AFlexible Framework for Wireless-Based Intelligent Sensor with Reconfigurability , Dynamic adding ,and Web interface

In this paper, we propose the use of standard, verifiable, common approach platform called the flexible wireless sensor platform (FWSP) architecture which had following features remote Internet enabler, reconfiguration by parameter which improve precision, dynamic addition of sensor nodes, and fault tolerance which increase the reliability, stability. The goals of the FWSP architecture are to establish: common controller-hardware (system on module), a common control program, common device drivers, a common managed objects base, and a common appearance to higher-level sensor network management. The proposed platform architecture offers flexibility, easy customization ,and seamless system integration. An experiment has been established based on wireless communication channel, using wireless LAN (IEEE802.11) as primary communication channel on our prototype sensor node, I2C/Smbus device such as temperature sensors, and desire sensor information can be viewed, and Sensor parameter can be adjusted to meet demanding. Measurements about the development time, sensor reconfiguration and confirm the proposed framework feasibility and effectiveness