The adoption of real-time wireless technologies within the ever-growing field of networked
industrial control systems is continuously gaining popularity. Widespread sensing and …

In the last years, IEEE 802.11 Wireless LANs (WLANs) have proved their effectiveness for a
wide range of real-time industrial communication applications. Nonetheless, the introduction …

Communication for control-centric industrial applications is characterized by the
requirements of very high reliability, very low and deterministic latency and high scalability …

Communication over the ether is by nature erratic, and thus wireless networks are often
deemed unsuitable to support time-critical distributed control applications, like those at the …

Wireless networks are ever more deployed in the industrial control scenario, thanks to the
numerous benefits they can bring, especially in terms of costs and flexibility. However, some …

Nowadays, wireless communication technologies are being employed in an ever increasing
number of different application areas, including industrial environments. Benefits deriving …

A number of industrial wireless technologies have emerged over the last decade, promising
to replace the need for wires in a variety of use cases. Except for customized time division …

Industrial applications aimed at real-time control and monitoring of cyber-physical systems
pose significant challenges to the underlying communication networks in terms of …

The next generations of industrial control systems will require high-performance wireless
networks (named WirelessHP) able to provide extremely low latency, ultrahigh reliability …

In recent years, wireless communication has been widely adopted in the field of industrial
systems. Compared with traditional wired control and monitoring systems, wireless control …