REALWIN 2012 - Workshop on Real-Time Wireless Networking for Industrial Applications (RealWiN 2012)

Website www.performance.rwth-aachen.de/realwin | Edit Freely

Category REALWIN 2012

Deadline: January 09, 2012 | Date: April 16, 2012

Venue/Country: Beijing, China

Updated: 2011-12-15 16:05:38 (GMT+9)

Call For Papers - CFP

Recently, the vision of an Internet of Things has become more and more a reality. Wireless sensor networks and Machine-to-Machine networking connect resource-constrained and likely battery-powered devices such as sensors and actuators with each other and with control units. For example, recent years have witnessed the adoption of wireless sensor-actuator networks as a communication infrastructure for industrial applications such as process monitoring and control. Open industrial standards such as WirelessHART and IEEE 802.15.4e have shown promise through commercial products and system deployments in real-world industrial environments. However, industrial applications impose new challenges to wireless network design such as stringent requirements on reliability, real-time performance, latency of the communication, security, and networked control, even more stringent than time-critical best-effort applications like voice over IP. Despite the already high requirements, the desire is growing to use wireless communication in even more demanding industrial applications such as factory automation and motion control.

This workshop will provide an open forum for academic and industrial researchers to exchange ideas and experiences in this important area. The focus is on ’soft’ real time requirements as well as on ’hard’ real-time requirements potentially with very low latencies. The workshop cross-cuts the diverse areas associated with CPS Week including real-time systems (RTAS), wireless sensor networks (IPSN), control (HSCC), and the integration of them in cyber-physical systems (ICCPS). We are also soliciting contributions form industrial partners highlighting case studies, measurements, experiences from applications etc.

In particular, the following topics are of interest (not limiting other contributions in the considered direction):

Physical layer design

Medium access control and interference management

Real-time scheduling algorithms and analysis

Routing and transport for guaranteed delay networking

Theoretical bounds, performance models and evaluation

Prototypes/ testbeds and implementation aspects of real-time operation

Application scenarios and requirements

Challenges, vision and architecture for real-time wireless networks

Software stacks for hard real-time wireless networking

Fault-tolerance and redundancy issues

Control over wireless sensor-actuator networks

Control and wireless network co-design for cyber-physical systems

Case studies, measurements and experiences from industrial deployments