BLUETOOTH BASED SMART SENSOR NETWORKS SEMINAR REPORT PDF

Later the goals were to enable different devices through a commonly accepted standard for wireless connectivity. The name was adopted as a tribute to the tenth-century Viking king Harald Bltand who peacefully united Denmark and Norway. Harald liked to eat blueberries, which gave his teeth the coloration that lead to the nickname "Bluetooth. Technique used frequency hopping, to minimize interference from other networks that also use ISM Band. Figure :BWT-enabled devices hop between frequencies up to times per second.

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Bluetooth Based Smart Sensor Networks Bluetooth Based Smart Sensor Networks Published on Nov 03, Abstract The communications capability of devices and continuous transparent information routes are indispensable components of future oriented automation concepts.

Communication is increasing rapidly in industrial environment even at field level. In any industry the process can be realized through sensors and can be controlled through actuators. The process is monitored on the central control room by getting signals through a pair of wires from each field device in Distributed Control Systems DCS. With advent in networking concept, the cost of wiring is saved by networking the field devices. But the latest trend is elimination of wires i.

Wireless sensor networks - networks of small devices equipped with sensors, microprocessor and wireless communication interfaces. In , Ericsson Mobile communications, the global telecommunication company based in Sweden, initiated a study to investigate, the feasibility of a low power, low cost ratio interface, and to find a way to eliminate cables between devices. Finally, the engineers at the Ericsson named the new wireless technology as "Blue tooth" to honour the 10th century king if Denmark, Harald Blue tooth to A.

The goals of blue tooth are unification and harmony as well, specifically enabling different devices to communicate through a commonly accepted standard for wire less connectivity. A typical Blue tooth device has a range of about 10 meters and can be extended to meters. A single connection supports a maximum asymmetric data transfer rate of KBPS maximum of three channels.

Each Piconet has one master usually a device that initiated establishment of the Piconet, and up to 7 slave devices. A Piconet When a device wants to establish a Piconet it has to perform inquiry to discover other Blue tooth devices in the range.

Inquiry procedure is defined in such a way to ensure that two devices will after some time, visit the same frequency same time when that happens, required information is exchanged and devices can use paging procedure to establish connection. When more than 7 devices needs to communicate, there are two options. The first one is to put one or more devices into the park state. Blue tooth defines three low power modes sniff, hold and park.

When a device is in the park mode then it disassociates from and Piconet, but still maintains timing synchronization with it. The master of the Piconet periodically broadcasts beacons Warning to invite the slave to rejoin the Piconet or to allow the slave to request to rejoin. The slave can rejoin the Piconet only if there are less than seven slaves already in the Piconet. All these actions cause delay and for some applications it can be unacceptable for eg: process control applications, that requires immediate response from the command centre central control room.

Scatternet consists of several Piconets connected by devices participating in multiple Piconet. These devices can be slaves in all Piconets or master in one Piconet and slave in other Piconets. Using scatternets higher throughput is available and multi-hop connections between devices in different Piconets are possible.

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Bluetooth Based Smart Sensor Network

Bluetooth Based Smart Sensor Networks Bluetooth Based Smart Sensor Networks Published on Nov 03, Abstract The communications capability of devices and continuous transparent information routes are indispensable components of future oriented automation concepts. Communication is increasing rapidly in industrial environment even at field level. In any industry the process can be realized through sensors and can be controlled through actuators. The process is monitored on the central control room by getting signals through a pair of wires from each field device in Distributed Control Systems DCS. With advent in networking concept, the cost of wiring is saved by networking the field devices. But the latest trend is elimination of wires i. Wireless sensor networks - networks of small devices equipped with sensors, microprocessor and wireless communication interfaces.

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Bluetooth Based Smart Sensor Networks ECE Seminar Report

Bluetooth Based Smart Sensor Networks Bluetooth Based Smart Sensor Networks Published on Apr 19, Abstract The communications capability of devices and continuous transparent information routes are indispensable components of future oriented automation concepts. Communication is increasing rapidly in industrial environment even at field level. In any industry the process can be realized through sensors and can be controlled through actuators. The process is monitored on the central control room by getting signals through a pair of wires from each field device in Distributed Control Systems DCS. With advent in networking concept, the cost of wiring is saved by networking the field devices. But the latest trend is elimination of wires i. Wireless sensor networks - networks of small devices equipped with sensors, microprocessor and wireless communication interfaces.

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