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Section 4 aims at the transmission performance analyses for the best-effort 6LoWPAN flows and SDN bandwidth-guarantee 6LoWPAN flows.

Transmission technology features of the perception layer [13] Features/TechnologyM NFC RFID Bluetooth Coverage Area PAN PAN PAN Topology P2P P2P Star Power consumption Very Low Very Low Low Speed 400 Kbps 400 Kbps 0,7-1 Mbps Range < 10 cm < 3 m 5-30 m Features/TechnologyM ZigBee 6LoWPAN Coverage Area LAN LAN Topology Mesh/Star/Tree Mesh/Star Power consumption Very Low Very Low Speed 250Kbps 250Kbps Range 10--300m 800 m Table 2.

The Thread standard has been developed on top of 6LowPAN, adds a layer of security for devices, and enables point-to-point communications.

The main area of concern is the overhead produced by 6LoWPAN devices because one extra header for the identification layer has to be transmitted.

Hongbin, "An address configuration protocol for 6LoWPAN wireless sensor networks based on PDAD," Computer Standard and Interfaces, No.

The IoT Station greatly simplifies the implementation of the network and the operation of the end-points and is compatible with existing protocols including WMBUS, 6lowPan and others.

4, WirelessHART, EnOcean, 6LoWPAN, proprietary mesh network and other applications in a variety of areas.

Other popular standards such as the ZigBee[R] protocol, the WirelessHart[TM] specification, ISA I00 and 6LowPAN use the 802.

The network is built for IP compatibility based on the 6LoWPAN and 802.

Is a flexible solution that can be programmed for operation in multiple worldwide sub-1GHz ISM frequency band: support for Sigfox, Wireless M-Bus and 6LowPAN, as well as IEEE 802.

Bluetooth LE, and 6LowPan has increased demand for energy harvesting devices coupled with rechargeable lithium-ion batteries for storage.

However, excessive signalling cost for supporting mobility makes it difficult to implement, which has become a barrier for the application of 6LoWPAN especially in mobility scenarios.

As a future work, we will extend our IDS to detect other types of attacks and thus, we think to adapt it and evaluate its performances in internet enabled WSNs, so-called 6LoWPAN networks.

Silicon Labs is also helping to lead the development of ZigBee IP, the only open standard for 6LoWPAN.

The company provides a standards-based IPv6 6LoWPAN solution for emerged markets in Europe and Asia including a 25m software license and support contract for the British smart meter rollout to provide the radio network for homes where there is no cellular network coverage.