Wireless Mesh Networks/Transport

 Wireless Mesh Networks 

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Acknowledgements — Introduction — Mesh network basics — History Highlights — Motivation — Economics — Politics — Social Impact — Regulatory — Taxonomy of Mesh Types — Design Parameters — How many radios? — Transport — Access — RF concerns — What layers does it run on? — Topology Control — Mobility Handoffs — Applications — Content — Operations — Accounting and Billing — Management — Getting Power to the Node — Survey Tools — Planning Tools — Mounting Options — Testing Tools — Meshes you can build — Conclusion — Applicable Standards — Known Deployments — Mesh Timeline — Mesh Network Vendors — Bibliography — Glossary — Index

Transport

ZigBee

ZigBee does not incorporate electric power lines into its technology therefore it is all wireless. ZigBee is very efficient, it can send up to 128 kilobits at a range of 250 feet. It is expected to be seen every from smoke detectors in your house to medical sensing devices. The best part is that it can function for a long time, on inexpensive batteries. Z-Wave also consists solely of wireless technology which is power efficient. It can send about 127 kilobits per second to a range of 100 feet. When you compare you would notice that Z-Wave and Insteon are very much similar. The only difference is that Insteon used electric power cables and Z-Wave doesn't.

Others

proprietary microwave