Top PDF Design and Implementation of the ZigBee Wireless Sensor Network Based on ARM

Design and Implementation of the ZigBee Wireless Sensor Network Based on ARM

Design and Implementation of the ZigBee Wireless Sensor Network Based on ARM

Under the current application background, this paper studies the technologies relat- ed to the ZigBee wireless network, proposes corresponding hardware and software design methods; and analyzes the design principles and ideas. The ZigBee wireless network node based on CC2530 and the ZigBee-TCP/ P gateway is designed with ARM technology, combining the current development status and application back- ground of the ZigBee wireless network. The specific software design flow chart is developed through analyzing the hardware composition principles and the software design methods; and the research work is carried out based on the ZigBee wireless network node. First of all, the author designs the hardware system of ZigBee wireless network node based on CC2530, then introduces its composition principles, realiza- tion ways and the notice of PCB layout by analyzing the basic principles of the ZigBee network. Meanwhile, the author also completes the design of ZigBee-TCP/ P gateway system hardware. Furthermore, according to the requirements of the design of antennas for the ZigBee network, the center frequency of the printed circuit board antenna is 2.45 GHz, which can meet the requirements of the ZigBee wireless net- work through software simulation and actual test as shown in the test results.
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Automation in Railway Industry Based on Zigbee Wireless Sensor Network

Automation in Railway Industry Based on Zigbee Wireless Sensor Network

The system in [1] detects overall moisture present in the soil, which is based on that pumping motor which will automatically pumps the water in the farm. Soil sensor give the present status of the soil moisture contents to the microcontroller, and it get displayed on LCD and provided power ON or OFF the pumping motor through relay. System [2] shows design and development of WSN node for wireless sensor network monitoring the industrial environmental parameters. This system uses RF module ZigBee, WSN, PIC 18F4550 microcontroller water measuring various parameter in collected water samples. The project system in [4]which gives solar energy parameters calculation like voltage, current, temperature and intensity with the help of various sensors. Parameters displayed on LCD interfaced with PIC microcontroller. The system [3] consists of various sensors to measure the standard of water, GSM and microcontroller used to transfer the information to the watching centre at predefined time. The system in [9] detects greenhouse parameters in order to maintain environmental condition for greenhouse suitable for plants growth using PIC and zigbee based WSN.
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TEMPERATURE MONITORING SYSTEM

TEMPERATURE MONITORING SYSTEM

I n the referred paper [4], they built a prototype of an embedded wireless sensor network based on easy-to-use ZigBee module. They considered a temperature monitoring application to demonstrate the proof-of-concept of their system. The collected temperature data can be stored into the MySQL Database and retrieved later for analysis. The objective of their project is to design a wireless network using 802.15.4 and ZigBee technology. They used ZigBee for wireless communication. It provides 20kbps data rate and 10m communication range. They used ZigBee because it provides networking topology. It provides large communication range between devices. These are two main advantages over Bluetooth so that they are using ZigBee for their project.
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Design and implementation of wireless multimedia sensor network node based on FPGA and binocular vision

Design and implementation of wireless multimedia sensor network node based on FPGA and binocular vision

The binocular camera is converted into a digital signal through a special decoder chip processor for receiving and processing, and the processing results sent via the SPI bus to the Zigbee module; the Zigbee module can also be through the SPI bus to the main processor which sends control signals to control the FPGA worker process. The acceleration sensor, electromagnetic com- pass and video decoder chip exchange information with the main controller via I2C bus. The temperature and humidity sensors are read through the 8-bit ADC inter- face. The heat release external sensor monitors the hu- man body by triggering the external interrupt of the main control module.
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Comparative Evaluation of Three Wireless Sensor Network Transceivers in a High Radiation Environment

Comparative Evaluation of Three Wireless Sensor Network Transceivers in a High Radiation Environment

To examine the suitability of using industrial wireless sensor network devices in a high level radiation environment, three most commonly used wireless sensor network devices, ZigBee, WirelessHART, and ISA100.11a, have been tested in a radiation environment during on-power operations. A 60Co gamma radiation source is used to provide a consistent radiation environment. The operating conditions of key components on the devices are monitored continuously so that the first failed component can be identified in the post-analysis. It is interesting to observe that the wireless device based on ZigBee protocol has the strongest radiation tolerance, while WirelessHART and ISA100.11a devices share similar outcomes. A very important conclusion is that these devices can only survive for a limited amount of time, so much shorter than needed for use in a monitoring system for severe accident. Hence, adequate protections against total radiation exposure have to be taken either through shielding or redundant design. This study provides a useful reference for the design of wireless devices and networks to be deployed in high level radiation environments.
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Design and Implementation of Wireless Sensor Cellular Network Based on Android Platform

Design and Implementation of Wireless Sensor Cellular Network Based on Android Platform

The original intention of this paper is to realize the communication between the terminal and the traditional Internet node. According to this, a very important function of the gateway is to regard itself as "AP (Access Point)". This is equivalent to the gateway to build a wireless communication LAN, which can be achieved in some very remote places and no traditional wireless AP case, through the gateway "AP" and GPRS network to communicate with the server on the Internet. This system uses Android operating system as the carrier of the gateway system, which has the function of WiFi. The basic idea is to make mobile phone running the gateway system in WiFi AP mode, which mainly includes AP module, data receiving and forwarding, packet loss and retransmission, terminal fault management, network congestion control and so on.
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Design and Implementation of Container Positioning System Based on Wireless Sensor Network

Design and Implementation of Container Positioning System Based on Wireless Sensor Network

For simplicity, the NetFramework platform was employed as the main develop- ment tool. For the user, the desktop management software is in charge of his/her in- teraction with the computer. Once all the sensor nodes have entered the normal work- ing condition, the BaseStation node should be connected to the computer via USB port, kicking off the operation of the software. Then, the system will be scanned to find the BaseStation nodes available for connection. A notification will pop up if the connection is successful, and a reminder will appear if otherwise.

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Implementation of Wireless Sensor Networks Using ZigBee

Implementation of Wireless Sensor Networks Using ZigBee

Arduino is an open source computer hardware and software company, project and user community that designs and manufactures kits for building digital devices and interactive objects that can sense and control the physical world. The project is based on a family of microcontroller board designs manufactured primarily by Smart Projects in Italy, and also by several other vendors, using various 8 -bit Atmel AVR microcontrollers or 32-bit Atmel ARM processors. These systems provide sets of digital and analog I/O pins that can be interfaced to various extension boards and other circuits. The boards feature serial communications interfaces, including on some models, for loading programs from personal computers. For programming the microcontrollers, the Arduino platform provides an Integrated development environment (IDE) based on the processing project, which includes support for C and C++ programming languages.
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ABSTRACT: Zigbee wireless communication technology is a kind of newly arisen wireless network technology;

ABSTRACT: Zigbee wireless communication technology is a kind of newly arisen wireless network technology;

world. Possibilities and way to design and implement a ZigBee-based data transmission and monitoring wireless smart sensor network integrated with the Internet are considered and described in the paper. Implementing of a cost-effective such system requires the use and integration of different hardware elements and programming languages. Possibilities and key aspects of smart sensor nodes are considered and described in the paper. Design and implementation of an inexpensive energy saving Zigbee point-to-point wireless smart sensor network to monitor sensor data in energy efficient manner using Zigbee modules and different boards are proposed and described. Configuration of used Zigbee modules for smart sensor nodes communication is also described. Data measurement with such sensor nodes is also described. Results of wireless data measurement, data transfer and monitoring with such Zigbee based wireless smart sensor network via Web technologies are shown in the paper.
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Design and Implementation of Wireless Sensor Cellular Network Based on Android Platform

Design and Implementation of Wireless Sensor Cellular Network Based on Android Platform

Wireless mesh network strategy. From the perspective of the network structure, the wireless mesh network adopts a complete peer-to-peer approach to connect the access points and discards the network connection based on the hub-based star structure in the past, which greatly increases the scalability of the network. For residential communities in the suburbs and temporary high-density gathering places and even areas where there is no one-line network, wireless mesh networks can provide them with convenient and effective access. In addition, it can use WiFi, WiMAX and other communication methods, and has a good heterogeneous interconnectivity. Because of this, wireless mesh networks can be used as a new WSN access technology. Communication with the sensor nodes is performed by assembling IEEE802.I5.4 interfaces on these wireless routers. Multiple such structured WSN networks can be interconnected to improve network scalability and reliability while also increasing the network's data capabilities.
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DESIGN OF CALORIMETER BASED ON ARM AND ZIGBEE

DESIGN OF CALORIMETER BASED ON ARM AND ZIGBEE

The design of ARM based wireless Calorimeter is proposed. Calorimeter is a device used to measure amount of heat based on physical or chemical process. The calorimeter is design using ARM LPC2148 microcontroller which is low power and small size. The device is capable of measuring and plotting real time measurement of calories at remote place. The system uses a 32 bit RISC processor which is high speed and having on chip 10 bit analog to digital converter. The proposed design uses temperature sensor, ARM -7 and Zigbee. The wireless data acquisition can be done by using Zigbee. MATLAB software is used for creating GUI and showing real time plots at remote site.
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A novel model of ZigBee in wireless sensor network based on CMOS image sensor and BP neural network

A novel model of ZigBee in wireless sensor network based on CMOS image sensor and BP neural network

CMOS image sensors provide only small amounts of a power converter can work normally; this is because the CMOS image sensor power is very small, only 5V voltage by USB bus provides can drive its normal work. In addition CMOS image sensor chip only needs several external a few control signals to complete the image acquisition (control signal of the system provided by the CPLD chip USB data transmission board), and the output of the amplifier is integrated in the chip, digital to analog conversion module, only need to modify the value of the special register chip bias voltage to change the output amplifier, gain parameter, thus greatly reducing complexity and finished the hardware design of the volume, has the very high application value.
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Design of intelligent sensor based on BP neural network and ZigBee wireless sensor network

Design of intelligent sensor based on BP neural network and ZigBee wireless sensor network

built-in part of the function of physical layer and MAC layer, other top settlement outside of MPU, by writing to the MPU, to achieve the ZigBee protocol. Figure 1 is the internal structure of graph nodes. Node application part device according to different position control (such as temperature, sound, vibration, pressure, motion or reducing pollutants) play a different role. The device is very small, very cheap, mass-produced and deployment, so their resources (energy, storage, computation speed and bandwidth) limited. Each node has a wireless "> radio transceiver, a very small micro controller and an energy (usually battery). These devices to help each other and it are to transfer data to a computer.
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Design Of Channel Model For Wireless Underground Sensor Network Using Zigbee

Design Of Channel Model For Wireless Underground Sensor Network Using Zigbee

WUSN devices which are known for their location based work sare used for location based services. Even one can envision gadgets placement beneath the road surface that speaks with a car as it moves. A conceivable administration would be to caution the driver for an upcoming sign for stop or activity signal. The car will get the information about the upcoming stop signal and send it to the driver. Location information will likewise serve as a navigational help for the autonomous frameworks, e.g. an autonomous fertilizers unit, which travels around the place to be fertilized, focused around the underground beacons and the soil condition information from the underground sensors (Akyildiz and Stuntebeck, 2006). D. Security analysis and Border patrol
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Design and Implementation of a Wireless Sensor Network Node Based on Arduino

Design and Implementation of a Wireless Sensor Network Node Based on Arduino

Abstract—For dealing with the limitations and deficiencies of present wire- less sensor network nodes, including poor flexibility, low degree of variability, low generality, Arduino development advantages are combined with ZigBee wireless communication technologies characteristics. The versatility and flexi- bility of wireless sensor network nodes and the cost and energy consumption of nodes are studied. First of all, ZigBee communication protocol and networking technology are studied, and based on this, communication protocols that the subjects need are designed. Secondly, the hardware system of ZigBee wireless sensor network node based on Arduino technology is discussed and designed. In addition, suitable Arduino development panel is selected in accordance with requirements of ZigBee wireless sensor network node. With the development panel as the design prototype, the circuit of functional module is designed. Thirdly, based on the wireless sensor network node communication protocol and hardware design, the software system of wireless sensor network node is designed and realized. The results showed that, through designing reasonable software working flow and compiling efficient information acquisition and wireless communication program, the intelligence orientation of node infor- mation acquisition and information transmission is achieved. In a word, it can be concluded that, combined with Arduino, a better function can be achieved.
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Design of Mobile 4G Gateway Based on Zigbee Wireless Sensor Network

Design of Mobile 4G Gateway Based on Zigbee Wireless Sensor Network

problem of using ARM processor S3C2440A to realize protocol conversion between networks [2]. Khan et al. (2016) discussed the idea and scheme of network node design and development. Generally, the combination of processor and radio frequency pro- cessing chip or high integration chip system architecture uses single chip or low-end processor. It also uses the embedded software architecture to implement the transmis- sion network function [3]. Mosterman et al. (2016) studied the two means of the design of embedded software. One is the design idea based on the TinyOS operating system, and another is the solution scheme based on the ZigBee protocol stack. TinyOS can quickly develop component-based architecture, which reduces the code volume oper- ating of the sensing network. The system and library functions are written and designed based on structured concepts and execution models. The solution to the ZigBee stack is to transplant ZigBee protocol stack on the microprocessor or on chip system, and then use the application programming interface function to complete the development of application layer [4]. Khan et al. (2016) studied wireless remote monitoring based on WSN. They used the simple structure, small size, and low cost features of WSN composed of ZigBee technology to realize close range wireless connection, which can ensure the real-time and reliability of data transmission [5]. Nellore et al. (2016) dis- cussed the ZigBee technology and gave the composition of the wireless data acquisition system based on ZigBee. Finally, they completed the node acquisition by using CC2430 chip, designed the hardware and software of the main control unit, and realized data acquisition and wireless transmission [6]. Khan et al. (2016) analyzed the new and open wireless interconnection technology - ZigBee technology, combined sensor technol- ogy, ZigBee technology and routing protocol, and constructed a WSN [7]. Shaikh et al. (2016) studied the ARM9 industrial control motherboard as the core unit, used the om- nidirectional vibration sensor, and designed a set of vibration data acquisition system based on WSN by combining with the ZigBee wireless network technology [8].
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Design and Simulation of Wireless Sensor Network Topologies Using the ZigBee Standard

Design and Simulation of Wireless Sensor Network Topologies Using the ZigBee Standard

ZigBee is one of today's most useful technologies in the wireless sensor network industry. ZigBee, which is a new standard for wireless communication [14], is based on the IEEE 802.15.4standard announced in 2003 by the IEEE [15, 16]. ZigBee is established on powerful radio (physical layer) and MAC (Medium Access Control) layers defined by the IEEE 802.15.4 standard. It utilizes a standard CSMA/CA media access mechanism and supports star, tree and mesh topologies. IEEE 802.15.4 defines three license-free frequency bands. The first band uses the 2.4 GHz frequency band, i.e., the ISM (Industrial Scientific and Medical) band, and has 16 channels. The second band uses the 902-928 MHz frequency band with 10 channels. The other uses the 868-870 MHz frequency band with only one channel. The capacities of these frequency bands are 250 kb/s, 40 kb/s and 20 kb/s, respectively [15,17,18]. ZigBee deals with transferring certain amounts of data between devices used in personal area networks, measurements with networks, detection, monitoring and checking the applications. However, it is not suitable for large-size file transfers like Wi-Fi or Bluetooth. ZigBee is differentiated from Wi-Fi or Bluetooth in terms of communication approach between multiple devices, and works over simple networks with less power consumption and cost, also providing communication with lower bandwidth demands. In Table 1, a comparison of the features of ZigBee and some other wireless technologies is shown [15, 19]. As understood from the table, although the battery life of Bluetooth is 1-7 days, ZigBee’s battery life is 100-1000 days. In addition, while Wi-Fi’s fields of success are usually speed and flexibility, it can be said that ZigBee’s success rests in durability, cost and power consumption.
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Zigbee protocol for systematic parking system

Zigbee protocol for systematic parking system

Abstract -- The increasing number of motorized vehicles in this country creates a high demand of parking space in Malaysia. The car drivers have to spend more time to find out a vacant space especially on weekend and public holidays. Therefore, ‘Zigbee Protocol for Systematic Parking System’ is developed to solve parking lots congestion. It is a new approach of parking system using Wireless Sensor Network (WSN) technology equipped with Light Dependent Resistor (LDR) sensor. Zigbee is based on IEEE 802.15.4 standard for WSN that is being used in many commercial research applications today where it becomes an attractive solution for low power and low cost applications. Once the LDR sensor detects the new incoming car, the data will be sent to a central database which is Zigbee protocol for verification. Hardware implementation of Zigbee RF Vehicle tags is carried out using XBee Starter Kit DOM Zigbee module. All the information will be displayed using Graphical User interface, Visual Basic 6. Thus, the parking congestion problems can be automatically reduced.
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Design And Development Sensor Based Electronics System Of Water Quality Detector

Design And Development Sensor Based Electronics System Of Water Quality Detector

This project has been developing by X. Hu, J. Wang, Q. Yu, W. Liu, and J. Qin. This project is used ZigBee in order to transfer the information. The monitoring system is using a number of nodes with an interacting competence for an ad-hoc for continuous monitoring purpose. Temperature, turbidity and pH level is the parameter for this project and monitoring it in real-time at base station in the room. In order to reduce the monitoring system cost in term of facilities and the labor cost. In this paper, wireless sensor network (WSN) is proposed by using the ZigBee and the IEEE 802.15.4 compatible transceiver.
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Design and implementation of wireless sensor network nodes based on BP neural network

Design and implementation of wireless sensor network nodes based on BP neural network

The program is divided into five parts, three main procedures: sender, receiver chip program microcontroller program and microcomputer receiving program; two subroutines: error processing subroutine, transmission delay subroutine. Collect, between both sides and single chip computer and PC software were used to contact "handshake" signal. All contact "handshake" signal is #0AAH, after receiving the correct response signal is received in response to the #00H, error #0FFH. A sensor in no data needs to be transmitted, make MSM7512B work in the power saving mode through the microcontroller programming control.
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