Implementation Of IoT Research Articles

An Implementation of IoT and Data Analytics in Smart Agricultural System – A Systematic Literature Review

An Implementation of IoT and Data Analytics in Smart Agricultural System – A Systematic Literature Review

IoT Based Event Management System Using RFID

This paper introduces the implementation of IoT based event management system using RFID. These days Security has become crucial in sensitive areas like Meetings and many places where VIPs attend, the event managers need to log the entry of the guests to ensure no outsiders except invites are attending the meet. It’s not easy for a person to manually log the entry of attendees with their entry time, and these days due to COVID-19 Pandemic everything is being contactless so it is not even possible to use fingerprint sensor and the fingerprints of the attendees need to be pre-registered, this may be not possible in many cases. In these cases, the IoT- based Event Management System using RFID plays a vital role in logging the entry of the attendees, this requires no human intervention and ensures contactless procedure. The details of the attendees are encoded in the RFID cards and they are given to attendees as the entry pass to the event, at the entrance the attendees need to place the RFID card before the RFID reader, the RFID reader decodes the information in the RFID Card and displays the name and place of the attendees, using NodeMCU the System can be connected to the internet and data can be retrieved from the ThingSpeak Server which is pre-configured by the event organizers, and the entry time of the attendees will be stored internally which can be retrieved from ThingSpeak Server. IoT-based Event Management System not only tracks the entry log but also sends the log and entry data directly to a dedicated server that can handle all of the authentication, authorization, and management. This helps in monitoring the Sensitive areas and to log the entry of invites.

Developing a europe-Wide large-scale pilot for IOT in agriculture

The Internet of Things technologies have a lot of promise for use in the food and agricultural sector, particularly given the social and environmental problems that this industry faces. IoT technologies have the potential to revolutionize the food industry from farm to fork, contributing to food safety, agricultural input reduction, and food waste reduction. The implementation of IoT-based large-scale pilots (LSPs) throughout the whole supply chain will be a significant step toward wider adoption of these technologies. The difficulties and limitations that an LSP implementation of IoT in this area must address are outlined in this paper. In order to establish a set of technical and agrifood needs, sectoral and technological problems are outlined. We quickly describe an architecture based on a system of systems approach, emphasize the significance of solving the sector's interoperability problems, and discuss needs for new business models, security, privacy, and data governance. Finally, a summary of the technology and solutions used in pilot design for four agrifood domains (dairy, fruit, arable, meat, and vegetable supply chains) is given. Finally, it should be emphasized that for IoT to succeed in this area, a major cultural shift is required.

Design and Implementation of IoT Based Blood Pressure Monitoring Tools

Design and Implementation of IoT Based Blood Pressure Monitoring Tools

WITHDRAWN: A scrutiny of advanced technologies over precision agriculture

Abstract This paper explains the impact and needs of Precision agriculture over-irrigation planning. Aiming at reducing the amount of water consumption and increasing the productivity over the field, a system is designed based on low power, small and robust Wi-Fi micro-controller for IoT application interfaced with a motor pump to proceed with the irrigation process. The Real-time data from the physical sensors as well as the weather forecast from weather API with a delay of 3–4 hrs is collected and transmitted to the base station with the help of IoT. The field is continuously monitored with the help of the real-time sensors and the desired amount of water is released into the field only when it crosses a certain threshold. An additional advantage is that day of irrigation for upcoming days is also set by the user and can be changed depending upon the weather conditions such as if it rains irrigation can be postponed to another day. This paper presents a brief review of many research works and came to a conclusion of a smart irrigation system with the implementation of IoT using a prediction algorithm.

IoT Implementation in Remote Measuring Laboratory VMLab Analyses

The paper presents analyses of the implementation of IoT in the patent technology of the remote measuring laboratory (VMLab). The technology allows to create a new electrical connection between different devices, where the connection diagram was not defined before. This may be done remotely around the world. To begin with, an application of this technology as a remote measuring laboratory is presented and described. Analyses of the possible application of IoT technology in the Remote Measurement Laboratory (VMLAB) with a final design are also presented. The research focuses on an efficient way to retrieve measured values synchronized over the Internet from multiple measuring devices and controllable devices, without an Ethernet or Wi-Fi interface from the manufacturer. The analyses may also be useful when implementing an additional IoT approach to existing systems.

Securing IoT Devices Using Zero Trust and Blockchain

ABSTRACT The benefits ushered through the use of IoT come with its share of security concerns. IoT networks are heterogeneous and existing network security tools and controls are inadequate for them. The IoT devices and the data transmitted to and from these devices remain exposed to a multitude of threats. In this paper, we review the security concerns involved in the implementation of IoT and propose a framework for security of IoT devices based on Zero Trust and blockchain. A risk-based segmentation of IoT network increases the homogeneity of IoT device attributes and communication protocols. Zero Trust extends the perimeter of trust beyond the IT/OT network. Blockchain improves the device identification and access control capabilities of the IoT network. We support the conceptual framework with a case study on the implementation of IoT security using Zero Trust and blockchain. We provide a risk-scoring method and a five-point recommendation for management of IoT security. Our proposed IoT security framework will help implementors of IoT to overcome existing security concerns and will benefit academic researchers and practitioners alike.

모바일 사물인터넷 기반 자동심장충격기 효과 측정을 위한 시뮬레이션 분석

In this paper, we report the process changes and quantitative benefit analysis result when mobile IoT technology is embedded into AED(Automated External Defibrillator) for the emergency heart attack patients. To-be process change versus as-is stand-alone AED is illustrated based on BPMN(Business Process Model and Notation) standard, and ARENA simulation tool is adopted to assess the benefit as for the possible multiple to-be process scenarios. We reference the actual data collected from Centers for Disease Control and Public Data Portal to develop to-be scenarios and simulation modeling. The lead time to dispatch the emergent patients to the hospital, CPR(cardiopulmonary resuscitation) treatment percentage, and survival rate are revealed to be radically improved, which are the benefit accrued by the implementation of mobile IoT based AED. The research result offers useful insight for the recently propagating mobile IoT based business model design and expected benefit analysis.

An implementation of advanced IoT in the car parking system

A number of vehicle clients in this quickly developing economy are rising exponentially, requiring all the more parking spots.Unavoidable Smartphone nearness permits buyers to pick approaches concentrated on portable applications. IoT advancement has made ready for cell phones, remote systems administration, and portable applications to be incorporated. This paper proposes a keen stopping system dependent on IoT the Smartphone Device controls this. It gives both the suburbanite and the vehicle leave proprietor a robust leave response. Administrations are entrusted with holding a parking space, verifying a saved client, recognizing the nearby free space determined by the length of the vehicle, and exploring the leaving opening and figure day by day, week by week and month to month accounts data. IR sensors are utilized to decide if there is a free parking spot. Utilizing Wi-Fi module innovation, microcontroller, and remote correspondence innovation, the accessibility of a free opening with its area data is transmitted to the server and recovered by means of versatile application. RFID label appended to a vehicle is utilized to validate an individual who involves a customary, day by day, week by week, or month to a monthly parking spot. A planning calculation is utilized to decide the closest free space, in Light of scale of the engine. The parking spot owner can measure the amount of free and open spaces for a given time, the rate of occupancy on weekdays and ends of the week and the sum earned for a given period and can utilize it to alter variable stopping expenses. The Mobile App is intended to offer a rich client experience.

Design and Implementation of IoT based Smart System for Controlling Electrical and Electronics Home Appliances using low cost IoT Device and Existing Cloud Platform

Design and Implementation of IoT based Smart System for Controlling Electrical and Electronics Home Appliances using low cost IoT Device and Existing Cloud Platform

Design and Implementation of IoT- based Security System

In current circumstances, one of the biggest problems is the safety of women and assistance in medical field since women are scared of violence and sexual or physical assaults and abuses are increasing day by day leading women hesitating even to step out of their home. The major barrier in the progress of women present condition is the atrocities towards the women and this then leads to injustice between genders, here the value system supports this type of thinking or ideas that is insensitive toward genders as well as androcentric. In India the present scenario deals with thousands of cases of sexual or physical assaults and abuses that takes place even at a crowded place during day and especially at places that are backward or secluded women at night time can't move out. At the present situation of our country the crime that is growing fastest are rape cases along with other crimes. The system for security of women and medical assistance. Here presented a wireless method which will alert and communicate with the secure medium. Along with the audio records this can also store incidents that gets transmitted simultaneously sending the location of the person wearing this to the police. When the sensor kit button is pressed the mobile will record the incident this will store the user's information. Attached recording will also be transmitted to the phone number that is already registered with this data or information. With the help of the mechanism of GPS tracking. Medical assistance protection and women's monitoring will gain efficiency and speed with this data or information. On the phone number that is already registered alert messages with me sent. Due to this without any time loss the victim can receive the required help and this system help the user to save a large span of time.

Crop Recommendation and Automated Irrigation System

The system provides a crop suggestion system which suggests the farmer the most profitable crop they can grow with the available resources, weather condition and market demand. This will be achieved with the help of data provided by the government and other sources. Smart farming also known as precision farming is the implementation of IoT in agriculture with the help of IoT devices, cloud internet and further analysis of data collected for precision farming. Through this system a farmer will be notified time to time about the condition of soil through analysing various parameters in soil like humidity, pH and temperature of the surrounding. With the help of humidity sensor and soil moisture sensor the condition of soil will be monitored and based on the condition, irrigation will be supplied automatically. This will reduce the wastage of water in irrigation and the crops will get precise amount of water supply. We will be using drip irrigation which is an efficient way of irrigation for orchard crops, vegetables, cash crops, flowers, spices, oil seed, forest crops. Integrating the efficient irrigation technique and automating it for precise irrigation will help to maintain the crop health with efficient use of resources. Adding to the irrigation system we also analysed the past crop production, state wise data for predicting the production and profitability of individual crop and suggest them to the farmer so that it will be profitable to farmers.

Design and Implementation of IoT based Smart Surveillance

Design and Implementation of IoT based Smart Surveillance

Identifying and Studying the Interrelationships amongst Various Challenges in Successful Implementation of IoT to Military and Defence Systems in India

Identifying and Studying the Interrelationships amongst Various Challenges in Successful Implementation of IoT to Military and Defence Systems in India

Design and Implementation of IOT Based Smart Water Distribution System

The aim of this project is to manage and plan the usage of water using IoT. This system can be easily installed in residential societies. Water level measurement is very important in some water related fields. This project permits both meter reader as well as individual domestic/ industrial consumers to use regular smart phones. Flow sensor is placed in pipes which continuously inform the water level at the current time to the web server. This information will be updated on the cloud and using an android application, user can visualize the water level on a smart phone anywhere that is connected to internet. So there is a need to monitor and protect the water with a real time water quality monitoring system in order to make active measurement to reduce contamination.

Designing parallel computing using raspberry pi clusters for IoT servers on apache Hadoop

The community has widely used the IoT tool because it makes it easy for users in various sectors. The implementation of IoT does not only require connectivity and devices but also requires a server. Servers that are accessed by many devices will have more and more computing processes on the server. The computing process on the server requires a high-performance but small-sized server device that is easy to connect with other devices. Raspberry Pi, known as an IoT server, is a computer with a small size, cheap, and very energy efficient. The parallel machine was built based on Raspberry Pi using parallel computing technology to have high performance. Nowadays, one of the parallel computing tools is Apache Hadoop. This research using clusters method with four pieces of Raspberry Pi with parallel computing technology using Apache Hadoop tools. Testing is done using Siege tools. The number of requests that used to test web server performance in this research was 10, 50, 100, and 150. The most optimal results are on requests by 50 with an increase of about 260% from a single node to cluster in the measurement of transactions, transaction rates, and throughput. Testing with 150 requests can only increase by 50% to 60%.

Impact of IoT on the automation of processes in Smart Cities: security issues and world experience

The idea of Smart Cities is inconceivable without automating the basic services and processes such as traffic, communication, and data sharing. It is imperative for smart cities to make use of all the fluid connections that IoT offers in order to achieve its goal of providing quality life to people living in it, through the incorporation of smart technologies. Smart cities seek to connect anything that has an on and off switch to an integrated network that contains all the devices connected to the internet, from toasters to rigs in oil fields. This research explores security issues of IoT and considers the best practices if implementation of IoT in different countries around the world.

Application of Internet of Things in Cell-Based Therapy Delivery: Protocol for a Systematic Review.

BackgroundInternet of Things (IoT), or Industry 4.0, represents a smart shift to more interconnected manufacturing processes where individual entities within the supply chain communicate with each other to achieve greater flexibility and responsiveness in general manufacturing and leaner manufacturing to reduce the cost of production. IoT has become instrumental in driving leaner manufacturing and more efficient systems in other industries such as transportation and logistics. Cell-based therapeutic products could potentially transform various diseases; however, the delivery of these products is complex and challenging.ObjectiveThis study aims to understand the applicability of IoT in cell-based product supply chains and delivery.MethodsWe will search Medline, EMBASE (OvidSP), Web of Science, Cochrane Library & HEED, Scopus, ACM digital library, INSPEC, ScienceDirect, and the IEEE Xplore Digital Library for studies published after 2008 using a combination of keywords and subject headings related to IoT used in cell therapies. Additionally, a Google search to identify gray literature will be conducted. Two authors will independently screen the titles and abstracts identified from the search and accept or reject the studies according to the study inclusion criteria. Any discrepancies will then be discussed and resolved. The quality of the selected literature will be assessed using the Critical Appraisal Skills Programme systematic review checklist.ResultsData from eligible publications will be abstracted into a predesigned form to map the current and future directions of the technologies, applications, benefits, and challenges in the implementation of IoT in regenerative medicine. This study will be published in a peer-reviewed journal in accordance with the Preferred Reporting Items for Systematic Reviews and Meta-Analyses guidelines. This systematic review will be executed by June 2020, and the completed review will be published in a peer-reviewed journal to inform future developments in IoT application for the delivery of cell-based therapies.ConclusionsThis review paper will provide an overview of all technologies available in the area and inspect the current IoT applications in cell-based therapies to identify the benefits, challenges, and future directions of using IoT to allow safe and cost-effective delivery of cell-based therapies.International Registered Report Identifier (IRRID)PRR1-10.2196/16935

Implementation of Iot Based Monitoring and Controlling Solar System

The IoT based system sense, controlled or monitoring remotely to the existing over network structure. With help of IoT creating connectivity computer operated system. The IoT based monitoring and controlling solar system using this system online display uses of power, voltage, current, temperature, weather condition, tracking sun light and dust cleaning with help of wipers. All this monitoring and controlling is done through ATmega328 controller, ModBus to TTL convertor, ESP8266, etc. using this system monitoring to the analysis of the daily uses of data and controlling solar wipers and sunlight toward movement of solar panel.

Implementation of IoT as an Android-Based Monitoring Fee Payment System

In a boarding house, there is a boarding house owner/manager who monitors and supervises. For tenants, you can make payments only when meeting with the boarding house owner/manager. In practice, boarding house owners are not always in the boarding house so there is a difficulty in monitoring the boarding payments for each room. The purpose of this final project is to make a tool to be able to monitor and manage boarding through the android smartphone media. In this system, boarding house owners can find out the payment status of each room and tenants can also find out the remaining rental time. This system is also installed with a doorlock solenoid which can be controlled by the boarding house owner via the Android application to open and close the boarding house door if the tenant has/has not made a payment. The process of sending data from the device installed in the room to the Android smartphone using an intermediary NodeMcu and sending data to Firebase so that the status can be monitored in realtime. In each room there is also a notification system in the form of an LED light. The LED light will give a warning about the remaining time of the boarding house rental. The conclusion in this final project, the application can perform monitoring realtime and tenants can control the solenoid with an average delay of 1m 68s. For sending data from hardware to the database, it has a delay of 0.2139673s which is quite good.