Top PDF Wireless Sensor Network to Monitoring the Patient Health System Internet of things (IoT) based using ZigBee

Wireless Sensor Network to Monitoring the Patient Health System Internet of things (IoT) based using ZigBee

Wireless Sensor Network to Monitoring the Patient Health System Internet of things (IoT) based using ZigBee

ZigBee wireless advice technology has advanced perspective, ZigBee will be acclimated in a brace of years in the breadth of industry control, automated wireless location, home network, architecture automation, medical accessories control, abundance safety, etc., abnormally home automation and industry ascendancy will be the capital appliance fields. ZigBee wireless advice is activated in families. With the development of people’s life, the abstraction of acute home and home automation is able-bodied known, but it have to chronicle to the manual of advice and arresting if it comes true, so it is alarming to wire cables. ZigBee is a new short- range technology for wireless communication, it is distinctively advised for applications of wireless advice of low acceleration and low ability dissipation, and it is alluringly ill- fitted for establishing ancestors wireless net/
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Internet of Things (IOT) based Automatic Irrigation System using Wireless Sensor Network (WSN)
S Reshma & B A Sarath Manohar Babu

Internet of Things (IOT) based Automatic Irrigation System using Wireless Sensor Network (WSN) S Reshma & B A Sarath Manohar Babu

a web page using PHP script. These values can also be sent to the user through SMS. Through web page user can make the irrigation system ON and OFF remotely depending on the values of temperature and soil moisture. With the help of automation and web interface user can easily monitor the system and due to this human intervention is minimized. This system saves water and improves the growth of plants.

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Health Monitoring System Using Internet of Things and Wireless Sensor Networks

Health Monitoring System Using Internet of Things and Wireless Sensor Networks

It's also important to note that the term "wireless sensor network" is not nearly as encompassing as "the internet of things." WSN consists of a network of only wireless sensors. If the network was to include a wired sensor, it could no longer be labeled a "wireless sensor network." This is unlike IoT. Essentially any device that connects to the internet can be considered an IoT device. An "IoT system" can therefore be interpreted as a group of many IoT devices.
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Industrial Safety Parameters Monitoring in IOT Environment

Industrial Safety Parameters Monitoring in IOT Environment

ABSTRACT: The proposed system develops a sensor interface device essential for sensor data acquisition of industrial Wireless Sensor Networks (WSN) in Internet of Things (IoT) environment. It is planned to style a re-configurable sensible device interface for industrial WSN in IoT atmosphere, during which ARDUINO UNO is adopted as the core controller. Thus, it will scan information in parallel and in real time with high speed on multiple completely different device information. Intelligent device interface specification is adopted for this style. The device is combined with the most recent ARM programmable technology and intelligent device specification. By detecting the values of sensors it can easily find out the Temperature, humidity, and gas present in the industrial area. And also it controls the power with abnormalities. So that critical situation can be avoided and preventive measures are successfully implemented. It is the most effective and most economical means of equipment safety monitoring. So it has very good social prospects.
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Smart Agriculture Information System Based on Cloud Computing and NB IoT

Smart Agriculture Information System Based on Cloud Computing and NB IoT

The smart agricultural information collection system based on cloud computing and NB-IoT mainly uses the latest Internet of Things technology to construct an IOT sensor monitoring network system for crop irrigation, growth environment and state, and meteorological parameters in the modern agricultural demonstration park. Nowadays, agriculture is gradually moving towards an era of unmanned, regionalized, highly specialized and high-efficiency. It relies on modern science and technology to develop agriculture, so that no one is required to be on duty in the field, realize digital irrigation, and fully utilize computer automatic control and software data systems to ensure reliable production. It can improve efficiency while steadily increasing revenue.
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IOT Based Environmental Monitoring System using Arduino UNO and Thingspeak

IOT Based Environmental Monitoring System using Arduino UNO and Thingspeak

The demand of service over the internet necessitated the data collection and exchange in an efficient manner. Internet of Things refers to the rapidly growing network of connected objects that are able to collect and exchange data using embedded sensors. It is nowadays finding profound use in each and every sector and plays a key role in the proposed environmental monitoring system too. IoT converging with cloud computing offers a novel technique for better management of data coming from different sensors, collected and transmitted by low power, low cost microcontroller “Arduino UNO”. An open source website, Thingspeak is used where the measurement of the parameters are updated. Thingspeak is an open source Internet of Things application and API to store and retrieve data from the sensors using the HTTP Protocol over the Internet. Thingspeak is an IoT analytics platform service that allows you to aggregate, visualize, and analyze live data streams in the cloud. The cloud utilizes the operations of Graphical visualization and available in the form of virtual server for the users and the objects are communicated with the cloud via possible ‘wireless internet connections’ available to the users and the majority objects uses the sensors to tell regarding the environmental analogue data. The IoT helps bring all things together and permits us to communicate with our very own things. The measurements thus received can be viewed in these scripts such as JSON, XML and CSV. In the proposed system, the environmental parameters can directly be accessed by the user, thus eliminating the need for third parties.
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WBAN based health governing system

WBAN based health governing system

Based on the applications of Wireless Body Area Networks (WBAN) integrated with Internet of Things (IoT), it is proposed to design a health monitoring system which finds the heart rate of patient, temperature where the patient is available and any gas environment(abnormal condition) of the patients in hospitals. In this paper, a cloud environment/IoT is created with the help of Visual studio 2010 and a Local Host(Hospital) is created which gives the information of the heartbeat of patient and his/her environment. This information is updated to a server (medical server) for getting any additional information from doctor/nurse.
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Sensor Cloud to Monitor Cold Chain Logistics using Internet of Things (IoT)

Sensor Cloud to Monitor Cold Chain Logistics using Internet of Things (IoT)

ABSTRACT :-The Internet of Things (IoT) is a new evolution in technological advancement taking place in the world today. This paradigm allows physical world objects in our surroundings to be connected to the Internet. This idea comes to life by utilizing two architecture; the sensing entity in the environment that collects data and connects itself to the cloud and the Cloud Service that hosts the data from the environment. The combination of wireless sensor networks and cloud computing is becoming a popular strategy for the IoT era. The cold chain requires controlled environment for sensitive products in order for them to be fit for use. The monitoring process is the only assurance which tells if a certain process has been carried out successfully. Taking advantage of IoT and its benefits to monitor cold chain logistics will result in better management and product handling. This project comprises a system of Arduino, sensor and Xively sensor cloud which can be an ideal system to monitor temperature of cold chain logistics.
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Survey on Patient's Healthcare Monitoring Using IOT

Survey on Patient's Healthcare Monitoring Using IOT

Internet of Things (IOT) driven health and wellness monitoring system enables remote and continuous monitoring of people, with applications in chronic conditions, such as obesity, hypertension, diabetes, heart failure, stress, preventive care and wellness. Medical care and healthcare represents one of the most attractive application areas for the IOT. Digitization and the increasing connectivity between devices, citizens and their meaningful way. Smart manufacturing becomes the norm in industry 4.0, where intelligent machines are network so they can exchange and respond to data to independently manage industrial production. The internet of things is a transformational concept. In 1999, Kevin Ashton, co-founder of the Auto-ID Center at the Science Institute of Technology, envisioned an Internet of Things based on RIFD chips that could enable “things” to communicate with each other.
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Health Monitoring System for Elderly People using Internet of Things (IoT)

Health Monitoring System for Elderly People using Internet of Things (IoT)

ABSTRACT: In today’s world where population is growing, we need to develop a solution for old age people regarding their medical conditions.The Internet of Things is a new reality that is completely changing our everyday life, and promises to revolutionize modern health care by enabling a more personalized, preventive and collaborative form of care. By combining this to things we provide IoT base health monitoring system for elderly people and provide them medical assistance in case of emergency. Using this system, we monitor some vital parameters of the elderly people such as Body Temperature, Heart Rate and sudden fall movement of a person. It required less power and has wireless characteristics, so it can be used anytime, anywhere and by anyone. The system is also able to store physiological data of patients for 24 hours a day and seven days a week.
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The Internet of Things – The Thing to Watch

The Internet of Things – The Thing to Watch

Sensors have always been an integral part of a factory setup. Information collected through such devices are however used exclusively by the management of the enterprise and released selectively based on the situation needs. Environmental monitoring is a common application which is in use to keep track of the number of occupantsand manage the utilities within the building (e.g., HVAC,lighting). Other devices have also been sporadically used for collecting and managing data on security, automation, climate control, etc. These will eventually be replaced by wireless systems giving theflexibility to make changes to the setup whenever required, thus creating an IoT subnet dedicated to factorymaintenance.
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Wireless Sensor Network for Patient Health Monitoring System

Wireless Sensor Network for Patient Health Monitoring System

An electronic triage that can monitor patients' pulse status remotely through ZigBee-based wireless sensor network is shown in Fig 10. The system consists of a number of SNs, a CN collecting the pulse rate from SNs through ZigBee wireless interface, and a web interface for displaying the graph of patients ' pulse rate. Electronic triage, which is basically an SN, consists of pulse sensor, microcontroller and ZigBee wireless interface . The electronic triage is placed in patients' wrist and the pulse sensor bind the patients ' finger to detect the patients' pulse. The micro controller reads the patients ' pulse from pulse sensor, then classifies into 3 (three) categories of severity levels, i.e., major, minor, and normal status. The patients' pulse status is displayed in unit of beat per minute (BPM) on 1 6x2 LCD. Three LED colors indicate the severity level of patient's status (major: red, minor: yellow and normal: green). If pulse status is between 60- 1 00 BPM, then green LED indicator will turn ON indicating that patient is in good health condition and classified as in the normal status. If the pulse status is between 44 and 60 BPM or between 1 00 and 1 1 6 BPM, then yellow LED indicator will turn ON to indicate that the patient is in close to critical health condition and classified as in the minor status. Otherwise, red LED indicators will turn ON to indicate that the patient in a critical health condition and classified as in the major status. The pseudo-code I shows the algorithm to classify the patients' severity level embedded in microcontroller.
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Internet of things technology for greenhouse monitoring and management 
		system based on wireless sensor network

Internet of things technology for greenhouse monitoring and management system based on wireless sensor network

Agrotech plays an important role in the production of out-of-season fruits, flowers and vegetable as well as high value and sensitive plants. The greenhouse concept has been widely used in precision agriculture to acquire the best quality for the production of fruits or vegetables. However a fully automated system, taking into considerations the different phases of plant growth and the optimal requirement by the plants during these growth periods and cycle is not fully designed and available. The optimal plant growth depends on several parameters such as irrigation, soil moisture, humidity, and temperature, radiation of light, pH level, and CO². Thus, this project develops an automated scheduler system by considering with all optimal plant growth requirements for every each phase of the plant to ensure that all subjects (mango) will grow perfectly. Main hardware component within project is Memsic, Zigbee and smart phone for display while MP Lab and LabView are used for software elements. It is anticipated, by using this system labor and maintenance cost will be cheaper and the process of monitoring and collecting data or information is more easy and efficient.
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Design and implementation of Internet of Things for home environment : a thesis presented in partial fulfilment of the requirements for the degree of Master of Engineering in Electronics and Computer Systems Engineering at Massey University, Manawatu, New

Design and implementation of Internet of Things for home environment : a thesis presented in partial fulfilment of the requirements for the degree of Master of Engineering in Electronics and Computer Systems Engineering at Massey University, Manawatu, New Zealand

An integrated framework for smart home monitoring towards internet of things based on ZigBee and 6LoWPAN wireless sensor networks is presented. The system was developed to retrofit existing sub systems of wireless technologies in order to reduce cost, and complexity. The practical internetworking architecture and the connection procedures for reliable measurement of smart sensors parameters and transmission of sensing data via internet are presented. A ZigBee based sensing system was designed and developed to see the feasibility of the system in home automation for contextual environmental monitoring. The ubiquitous sensing system is based on combination of pervasive distributed sensing units and an information system for data aggregation and analysis. Results related to the home automation parameters and execution of the system running continuously for long durations is encouraging. The prototype system (ZigBee based) was tested to generate real-time graphical information rather than using a simulator or a test bed scenario. A trail has also been performed with 6LoWPAN technology to provide functionality as the ZigBee based system.
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IoT based Smart Environmental Monitoring using  Wireless Sensor Networks and Raspberry Pi

IoT based Smart Environmental Monitoring using Wireless Sensor Networks and Raspberry Pi

1) Raspberry Pi: The raspberry pi is a low cost, low power credit size single board computer which has recently become very popular[1]. Raspberry pi is the cheapest Linux operating system powered by ARM11 capable of a single board computer. This board runs an ARM11 @ 700 MHz microcontrollers and has 1 GB RAM memory. Raspberry pi3 model B is used in this paper as shown in figure 3, because this model has better specifications than other raspberry pi models. It supports a number of operating systems including a Raspbian that is recommended for use in our design by the raspberry pi foundation. Raspberry Pi can be connected to the internet via Wi-Fi connected to the raspberry pi 3 system. It also includes 4 USB ports and an Ethernet port. An external SD or micro SD card boots the raspberry pi.
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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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Wireless Sensor Network for Monitoring A Patient Having Hole in the Heart Continuously Using Zigbee

Wireless Sensor Network for Monitoring A Patient Having Hole in the Heart Continuously Using Zigbee

Although Bluetooth is better than Zigbee for transmission rate, but Zigbee has lower power consumption. Hence, Zigbee is generally used for 24 hours monitor of communication transmission system. The first procedure of the system that we use the biosensor to measure Heart rate and blood pressure from human body using Zigbee the measured signal sends to the PC via the RS-232 serial port communication interface. We can send the signal to remote PC or PDA from the internet. In particular, when measured signals over the standard value, the personal computer will send GSM short message to absent care taker’s mobile phone.
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Patient Health Monitoring in Wireless Sensor Network

Patient Health Monitoring in Wireless Sensor Network

In the recent technology, the sensors that are used are generally tiny, have low power consumption, and are lightweight. WBAN (Wireless Body integrative Network) is designed to use these type of sensors. This kind of low power based sensors are used for transmitting the patient data who are in critical condition. Vital signals are sent with the help of these sensors, which work even from the range of outside the hospital. Zigbee and UWB type of sensors are the ones mainly used in WBAN medical field for health data transmission. These signals are sent over a personal server and is then put through a personal PC, mobile or laptop. The health data then is transmitted to the health care server.
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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

Based on wireless sensor network ZigBee micro array constructed using GSM (Global System for mobile communication) network, CDMA (code division multiple access) network, Ethernet to realize the transmission and control of data, the network can be a star or hybrid topology and wake up on-demand communication module ZigBee, effectively reduce the power consumption of each ZigBee sensor nodes, reduce the probability sensor nodes to the sink node data collision. CMOS image sensor pixel existed in the past, the small signal to noise ratio, low resolution of these shortcomings, has been unable to compete and CCD technology. The paper presents a novel model of ZigBee in wireless sensor network based on CMOS image sensor and BP neural network.
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1 Wire Temperature Measurement System Based on ZigBee Technology

1 Wire Temperature Measurement System Based on ZigBee Technology

By using ZigBee CC2530 wireless networking mode, a reliable and secure data network is designed. Temperature acquisition, transmission and communication with PC are realized. The 1-wire technology is used to transplant the temperature sensor DS18B20 search algorithm program into the ZigBee protocol stack code. It not only completes the temperature measurement of multiple points to be measured, but also completes the wireless transceiver of data. It solves the problem that a large number of codes need to be modified when the sensor needs to be replaced. On PC, the temperature value measured by ds18b20 can be viewed by serial assistant, and the real-time temperature monitoring can be completed. At the same time, the automatic identification of the sensor is realized, and the device can be expanded indefinitely. It improves work efficiency and saves development cost.
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