Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Wellness Protocol Development and Implementation
Abstract In the present research, the WSNs-based Wellness Protocol System for home monitoring is planned and realized two levels; hardware and software. At the hardware level, heterogeneous sensors are installed to get multi-activity and multi-event; these wireless sensor nodes are developed on Intel Galileo. The sensors, XBee module (as RF transceiver only) are connected and programmed to Intel Galileo board. Data is received through central coordinator node and collected into local home gateway computer server. The software logic has been developed for wellness protocol. The software module is subdivided into different levels, such as data logging, data extraction, and data storage. One of the important tasks of the task of the software module is to forecast the change in activity and correlate it with the wellness of the occupant in near time or real time (Ghayvat et al. in IEEE Sens J 15:7341–7348, 2015a). Intel Galileo-based intelligent monitoring sensing system have been designed that operates on the wellness protocol and uses the features of IoTs. The sensors are interfaced to Intel Galileo. Galileo board processes sensor data by two algorithms, one is packet encapsulation, and another is intelligent sampling and control. The packet encapsulation algorithm is common for all sensing nodes in a network. While the intelligent sampling and control algorithm is programmed individually according to sensors characteristics and application. In the present chapter, the details of sensing node development, device configuration, deployment, wireless data communication, storage, and analysis approach of heterogeneous sensor data fusion have been documented.
Wellness Protocol Development and Implementation
Abstract In the present research, the WSNs-based Wellness Protocol System for home monitoring is planned and realized two levels; hardware and software. At the hardware level, heterogeneous sensors are installed to get multi-activity and multi-event; these wireless sensor nodes are developed on Intel Galileo. The sensors, XBee module (as RF transceiver only) are connected and programmed to Intel Galileo board. Data is received through central coordinator node and collected into local home gateway computer server. The software logic has been developed for wellness protocol. The software module is subdivided into different levels, such as data logging, data extraction, and data storage. One of the important tasks of the task of the software module is to forecast the change in activity and correlate it with the wellness of the occupant in near time or real time (Ghayvat et al. in IEEE Sens J 15:7341–7348, 2015a). Intel Galileo-based intelligent monitoring sensing system have been designed that operates on the wellness protocol and uses the features of IoTs. The sensors are interfaced to Intel Galileo. Galileo board processes sensor data by two algorithms, one is packet encapsulation, and another is intelligent sampling and control. The packet encapsulation algorithm is common for all sensing nodes in a network. While the intelligent sampling and control algorithm is programmed individually according to sensors characteristics and application. In the present chapter, the details of sensing node development, device configuration, deployment, wireless data communication, storage, and analysis approach of heterogeneous sensor data fusion have been documented.
Wellness Protocol Development and Implementation
Ghayvat, Hemant (Autor:in) / Mukhopadhyay, Subhas Chandra (Autor:in)
01.01.2017
39 pages
Aufsatz/Kapitel (Buch)
Elektronische Ressource
Englisch
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