Abbrevation
WSNIA
City
Niagara Falls
Country
Canada
Deadline Paper
Start Date
End Date
Abstract

Over the recent decade, wireless sensor networks (WSNs) have enabled numerous applications in different domains&#046; With the advancement of embedded systems, sensing technology, and standardization efforts, the WSN&#8211;enabled solutions to different kinds of industrial applications have attracted growing attention&#046; These applications include environmental sensing, home/building automation, smart grid, industrial condition/process monitoring, etc&#046; Moreover, there are many WSN&#8211;enabled industrial applications inspired by the new concepts, such as Industrial Internet of Things, Smart Manufacturing, Industry 4&#046;0, and Smart Grid&#046; The broad spectrum of WSN&#8211;enabled industrial applications involves many interdisciplinary research topics and research challenges which are yet to be solved&#046; These challenges, for example, generally include timeliness, security, reliability, scalability, and quality of service&#046;<br>This workshop aims at bringing researchers together working in a variety of the subjects raised by the WSN&#8211;enabled industrial applications&#046; Research papers are welcome from communities at the fringe of industrial WSNs&#046; Papers submitted to the workshop will be reviewed and assessed by the program committee&#046;<br>Topics of interest include but not limited to:<br>* Industrial WSN test&#8211;beds, applications, and data analytics in different areas<br>* Industrial Internet of Things and Smart Manufacturing applications<br>* Standards&#8211;based industrial WSNs (e&#046;g&#046;, WirelessHART, ISA100&#046;11a, ZigBee, 6LoWPAN, etc&#046;)<br>* Fault&#8211;tolerant industrial WSNs and diagnosis<br>* Wireless communication techniques and protocols<br>* Energy harvesting and low&#8211;power solutions<br>* Embedded systems software/hardware<br>* System middleware and software services<br>* Quality of service and performance evaluation<br>* Real&#8211;time control and monitoring theories<br>* Real&#8211;time applications for enterprise asset management, inventory management, shop floor interactions, field service automation, fleet management, etc&#046;<br>* System integration into industrial networks in different levels (e&#046;g&#046;, field device level, automation system level, network level, etc&#046;)<br>