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INTRO

The Premise

After doing a lot of research, we’ve noticed a scenario where 5G plays a role, the gesture-based remote-control system with haptic feedback and real-time HD video streaming. We are fascinated by this system because it can break the boundaries of time and space, enabling delicate operations to be performed remotely.

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Remote surgery is a classic case. The fine manipulation of the doctors’ fingers and timely tactile feedback are significant. The high speed and low latency of 5G bring the opportunity to be realized.

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Some similar scenarios such as remote bomb disposal and other tasks that require high-precision gesture operation by experts can be achieved at the remote end, especially when experts are not available on site. Meanwhile, Network slicing brought by 5G enable ISP to provide more targeted network services, thus enhancing the stability of the entire system.

Our Project: Intro

DEMONSTRATION VIDEOS

Experiments under real 5G environment

Below are some demonstration videos for you to take some peeks.

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In those videos, we've connected our two terminals to the 5G network and they were communicating with each other through a network server we rent in Sydney.

Our Project: Body
Demonstration - Placing the block
00:49

Demonstration - Placing the block

In this demonstration, we were trying to place the toy block into the red box while watching the live stream on the screen.
Demonstration - Writing letter 'E'
01:24

Demonstration - Writing letter 'E'

In this demonstration, we were trying to write the letter "E" which represents our department and also Ericsson.
Demonstration - Stacking toy blocks
01:15

Demonstration - Stacking toy blocks

In this demonstration, we were trying to stack the toy blocks.
Demonstration - Extra Delay Simulation
01:22

Demonstration - Extra Delay Simulation

As the incomplete Australia 5G infrastructure is still not much different from 4G. We manually add extra delay to illustrate how the network quality influences the system. This could also be treated as a simulation of the 5G network slicing technology where better networks could be sliced for the use cases in need. This video shows that with a bad network, the system is very difficult to be controlled and the video quality is not guaranteed.
Our Project: Watch

©2020 by 5G Case Demonstration - Remote-Controlled Robotic Arm with Haptic Feedback and Real-time Video Streaming.

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