins researchers complete study on autonomous drone ...

Researchers at John Hopkins Institute for Assured Autonomy have completed a study to evaluate how to ensure the safe control of drone traffic by replacing ...

Scott Henderson on LinkedIn: As drone traffic increases ...

... Hopkins University suggests that increasing the level of autonomous operations help might create a safer air traffic management system.

Skydio Dock: Fully-Autonomous UAV Systems At Scale - PeAR WPI

... aerial robotics and drone flight controls. Title: Skydio ... Research Laboratory, John's Hopkins Applied Physics Laboratory, and Aurora Flight Sciences.

How Will Artificial Intelligence (AI) Benefit Air Traffic Management ...

... autonomous UAV operations with crewed aviation. AI can provide increased ... [2] FAA, “Unmanned Aircraft Systems Traffic Management (UTM),” 16 August 2022.

Drones for maintenance: After autonomous C-5 scan, Boeing looks ...

... aircraft showed the promise of using drones to assist with aircraft maintenance. ... Hopkins researchers study autonomous air traffic control for drones. 5.

NASA Helps Drones Take Flight

Remotely piloted and autonomous flights are increasingly aiding long-duration scientific research ... drone traffic management app maker Avision.

Johns Hopkins Applied Physics Laboratory researchers work to ...

Lanier's team is taking this long view toward a more complex, dense and autonomous UTM [Unmanned Aerial System (UAS) Traffic Management] ...

TACE lays down foundation for future UAV test safety

The 412th Test Wing's Emerging Technologies Combined Test Force conducted an autonomous test flight at Edwards Air Force Base, California, ...

Unmanned aerial vehicle (drones) in public health: A SWOT analysis

The important strength of using drones is its potential to decrease the travel time for diagnosis and treatment. They are a cost-effective alternative to road ...