• Corpus ID: 8940578

Wireless Mesh Networking with XBee

@inproceedings{Mayalarp2010WirelessMN,
  title={Wireless Mesh Networking with XBee},
  author={Vachirapol Mayalarp and Narisorn Limpaswadpaisarn and Thanachai Poombansao and Somsak Kittipiyakul},
  year={2010}
}
We perform a performance evaluation of ZigBee mesh networks based on XBee modules, in terms of packet delay and received signal strength (RSSI). We evaluate the performance for both line-of-sight (LOS) and non-line-of-sight (NLOS) environments in buildings and a parking lot. The results of our study are useful for building wireless sensor networks and communication networks of mobile robots where the communication distances between nodes are greater than the single-hop range and hence… 

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References

SHOWING 1-9 OF 9 REFERENCES

XBee Wireless Sensor Networks for Temperature Monitoring

An embedded wireless sensor network (WSN) prototype system for temperature monitoring in a building will be used for management of air conditioning systems at SIIT and the ultimate goal is to help saving the energy cost and reducing energy consumption.

Applications of Zigbee Wireless Technology Tomeasurement System in Grain Storage

A wireless sensor network based on ZigBee protocol for the measurement system in grain storage was developed and tested as an alternative to the cable system, which showed better efficiencies of the cost and time in the installation and maintenance than a cable system.

FireFly Mosaic: A Vision-Enabled Wireless Sensor Networking System

FireFly Mosaic is presented, a wireless sensor network image processing framework with operating system, networking and image processing primitives that assist in the development of distributed vision-sensing tasks and is the first wireless sensor networking system to integrate multiple coordinating cameras performing local processing.

Self-organized flocking in mobile robot swarms

The experiments show that the range of communication is the main factor that determines the maximum number of robots that can flock together and that the behavior is highly robust against the other two VHS characteristics.

Zigbee Wireless Networking

This book is written for engineers who plan to develop ZigBee applications and networks, to understand how they work, and to evaluate this technology to see if it is appropriate to a particular project.

Wireless Mesh Controller Networks

Xbee ZNet 2 . 5 / XBee Pro ZNeet 2 . 5 OEM RF Modules , v 1 . x . 4 x ed . , Digi International Inc . , Nov . 2008 . [ 11 ] Arduino . [ Online ]

  • 2009