Improvement, optimization and comparison of a remote monitoring architecture based on wsn application to the crossbow platform
Keywords:
Wireless Sensor Networks, Hybrid Architecture, Supervision, Fault Tolerance, Availability, Reliability, Raspberry Pi 3Abstract
Recently, wireless sensor networks have moved to the concept of hybrid networks. This new concept which merged into Machine To Machine systems, has allowed the wireless sensor networks, to integrate common platforms and exploitable integrals in several types of monitoring and information gathering applications. In this article, we suggest, in an experimental setting, a remote monitoring architecture with high availability and resilience. It allows one to sense, to process and provide real-time data via hybrid communications technologies. Several scenarios for data processing and routing of sensed data by the wireless sensor network (ZigBee Technology) were tested and compared in real time in two different environments.
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