January 28, 2014: Source code released on Google Code under GNU GPL license
March 01, 2013: [Call for Chapters] Springer Book on Cooperative Robots and Sensor Networks
Springer Book on Cooperative Robots and Sensor Networks
Special edition in the “Studies in Computational Intelligence” Springer Book Series
- Anis Koubaa (Prince Sultan University, Saudi Arabia)/(CISTER Research Unit, Portugal)
- José Ramiro Martínez de Dios (University of Seville, Spain)
- Abstract Submission Deadline: March 25, 2014
- Abstract Acceptance Notification Deadline: April 05, 2014
- Full Chapters Due: June 15, 2014
- Chapter Acceptance Notification: September 15, 2014
- Estimated Publication Date: December 2014
December 20, 2013: The International Workshop on Cooperative Robots and Sensor Networks
RoboSense 2014: The International Workshop on Cooperative Robots and Sensor Networks
Hasselt, Belgium, June 2 - 5, 2014. http://robosense.coins-lab.org/
The workshop also looks for contributions about cyber-physical applications based on robotics and sensor networks, such as intelligent transportation systems, healthcare monitoring, industrial automation, etc. The workshop will provide a relaxed forum to present and discuss new ideas, new research directions and to review current trends in these areas. The workshop will be based on short presentations that should encourage discussions among the attendees. Statements which are innovative, controversial or that present new approaches are specially sought. RoboSense 2014 will be held in conjunction with the 5th International Conference on Ambient Systems, Networks and Technologies (ANT-2014) in Hasselt, Belgium, June 02-05, 2014.
- Paper Submission: February 18, 2014
- Notification of Acceptance: February 28, 2014
- Final Manuscript: March 28, 2014
February 09, 2013: New robotic projects
If you have interest to robotics, visit the iroboapp project that addresses optimization problems in robotics applications and provides open source implementations of robotic software.
November 11, 2011: Release of Z-Monitor 2.1
Z-Monitor (ZM) version 2.1 has been released on November 11, 2011. Several new features have been added:
- Fixing several issues related to the parsing of IEEE 802.15.4 frames and 6LoWPAN packets.
- Support of RPL routing protocol under the Contiki operating system.
- Support of all 6LoWPAN implementations under TinyOS (BLIP) and Contiki operating systems.
- Saving parsed packets as XML and text formats.
- Opening Log files of previously saved packets.
- Enhancing the capturing and parsing performance of Z-Monitor using multi-threading and more modular design.
- Enhancing the GUI design.
We will be happy to receive your feedback/comments on dev "at" z-monitor "dot" org
Z-Monitor 2.1 is available on the Download page.
October 04-07, 2011: Demo Presentation
Fernando Royo participated to the 37th IEEE Conference on Local Computer Networks (LCN), 04-07 October 2011 in Germany, and presented a demonstration of Z-Monitor 2.1 Software.
Demo Abstract: Z-Monitor: A Monitoring Software for IEEE 802.15.4 Wireless Sensor Networks
It was co-authored by Olfa Gaddour, Anis Koubaa, Rihab Chaari, Fernando Royo, Nada Al-Elaiwi, Hanan Al-Soli,Stefano Tennina, Hichem Boujelben.
July 11, 2011: Conference Paper
The following paper
Z-Monitor: Monitoring and Analyzing IEEE 802.15.4-based Wireless Sensor Networks
has been accepted in the 6th IEEE LCN Workshop on Network Measurements, in conjunction with 36th IEEE Conference on Local Computer Networks (LCN 2011), Bonn (Germany), 4-7 October 2011.
The Demo Abstract was co-authored by Anis Koubaa, Shafique Chaudhry, Olfa Gaddour, Rihab Chaari, Nada Al-Elaiwi, Hanan Al-Soli, and Hichem Boujelben.
Z-Monitor (ZM) is a free tool for monitoring and controlling IEEE 802.15.4 Low Power Wireless Personal Area Networks (LOWPANs).
It provides a convenient solution for researchers and students for developing, debugging and deploying wireless sensor network applications based on LOWPANs.
The tool is compatible with the open-source official TinyOS implementation of the IEEE 802.15.4 recently released by the TinyOS 15.4 WG. Z-Monitor has also been tested and validated with the open-ZB implementation. Currently, Z-Monitor is available only for TelosB motes and will soon be extended to a wider range of COTS platforms.
The motivation behind Z-Monitor is the fact that commercial products for monitoring and testing IEEE 802.15.4-compliant LOWPANs are too expensive and typically require special sniffing hardware. In addition, other generic-purpose sniffers such as WireShark and Ethereal are not specifically designed for IEEE 802.15.4-compliant networks. Z-Monitor provides a free solution that relies on the use of simple commercially available motes for sniffing traffic and monitoring IEEE 802.15.4-based LOWPANs.
The current version Z-Monitor 2.0 supports TelosB mote as the underlying sniffing hardware.
Z-Monitor 2.0 provides a friendly Graphical User Interface (GUI) that supports the following features:
- Frame Decoding: it shows the details about received frames that pertain to the Physical and MAC layers with respect to the IEEE 802.15.4 standard specification. Two different GUIs were designed for Frame Decoding operation offering more flexibility to users for protocol analysis.
- Topology Visualization: it shows the logical topology of the network (parent-to-child relationship between nodes).
- Traffic Timeline: it shows the sequence of packet received over time.
- Packet Statistics: it provides useful statistics about number and type of packets received by the sniffer. Statistics can be saved in a file and analysed off-line.
- Star-based topology: the current version supports star-based topology as it is related to the Physical and MAC Layers of the IEEE 802.15.4 standard protocol. Multi-hop support is planned for next releases with support of ZigBee and 6LowPAN Network Layer protocols.
Z-Monitor will be open for contributions from the scientific community. Instructions on how to contribute will be announced soon. You can also send your suggestions to <dev at z-monitor dot org>.
Z-Monitor will be extended to provide more comprehensive features. Currently, we expect to provide the following contributions in the short-term future: