Time-sensitive wireless applications have strict requirements on real-time data transmission
and control operation. Even though time synchronization has been extensively studied for …

Time synchronization is one of the main issues for guaranteeing the correctness of actions
depending on the time of measured data or detected events by electronic devices across …

Precise timing among wireless sensor nodes is a key enabling technology for time-sensitive
industrial wireless sensor networks (WSNs). However, the accuracy of timing is degraded by …

To communicate directly with the base station without multi-hops, this paper presents a
sidelobe control by node selection algorithm (SCNSA) based on a virtual linear antenna …

This paper presents the development of a newly designed wireless piezoelectric (PZT)
sensor platform for distributed large-scale structure health monitoring, where real-time data …

The wide deployment of wireless industrial networks still faces the challenge of unreliable
service due to severe multipath fading in industrial environments. Such fading effects are not …

As a key enabling technology in mission-critical Wireless Sensor Networks (WSNs), time
synchronization provides a common timescale for distributed sensor nodes in many wireless …

Provisioning of cost-effective Ethernet-based fronthaul by reusing the LAN infrastructure
available in most commercial buildings is challenging predominantly in terms of the required …

The clock in embedded systems usually is driven by a crystal oscillator and implemented via
a counter register, such a crystal clock is non-identical and drifting due to the manufacturing …

Time synchronization in wireless sensor networks, aiming to provide a common sense of
timing among distributed sensor nodes, is a key enabling technology for many applications …