Design of the temperature monitoring system based on ZigBee wireless sensor network
06 Sep 2011-pp 4612-4615
TL;DR: The result indicates this wireless monitoring network system has stable performance, and can meet the designing requirements, and is easy to flexibility deploy, it simplify the installation of equipment effectively and make it more suitable for greenhouse environmental data monitoring needs.
Abstract: According to the greenhouse environment of the application needs,design of the thesis is about a greenhouse environment monitoring system. The wireless monitoring network system includes temperature gathering module and the wireless transmission module. Sensor nodes and the wireless transceiver module use core microprocessors of cc2430, to build wireless sensor networks based on ZigBee protocol. The result indicates this system has stable performance, and can meet the designing requirements. Implement of the system is easy to flexibility deploy, it simplify the installation of equipment effectively and make it more suitable for greenhouse environmental data monitoring needs.
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01 Aug 2016
TL;DR: The aim of this research was to combine the Wireless Sensor Network with ZigBee technology and it has been implemented in Greenhouse prototype to control the temperature and humidity via remote automation.
Abstract: Wireless Sensor Technologies (WST) is entering a new phase. Recent advances offer vast opportunities for research and development. This is the consequence of the decreasing costs of ownership, the engineering of increasingly smaller sensing devices and the achievements in radio frequency technology and digital circuits. The aim of this research was to combine the Wireless Sensor Network with ZigBee technology. It has been implemented in Greenhouse prototype to control the temperature and humidity via remote automation. In addition, a GUI interface is built for easier control and manage through computer via wired and wireless technology. This Greenhouse prototype was successfully developed and tested with operational via remote automation.
9 citations
TL;DR: In this article, the integration of the wired CAN bus and ZigBee communication was designed, developed and implemented, where the data regarding the geographical coordinate is extracted from the GPS receiver with the help of the ZigBee communications and send it to a central computer with the use of wired CAN Bus.
Abstract: Precision farming applications are often data centric and aim collecting data from a set of sensor modules to be delivered to the central computer. For this aim, the ISO 11783 protocol which uses the Controller Area Network (CAN) as a data link protocol to perform the data communication are used to standardize and provide the serial data communication as wired between the various sensor modules and the central computer a plug/play approach. Many different types of sensors may use to collect temporal and spatial variability in precision farming applications. Especially GPS receivers are the most important sensor in a precision farming application. And also, different data bus protocols can be used for collected data transmission to the central computer. In this context, wireless sensor protocols, especially ZigBee, is gaining popularity for managing precision farming through real-time monitoring of agricultural variability. Various parameters in the precision farming can be monitored and controlled using ZigBee communication integrated with the CAN bus. In this paper, integration of the wired CAN Bus and ZigBee communication was designed, developed and implemented. In this system, the data regarding the geographical coordinate is extracted from the GPS receiver with the help of the ZigBee communication and send it to a central computer with the help of wired CAN Bus. This method has been implemented in order to adapt the ZigBee messages to the CAN Bus and reduce wire using. Finally, the data flow within designed system between CAN and ZigBee data frames was described. In this study, multiple CAN frames usage and handshaking mechanism are explained for sending sensor data longer than 64 bits. This system’s advantage is not only reduce cabling cost and increase the communication speed but also provide dynamic, flexible and applicable communication in precision farming applications.
4 citations
01 Nov 2017
TL;DR: The intelligent control system in home furnishing application that uses CC2530 TI Company’s chip integrates the RF transceiver with 2.4 GHz communication protocol to meet the system requirements with less cost by using ZigBee technology.
Abstract: In this paper, the design of intelligent control system in home furnishing application that uses CC2530 TI Company’s chip, this chip integrates the RF transceiver with 2.4 GHz communication protocol (IEEE802.15.4), meet the system requirements with less cost by using ZigBee technology. The system is designed by using temperature and humidity sensor, light intensity sensor, ambient gas information monitoring for home furnishing environment, and the GSM technology for information exchange. More specifically, it combines the mobile communication technology with ZigBee wireless network technology as well as micro controller technology to realize the data communication between human and machine, machine and machine, in order to achieve the intelligent control of home furnishing life. Keywords-component; intelligent home furnishing; ZigBee; CC2530; GSM; sensor
2 citations
Cites background from "Design of the temperature monitorin..."
...Its function is to constantly query whether each task has an event, if there is, then perform the corresponding operation; if not, then query the next task [6]....
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29 Apr 2015
TL;DR: A novel architecture based on service orientation for homogeneous interoperation among sensor networks used in a Digital City scenario is presented to demonstrate that architecture can be used for monitoring heterogeneous environments in a unified way, promoting datasharing and interoperability.
Abstract: Sensor networks have been used in a wide range of applications. In Digital Cities they play an important role in gathering real-time data in urban scale. However, the heterogeneous and complex technologies applied in such applications make it difficult to monitor and manage different sensor networks, and also prevents the interoperation between systems. Thus, this paper presents a proposal of a novel architecture based on service orientation for homogeneous interoperation among sensor networks used in a Digital City scenario. Based on the outlined architectural model, a case study took place in a Brazilian operational Digital City in the state of Sao Paulo. The objective of the study is to demonstrate that architecture can be used for monitoring heterogeneous environments in a unified way, promoting datasharing and interoperability. Keywords: Service-oriented architectures, Open Access Metropolitan Area Networks, ZigBee, sensor networks.
1 citations
Cites background from "Design of the temperature monitorin..."
...Although the sensor networks may be made up of a range of technologies, the state-of-the-art of sensor networks consists of Wireless Personal Area Networks (WPAN), short-range and low-powered capacity (Hui et al., 2011) built upon the family IEEE 802....
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...Although the sensor networks may be made up of a range of technologies, the state-of-the-art of sensor networks consists of Wireless Personal Area Networks (WPAN), short-range and low-powered capacity (Hui et al., 2011) built upon the family IEEE 802.15 standard....
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27 May 2015
TL;DR: A sistema automatico enfocado al cuidado de cultivos cereales muy comunes en las zonas de Boyaca y Cundinamarca, this sisteme permite controlar la humedad del cultivo por medio de sensores de humedads y electro valvulas and el riego de fertilizantes por media de un carro de riegones and valvula as discussed by the authors.
Abstract: Es un sistema automatico enfocado al cuidado de cultivos cereales muy comunes en las zonas de Boyaca y Cundinamarca, este sistema permite controlar la humedad del cultivo por medio de sensores de humedad y electro valvulas y el riego de fertilizantes por medio de un carro de riego y valvulas.
1 citations
Cites background from "Design of the temperature monitorin..."
...[17] Wang Qing hui, Bian Li juan, Pang Yu jun, Design of the temperature monitoring system based on ZigBee wireless sensor network, Artificial intelligence, Management Science and Electronic Commerce (AIMSEC), 2011 2nd International Conference on Digital Object Identifier: 10....
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...34 Sistema automático remoto para el cuidado de cultivos cereales –Nilson Gamba Castelblanco que para tal caso estaría refiriéndose al sistema inalámbrico, adicionalmente un diagrama de flujo fue diseñado para poder generar y especificar la totalidad del proceso para adquisición de los datos que se deseaban obtener, lo mismo que un diagrama de flujo para el proceso de recepción [17]....
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References
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