NTU-M1 project to develop a safer way to fly drones
Telco M1 and NTU demonstrate a drone flight using M1's 4.5G heterogeneous network, which lets drones fly further and with less lag. ST video: Lester Hio
NTU's custom-built drone can be controlled and tracked in real time through M1's 4.5G network. Using a 4.5G heterogeneous network will allow drone operators to safely pilot their drones even beyond line of sight.PHOTO: NTU
Published
1 hour ago
It aims to create traffic system on the more reliable 4.5G network
NTU-M1 project to develop a safer way to fly drones
Telco M1 and NTU demonstrate a drone flight using M1's 4.5G heterogeneous network, which lets drones fly further and with less lag. ST video: Lester Hio
NTU's custom-built drone can be controlled and tracked in real time through M1's 4.5G network. Using a 4.5G heterogeneous network will allow drone operators to safely pilot their drones even beyond line of sight.PHOTO: NTU
Published
1 hour ago
It aims to create traffic system on the more reliable 4.5G network
