[PDF] ZigBee and Bluetooth Network based Sensory Data Acquisition System | Semantic Scholar

The proposed method offers a data transmission method with lower bit error rate than previous study, and will focus on the delivery of wireless sensor network from node to node via the Router Coordinator.

The proposed method offers a data transmission method with lower bit error rate than previous study, and will focus on the delivery of wireless sensor network from node to node via the Router Coordinator.

An online software system has been developed for sending the data such as voltage, current, radiation, temperature, and humidity obtained from an installed 1000W PV system via the Bluetooth and a website has been designed for monitoring the data online.

An online software system has been developed for sending the data such as voltage, current, radiation, temperature, and humidity obtained from an installed 1000W PV system via the Bluetooth and a website has been designed for monitoring the data online.

It is found that this distributed wireless temperature detection system based on Zigbee system-on-chip CC2530F256 and digital temperature sensor DS18B20 exhibits good stability and precision for the measurement of temperature, and also exhibits strong anti-interference ability.

It is found that this distributed wireless temperature detection system based on Zigbee system-on-chip CC2530F256 and digital temperature sensor DS18B20 exhibits good stability and precision for the measurement of temperature, and also exhibits strong anti-interference ability.

A wearable wireless calling system in hospitals based on ZigBee CC2530 software and hardware technology has significantly improved the level of hospital care and further promoted the development of hospital equipment in the direction of intelligence.

A wearable wireless calling system in hospitals based on ZigBee CC2530 software and hardware technology has significantly improved the level of hospital care and further promoted the development of hospital equipment in the direction of intelligence.

Control of Electric Hoist Using Smartphone in Industrial Environment

This paper presents the implementation of electric hoist using a control operation based on Arduino board and Bluetooth module. It control the functions of movement and direction such as pick and

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