The space industry is growing at a tremendous pace generating attraction both from the
industry and academia. Various governmental and industrial institutions are embarking on …

With the development of the internet of things (IoT), the concept of an edge network has
been gradually expanding to other fields including internet of vehicles, mobile …

There is an increasing demand for motion control of Internet of Things devices such as
drones and industrial machines from large computational resources on the network side …

In the remote motion control of IoT devices, the delay adversely affects control performance.
In our access edge concept, in which motion control is performed from a central office, the …

Factory networks are typically implemented using dedicated network protocols due to their
strict accuracy and latency requirements. However, these protocols tie the factory to specific …

Edge computing is more useful for real-time remote motion control of Internet of Things
devices than cloud computing because of its superior low latency performance. The access …

Demand has been increasing for accurate remote motion control of IoT devices, but jitter can
negatively impact control performance. Jitter buffering has been studied as a solution, but it …

To accommodate various applications in optical access systems, the Software-Defined
Network (SDN) with edge computing is the key allowing telecom operators to achieve …

Although demand has been increasing for accurate remote motion control of IoT devices,
jitter can negatively impact control performance. Jitter buffering has been studied as a …

Autotuning and system parameters monitoring are crucial aspects of modern motion control
algorithms. At-the-edge controllers need to detect system changes and perform autotuning …