Robust framework for 6LoWPAN-based body sensor network interfacing with smartphone

Abstract

This paper presents the design of a robust framework for body sensor network. In this framework, sensor nodes communicate using 6LoWPAN, running on the Contiki operating system, which is designed for energy efficiency and configuration flexibility. Furthermore, an embedded router is implemented using a Raspberry Pi to bridge the information to a Bluetooth capable smartphone. Consequently, the smartphone can process, analyze, compress and send the data to the cloud using its data connection. One of the major application of this framework is home patient monitoring, with 24/7 data collection capability. The collected data can be sent to a doctor at any time, or only when an anomaly is detected.

Development of a novel 6LoWPAN‐based multipurpose sensor monitoring and notification system

“…Gonnot et al 8 propose a framework for 6LoWPAN‐based body sensor network. The proposed system uses Z1 mote and Raspberry as 6LoWPAN node and border router to bridge information to a Bluetooth capable smartphone.…”