Что такое Интернет-проекты, Web? Интернет-проекты, Web — это… Расписание тренингов. Все Тренинги .ру

Интернет-проекты, реализуемые во всемирной паутине Web — это разнообразные коммерческие, социальные и другие виды проектов, которые позволяют достигать заявленных целей, используя широкие возможности современных информационных технологий, представленных в Интернет.

Интернет-проекты можно разделить на такие направления как:

• Бизнес и работа;
• Виртуальные миры и путешествия;
• Интернет-магазины;
• Музыкальные порталы;
• Онлайн-обучение;
• И многие другие.

На сегодняшний день пожалуй нет ни одной сферы деятельности, которая бы не получила свою реализацию в виде Интернет-проектов. При этом постоянно появляются и реализуются новые идеи, касающиеся того, как ещё Интернет может облегчить нашу жизнь, сделать её более интересной и эффективной.

Создавая Интернет-проект нужно понимать, что несмотря на кажущуюся простоту его реализации — например, создать сайт с помощью специальных конструкторов можно буквально за несколько минут — реализовать эффективный проект, который будет интересен и полезен людям весьма сложно.

Согласно статистике, множество начинаний в Интернет так и не доводятся до логического конца, и основной причиной подобной ситуации является игнорирование технологий управления проектами. Прежде всего, принимая решение о реализации нового проекта в Web, нужно оценить его целевую аудиторию, подробно проанализировать её состав, интересы. Стоит особое внимание обратить и на конкурентов, уделив время анализу их сильных и слабых сторон: велика вероятность, что гениальная идея задуманного вами Интернет-проекта, уже была ранее неоднократно реализована.

Большую роль в эффективности Интернет-проектов играют используемые технологии. Вопреки расхожему мнению, качество проекта не всегда определяется тем, что он использует самые инновационные технологические новшества. На самом деле, главное, чтобы проект удовлетворял интересы своей аудитории, был удобным и понятным для неё. Здесь большую роль играет такой фактор как юзабилити — удобство использования.

В завершении нужно сказать несколько слов о таком ключевом моменте как продвижение Интернет-проекта в Web. Не стоит надеяться, что для привлечения аудитории достаточно создать великолепный проект. Раскрутка проекта в Интернет — это целая наука и даже искусство: при креативном и грамотном подходе можно добиться широкой известности проекта, при минимальных затратах. С другой стороны, бездумное инвестирование в продвижение может дать только краткосрочный эффект, который не окупит вложений.

Интернет-проекты — это уникальная возможность для самореализации людей, общения с единомышленниками, а также, что немаловажно, получения прибыли. Существует множество примеров, когда Интернет-проект, начинавшийся как любительский, практически без инвестиций, всего через несколько лет становился всемирно известным и высокодоходным бизнесом.

8 идей проектов для практики веб-разработки

Подготовили подборку небольших открытых проектов для всех, кто ломает голову, что бы такого сделать для практики навыков веб-разработки.

Написать собственный томатный таймер хорошая идея хотя бы потому, что он вам еще пригодятся. В часах есть все что нужно – время пауз регулируется, как и время работы. От себя можно добавить, например, звуковое оповещение или возможность прерывать любой из циклов.

https://codepen.io/freeCodeCamp/pen/aNyxXR

Небольшой проект, который показывает случайную цитату из подготовленной базы и позволяет расшарить ее в соцсетях.

https://codepen.io/hezag/pen/ZGxOLX

Классический пример для практики – калькулятор. Только на этот раз совсем как настоящий.

https://codepen.io/freeCodeCamp/pen/rLJZrA

Классическая игра крестики-нолики с режимами игры против компьютера и против другого игрока. Игрок имеет возможность выбрать для игры крестики, либо нолики. Проект поможет для практики с различными алгоритмами, которые нужно реализовывать для ботов.

https://codepen.io/freeCodeCamp/pen/KzXQgy

Небольшой браузер статей для Вики с поиском. Проект поможет для практики работы со сторонними api, алгоритмами и паттернами.

https://codepen.io/freeCodeCamp/pen/wGqEga

Легкая страница, показывающая данные о погоде в регионе пользователя. Этот веб-проект поможет для практики работы со сторонними api и геолокацией. После создания анализа погоды, можно добавить множество других полезных функций для практики.

http://codepen.io/freeCodeCamp/pen/bELRjV

У популярного стримингового сервиса тоже есть открытое api, работу с которым можно попрактиковать. В примере показана работа небольшого виджета, который выводит на страницу список каналов и имеет вкладки-переключатели, чтобы показывать какие из каналов сейчас находятся онлайн или офлайн.

https://codepen.io/freeCodeCamp/pen/Myvqmo

Маркетинг вашего проекта: большая подборка полезных сервисов

164 крутых опенсорс проекта для новичков

90000 Best Internet of Things (IoT) Final Year Project Ideas for Engineering Students 90001
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90002 IoT is trending and it has created a lot of buzz in the industry. Most of the companies have already started to implement this technology in their business processes. Due to this, there are a plethora of employment opportunities in the near future. 90003
90002 Engineers who possess skills in IoT have an upper hand in grabbing these opportunities.To develop skills in IoT, all you need to do is build projects hands-on. By building projects, you not only gain practical skills but also learn the concepts of it, this is extremely important because industries today need problem solvers not just text book experts. 90003
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90002 Read more .. 90003
90012 «As the Internet of Things (IoT) technology advances, the very notion of a clear dividing line between reality and virtual reality becomes blurred, sometimes in creative ways.»90013
90002 Internet of Things (IoT) is an upcoming technology that transforms everyday physical objects into an ecosystem that would enrich our lives and make it simpler. From washing machines to garage space in houses, IoT technology is bringing a large number of day-to-day objects into the digital fold to make them smarter. It is also evident that the IoT technology is going to transform into a multi-trillion dollar industry in the near future. 90003

90002 With such wide offerings and futuristic scope, this innovative technology serves as an effective platform for you to build your final year engineering projects.90003
90002 Doing final year engineering project on IoT will not only help you to develop skills on this innovative technology but also makes you to stay ahead of your peers in your core job placements & higher studies admissions. 90003

90020 So, what are the simple IOT projects? 90021
90002 Since IOT is an emerging technology most of the engineering students think that doing final year engineering projects on IOT is tough and complex. 90003
90002 But, it is not the real scenario.90003
90002 IOT projects still uses simple electronics concepts that we have been using in the past couple of years. Only difference is that, here we are integrating the project with a cloud platform to get the data realtime and make some operational analysis. 90003
90002 So even if you are a beginner, do not worry about the complexity involved in doing the IOT projects. For amateurs, there are a number of simple IOT projects to begin with. 90003
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90020 Latest projects on Internet of Things 90021
90002 Want to develop practical skills on Internet of Things? Checkout our latest projects and start learning for free 90003

90008
90002 Following are the simple IOT projects which you can learn and build at ease for your engineering projects.90003
90020 1. Arduino based IoT Projects: 90021
90002 Arduino Board is an open source platform that is available for all the enthusiasts & hobbyists around the globe to build and develop cool electronic projects. You need to realize that Arduino is a microcontroller, not a full-fledged computer, so you need to integrate the Arduino with WiFi modules, motor drivers etc. for the proper functioning of the IOT system. ESP-8266 is the most commonly used WiFi module to integrate the system onto the cloud and facilitate the data transfer.Arduino also serves as an effective platform for you to integrate a lot of sensors and modules onto it.

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90002 Some of the innovative Internet of Things (IoT) Engineering Final Year Projects that you can develop using Arduino are: 90003

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90012 Did you know 90013

90002 Skyfi Labs helps students learn practical skills by building real-world projects. 90003
90002 You can enrol with friends and receive kits at your doorstep 90003
90002 You can learn from experts, build working projects, showcase skills to the world and grab the best jobs.90008 Get started today! 90003
90008
90020 2. Raspberry Pi based IoT Projects: 90021

90012 Fun Fact: Raspberry Pi is so small and well-designed that there are no moving parts that can lead to noise. 90013
90002 Raspberry Pi is a complete Linux computer and can provide all the expected abilities of a computer / laptop, at low-power consumption level. On comparison with an Arduino Board, Raspberry Pi is a fully functional Linux computer whereas Arduino is only a micro controller so integrating wireless modules, motor drivers is not necessary while doing projects with Raspberry Pi.Since Raspberry Pi is an open source hardware, you can use it to develop more exciting projects on IoT and the applications of this device are endless. 90003
90002 As Raspberry Pi greatly influences the evolution of next generation mobile systems and automation technologies, you should work on this platform to design new applications and improve your skill sets to stay updated with the advanced technologies. 90003
90002 Some of the engineering projects that you can build on Internet of Things (IoT) using Raspberry Pi are, 90003

90020 3.IoT based Automation Projects 90021

90002
Today, automation is being practiced extensively on all the core industries to reduce the manual effort that is going into the production process. As automation greatly helps in reducing the errors and increases the efficiency of production, many core industries are starting to adapt these systems onto their operations.
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90002 With the advancement in IoT, industries will be able to control or operate various equipment, machinery, automate industrial processes and other applications using various control systems with very less or no human intervention.90003
90002 Some of the innovative Internet of Things (IoT) based Automation Engineering Final Year Projects that you can build are: 90003

90073
90074 Automatic Street Lighting system using IoT 90075
90074 Smart Building Project using PIR 90075

90074 Automatic Smart Parking System using Internet of Things (IOT) 90075
90074 IoT Based Raspberry Pi Home Automation 90075

90074 IoT Home Security Model 90075
90074 IoT Vehicle Simulation System 90075

90074 Automatic Smart Parking System using IoT 90075

90074 Smart e-Health Gateway 90075
90074 IoT based Biometrics 90075
90074 Internet of Things Based Architecture of Web and Smart Home Interface 90075
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90020 4.IoT based Wireless / GSM Projects 90021

90002 With IoT based Wireless / GSM projects we can achieve remote monitoring through SMS or perform any desired action / control devices from a remote location. Using this technology we can make all the equipments more digitized and more connected, establishing networks between machines, humans, and the Internet. These technologies are preferred by the industries of now to achieve higher productivity and better energy efficiency.

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90002 So doing IoT projects on this domain will help you to stay updated with the latest technologies and helps to equip yourself with the necessary skills that are needed for core jobs.Some of the IoT based Wireless / GSM projects that you can do are, 90003

90020 Skyfi Labs for Final Year Engineering Projects on Internet of Things (IoT) 90021
90002 To help you in building good final year electronics projects, Skyfi Labs has developed Online Project Based Courses by which you can learn and build innovative IOT based projects at your own pace and time. These courses are equipped with Learn-Do-Review methodology that ensures proper learning.And the hardware kits required to build the project will be shipped to your doorstep. These courses also give you the opportunity to innovate and redefine the projects under the expert’s guidance from Skyfi Labs. Certificate with unique codes will be provided for all enrolled after successful completion of the project. 90003
Learn to Build Final Year Engineering Projects on Internet of Things (IoT) using Skyfi Labs Online Project Based Courses. Click here for more details.
90020 Leave your comments below.. 90021 90107 Best Internet of Things (IoT) Final Year Project Ideas for Engineering Students 90108

Skyfi Labs

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Published:
2017-07-23 •

Last Updated:
2020-07-05
.90000 Top 60 Best IOT Projects List 2020 Topics Ideas With Source Code 90001

90002 #TrendingIOTProjects 90003

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90006 Need Custom Made IOT Based Project / System? 90007
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90008
Nevonprojects brings you the collection of latest IOT projects and ideas for 2019 with free synopsis, ppt and documents using arduino, microcontrollers and raspberry pi. Our list of IOT projects brings the internet of things concept to reality through proven demonstrations.IOT or internet of things is an upcoming technology that makes use of internet to control / monitor electronic / mechanical devices, automobiles and other physical devices connected to the internet.
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90008 These iot projects using arduino and the iot projects using raspberry pi board are an inspiration to students and researchers for further iot research. Our researchers focus on the use of IOT for home / industry automation and monitoring various physical parameters over the internet. Here you may find a wide list of projects related to internet of things along with free synopsis abstract, PPT and source codes for building up practical IOT knowledge.90010 IOT is an expanding domain and our IOT projects help you stay ahead in the game. Keep visiting us for the latest in IOT technologies. Our research is based on constant search of iot based project ideas for an better future. Above list of iot projects also serves as a source of new ideas for research by students, researchers and IOT enthusiasts. Internet of things allows us to get control over physical sensors as well as motorized devices through internet. Making use of arduino, raspberry pi and microcontrollers, our iot projects concentrate on integrating more and more physical devices over the internet.Nevonprojects has a great variety of IOT based systems developed from years of research in electronics and software engineering. So keep visiting this page from time to time for newer IOT project ideas every week. 90010 Our researchers constantly research on innovative IOT based projects ideas and topics that are yet to be implemented. With the emerging possibility of connecting more and more hardware to the internet, our research on iot projects is never ending. We constantly research on newer and better iot project using arduino and ras pi ideas every month.90010 IOT gives user the ability to control more than digital things easily through a comfortable GUI over the internet. We are amongst the pioneers researching in the field of internet of things. Our efforts concentrate on researching innovative iot projects that could benefit mankind. Our IOT systems are well researched ideas that help you bring innovative IOT projects to life. 90010 These internet of things projects have been proposed on existing system improvements and new innovative solutions to different problems.90011

.90000 TOP 200 IoT Projects for Engineering Students 90001

90002 This blog post summarizes the Internet of things based projects for engineering students 90003

90004 90005 TOP 200 IoT Projects for Engineering Student 90006 90007

90002 Internet of things (IoT) is an advanced technology that makes our lives simpler and happier. With the rapid increase in the number of users of the internet over the past decade has made the Internet a part and parcel of life, and IoT is the latest and emerging internet technology.IoT Technology waves us to the world where we can connect, interact and command any Device using the Internet. It is a Giant Network of connecting things and people. With this simple and powerful technology, we can make many amazing projects to control any electronic devices at home or in Industries. We made those projects it’s Your time … Check out 200 New Real-time project ideas Now … 90003

Click here for Video Demo

90002 If you want to know the temperature / Humidity of your home on a real-time basis, You can see it in your smart mobile whenever you want and where ever you might be the information reaches you with a single click.Is it not interesting, All such can be done with devices which report you. In Our project we used the DHT11 sensor for sensing temperature and humidity, Arduino microcontroller is used to control the devices and ESP8266-01 as the Wifi module which has the facility to upload data to IoT cloud (Thingspeak). 90003

90002 https://www.pantechsolutions.net/iot-based-humidity-and-temperature-monitoring-using-arduino-uno 90003

90002 As the scope for Automation is increasing, many industries and organizations are looking over a better option that can be only IoT.This project helps you in weather reporting. We used many sensors that can help in sensing all-weather monitoring parameters and RaspberryPi gathers all the information from them and uploads it to the Thingspeak cloud which is a wonderful application platform for IoT, where you can see the report that sensors send you. 90003

90002 https://www.pantechsolutions.net/iot-weather-reporting-system-using-raspberry-pi 90003

90002 IoT technology spread its wings to the Medical sector to save many lives.The aim of developing this project is to monitor the health condition of a person anywhere and send the information to a specialized doctor to check up. Using this frequency of visiting doctor decreases. We developed a project using Wearable sensors with solar harvesting and Bluetooth low energy transmission that creates a wireless body area network (WBAN). Using this project you can detect the heartbeat, Blood pressure, hemoglobin content, etc., All these reports can be used for analyzing a person’s health.90003

90002 https://www.pantechsolutions.net/iot-connected-healthcare-applications 90003

90002 As the population increases the effort on Traffic is also increasing. In many metropolitan cities, it is being difficult for the traffic Management team to control it. So, IoT can help the traffic system to be automated and monitor the traffic status using the internet. We can also extend these applications to coordinate the ambulance according to the traffic status. We have used RaspberryPi and Camera to monitor the traffic in real-time and upload the report to the traffic control officer’s panel.90003

90002 https://www.pantechsolutions.net/iot-based-intelligent-traffic-management-system 90003

90002 With the increase in usage of vehicles, Parking space is very difficult to find. we need to use the human effort to check where to park our vehicle. To overcome this problem we developed a Smart Parking system that shows you space to park your vehicle. Here our car will have an RFID sensor for vehicle identification. Whenever a vehicle need to be parked in the parking slot you can check the status of the available slot on a web page and place your vehicle there.Really Smart …. 90003

90002 https://www.pantechsolutions.net/iot-based-smart-parking-system-using-rfid 90003

90030

90031 Click here for Top 200+ Raspberry Pi projects based on 13 categories in 2019 90032

90030

Click here for Video Demo

90002 Every living organism needs food to live, We can not imagine life without Irrigation. If everything gets automated even irrigation systems also need to be. We have developed a Smart Irrigation system using the concept of IoT.As we know farming has different stages, To help these farmers in understanding the climatic conditions, the moisture content in the soil and to make their decisions easy we have developed Smart Irrigation System using IoT. We used different sensors that sense temperature, moisture and humidity of the agricultural area. Information on all sensor nodes is collected by the ZigBee module and transmits the data to microcontroller connected with the wifi module that uploads the report on the cloud where a farmer can monitor those parameters in their Smartphones or PC on daily basis and take necessary steps to make their agriculture farm grow smart … 90003

90002 https: // www.pantechsolutions.net/smart-irrigation-system-using-iot-and-cloud 90003

90002 We have developed cities that has many facilities for making people’s life simpler, But still, Waste management is a big challenge as the population is increasing day by day. We see the municipality waste management team monitoring all the dustbins every day even the dustbin is not filled. Let’s help them to be smart using IoT, this project acts as a waste management guard at every dustbin. Whenever the dustbin is about to fill it sends information to the team to collect the waste and also differentiates wet and dry waste.This is our smart way of protecting the living environment with garbage. 90003

90002 https://www.pantechsolutions.net/iot-based-smart-waste-management-system-for-smart-city 90003

Click here for Video Demo

90002 In many industries, Temperature is a very important parameter and they will be using big servers to store the monitored data on a daily basis. Building a cloud-based temperature monitoring system is the best way to store data on a cloud and can have access to monitor the temperature anywhere in the world.We used SPARTAN3AN STARTER KIT which is connected with the temperature sensor and Wifi module-ESP8266 that helps in uploading the information to store in the cloud that prevents data loss. We use technology to build Smart solutions. 90003

90002 https://www.pantechsolutions.net/fpga-projects/build-a-cloud-based-temperature-monitoring-system-iot-using-spartan3an-starter-kit 90003

90002 Energy consumption and management are a major task for people to lighten up our next generation’s future.We waste electricity, Let’s be smart enough in reducing energy consumption. In this practice, we developed automatic street lights that act smart using IoT. Our project Street light intensity gets changed along with the environment. If you walk at night the intensity will be high and morning it falls to the minimum. We can monitor this using your smart gadgets. Thingspeak cloud is used as IoT platform and Arduino Uno and Raspberry Pi along with light sensors are used to be Smart. 90003

90002 https: // www.pantechsolutions.net/iot-based-smart-street-light 90003

90004 10. IoT Based Smart Grid System 90007

Click here for Video Demo

90002 An IoT Project that can monitor the energy consumption of your Devices with a Smart Energy Meter which tells you the amount of energy consumed by a particular device. With this Project, you can also Operate your Devices using IoT. 90003

Click here for Video Demo

90002 This project is used to test the quality of the water and sends the data to the cloud 90003

90004 12.IoT Smart Home automation using Node MCU 90007

Click here for Video Demo

90002 As the technology is Developing everything is getting Automated, In this part, Home Automation is one of the ruling IoT applications. In this project, we have developed Smart Home Automation using Node MCU. Node MCU is one of the IoT platforms that has inbuilt wifi in it-ESP8266Wi-FiSoC. 90003

90004 13.Fault Diagnosis and small wind turbine monitoring 90007

Click here for Video Demo

Click here for Video Demo

90002 This project contains node MCU and fire sensors, connected to the thingspeak cloud, a Matlab code was running on the things speak server to predict the data from various fire sensor and send email and SMS using IFTTT 90003

90002 https: // www.pantechsolutions.net/forest-fire-detection-and-prediction-using-nodemcu-with-iot 90003

90002 This project is to develop a smart umbrella system using IOT, which can measure rainfall and it can predict the weather condition with the notion in your smartphone. It’s about the real-time weather condition and it can be designed using Raspberry Pi. 90003

90002 This project presents an idea to design a Smart Cradle System using IOT which will help the parents to monitor their child even if they are away from home & detect every activity of the Baby from any distant corner of the world.It is an innovative, smart & protective Cradle System to nurture an infant in an efficient way.In this proposed system, both sensors and forecasting cloud is used, so that resulting data having high accuracy about the children condition, also we are using surveillance of the children using camera from a Wide Area Network (WAN) which can be viewed in the Web Application and also can control the situation from a remote area anywhere from the world. 90003

90002 Building a cloud-based Fire monitoring system is very important to reduce the cost of maintaining servers, to avoid data losses and to make access easy with multiple internet-connected devices (computer, tablet, mobile phone) at the same time anywhere in the world.Using the Internet of Things (IOT). Here, we are going to design a fire detection system and data to upload it to a ThingSpeak cloud using FPGA 90003

90002 Building a cloud-based gas monitoring system is very important to reduce the cost of maintaining servers, to avoid data losses and to make access easy with multiple internet-connected devices (computer, tablet, mobile phone) at the same time anywhere in the world. Here, we can read gas leakage in industries at a time we can measure and upload it to a ThingSpeak cloud using FPGA and ESP8266- module.FPGA KIT fetch data of different gas sensors like MQ5 sensors and Process it and give it to an ESP8266 Module. 90003

90002 In this project iot concept is implemented on the agriculture field, to increase the yield of crops.here we connect different sensors and send the data to the cloud and monitor and predict data using Matlab. 90003

90002 The efficient use of energy becomes more crucial when an increase in the cost of energy is observed. Since energy management is required to define the amount of consumed energy in a specific period of time, the utilization of Energy Meters is essential.It is possible to measure the consumed energy by using a simple energy meter. But sometimes the limited functionality of these meters restricts their area of ​​application; especially in inaccessible positions or in situations where visibility of the meter is poor, it is not possible to use such an appliance. A possible solution is a Wireless Energy Meter (WEM) which is able to send its data via wireless communication to an IOT where monitoring and analysis of the data will be easily made. 90003

90002 This project uses water level monitoring using ultrasonic sensor and FPGA, Data was sent to clould, you can turn on or turn off the valve of a particular tank online.This project uses spartan 6 FPGA starter kit and wifi module, you can have connected 10-20 ultrasonic sensors to the kit.it could also have multiple nodes from various location.We use thinks to speak cloud to get the data from the FPGA. 90003

90002 In this project temperature, humidity, moisture, and other data or upload to the kit.Users can select the threshold if they want to send SMS or email when particular data exceeds.This project uses Spartan 6 FPGA and esp wifi module. 90003

90002 Brain-Computer Interface technology is innovated to the analysis of the brain to predict human thoughts or to control applications using the brain.As the next stage of analysis based on Machine Learning to our Brain, we need data logs of our Brain parameters, so we need the logs of data which should contain Brain values. This can be done by using Raspberry Pi to take values ​​from the Brain and to uploading the Brain values ​​in Raspberry Pi. 90003

Click here for Video Demo

90004 24) Smart Irrigation using Raspberry PI 90007

Click here for Video Demo

90002 In this project, we use two soil moisture sensor and solenoid valve.Raspberry pi gets the weather data from the cloud and checks for the rain possibility, it also checks the field data, depending upon the soil data it will turn on the motor.90003

90002 In this paper, we going to make a robot for monitoring family activities and also to monitor the health of the family. 90003

90002 Due to global warming and climate changes, there are challenging situations in the coal mine. To reduce the cost as well as to improve productivity along with product quality the automation in the field of a coal mine is necessary, which will also reduce the mineworkers ‘efforts. This project proposes a design of an IOT system with the MQTT protocol, with the help of the Raspberry pi controller which is able to monitor the temperature, humidity, gas, and status of smoke in an underground mine.This system utilizes low power, cost-effective Raspberry pi, a temperature sensor LM35, humidity sensor SYSh320, smoke detector, gas sensor for sensing the mine climate parameters and Wi-Fi for remote logging of data at a central location to control the climate state . Every sensor values ​​get reported through the MQTT protocol at every certain interval of time. If there is any sudden increase in any of those sensor values ​​along with data log, ten seconds of video has been captured and sends to the server’s mail.90003

90002 In this proposed system, we are having a database of authorized person list by registering their faces by entering OTP, so that non authorized person can not able to enter the home until they enter the correct OTP. Whenever some person pressing calling bell switch, the camera gets triggered and capture the image of the intruder and checks that the image to the database, if that face is not matching with the database, it sends an email containing that intruder image and OTP, when intruder type the OTP by the owners ‘knowledge then it authenticates the user to enter.90003

90002 In our proposed system a basic home automation application on Raspberry Pi, which is automatically turned ON when NFC band is within the range and turned OFF automatically when it is out of range. So home automation becomes further advantageous using the NFC band.NFC-Near Field Communication is a set of the communication protocol used for exchanging the data between two devices, here it is not needed to be paired for every time. Normally, if Bluetooth is turned ON it, always looking for Nearby devices for every certain interval of time, by using this technology, when the users NFC band comes into the range, Bluetooth will identify the band, by identifying that state we just turned ON of all Home appliances.The range of the device can be configurable through the program, based on the room size. So that it will be switched at the right range either IN / OUT. 90003

90004 29) MQTT Home automation using Raspberry pi 90007

Click here for Video Demo

90002 This project controls home using a lightweight protocol using the raspberry pi.The main advantage of this project is, you can control the home at low internet speed.Data transmission will be faster than the HTTP protocol. 90003

90002 In this project, we monitor the water quality by connecting the PH sensor, conductivity sensor and turbidity sensor which is collected in raspberry pi and uploaded over the Cloud for analysis.In the proposed system the same setup, we have from the Existing system but we have to add a Flow sensor and a Solenoid valve. The purpose of using the flow sensor is to find out How much water is consumed by each house. And solenoid valve is to the Automatic Closing of the pipe. This whole system will act as a water quality and Water regulated supply system. 90003

90002 In this proposed method, every morning at specific time system gets ON and says the date time and weather with welcome note and also whenever user go in front of the camera it will look for the face of the user, if it matches with the user , it displays time, date and weather in a mirror display and also it says as a voice output.90003

90002 In this proposed system, waste is managed in two different waste accordingly i.e. dry and wet. In this system, the speed of the network does not matter as MQTT is a very lightweight protocol that will work with low internet speed also with a high-speed transfer of data. Automation i.e. machine to machine communication without any involvement of the human. 90003

90002 Raspberry Pi connected to the Network, which is programmed for receiving chats from the Telegram app, whenever we send messages to the configured number to switch on the light as chat lights get turned on similarly appliances can be turned off by sending OFF chats.Command chats can be configurable. 90003

90002 This Raspberry Pi industry monitoring system which having some sensors, taking sensor values ​​and converting using Analog to Digital, then for data logging which will be helpful to review the industry parameter, instead of data log manually, every data values ​​will be uploaded to Google sheets which already get authenticated and by generating JSON file for every individuals. 90003

90002 The aim of this project is to decrease power consumption for delay-sensitive and delay insensitive traffic.A fuzzy rule table is constructed with the prediction of the average inter-arrival time of frame on the basis of outcome sleep time and power is evaluated. The proposed method offers effective power efficiency than the previous inter-arrival time method using Raspberry Pi. 90003

90002 The aim of the project is to control the devices or equipment’s from the remote place through a web page. Here all the devices, which are to be controlled, are connected to the ARM 7 Evaluation Board. The web-server circuit is connected to LAN or Internet.The client or a person on the PC is also connected to the same LAN or the Internet. By typing the IP-address of LAN on the web browser, the user gets a web page on screen; this page contains all the information about the status of the devices. The user can also control the devices interfaced with the web server by pressing a button provided on the web page. 90003

90004 37) Web server using PIC16F877A 90007

90002 The aim of the project is to control the devices or equipment’s from the remote place through a web page.Here all the devices, which are to be controlled, are connected to the PIC evaluation board and serial ethernet board. The web-server circuit is connected to LAN or Internet. The client or a person on the PC is also connected to the same LAN or the Internet. By typing the IP-address of LAN on the web browser, the user gets a web page on screen; this page contains all the information about the status of the devices. The user can also control the devices interfaced with the web server by pressing a button provided on the web page.90003

90004 38) Accessing Attendance Of An Organization Through IOT 90007

90002 This paper proposes an approach that can be applied in Universities, schools, colleges, and various Organizations. With the aid of Proposed work employees can be monitored automatically without any conventional methods and at a reasonable price compared to already existing programs. The proposed work depends on smart devices that are inclined to members of schools, organizations, where each smart device has a special MAC (physical) address.Students can be connected to the application through MAC address and results can be saved finally, we can generate the report on a daily or weekly or monthly basis. The proposed system consists of two parts; the first one is a website, which can be accessed through the main screen of the system management like registration of student data, adding the admin to the system and so on. The second part is a system work environment which is a controller (Raspberry Pi) and running the main script of the system.Finally, results can be obtained automatically based on students ‘MAC addresses. For some exceptional cases, an Android application has been developed for admin to update all future plans. At present, the system can be operated by itself and also can be a part of other integrated systems. 90003

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90002 Raspberry Pi projects 90003

90002 It contains about 10 Categories of Raspberry Pi project includes IoT, ROS, Computer Vision, Chatbots, Robotics, Electrical etc. 90003

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90002 AI Projects 90003

90002 It gives you the list of AI projects based on Matlab, Python (with and without hardware) 90003

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90002 Robotics projects 90003

90002 In this category you will have several ideas for doing robotics projects, including ROS (Robotic Operating System) 90003

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90002 DIY Boards, Sensors & Modules 90003

90002 Are you looking for Boards, Components like sensors for your project ??? Buy at one place, with technical clarification regarding your components, Buy what exactly you need ….. 90003

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90002 FPGA projects 90003

90002 Do your deep learning project in FPGA with the help of PYNQ FPGA boards. 90003

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.90000 Networking Projects — 1000 Projects 90001
90002 The purpose of this Computer Network-Project is to implement a simplified web system. The system consists of three programs, the DNS server program, the Web server program, and the client program. The client program consists of two parts, a browser simulator and a client program for system testing. 90003
90002 90005 Domain Name Server 90006 90003
90002 In Internet, packets are routed based on the 32-bit destination IP addresses. However, these numerical addresses are inconvenient for users and applications.Instead, hostnames that consist of strings separated by periods are used. Using hostnames instead of IP addresses has another advantage, namely, transparency. For example, a Web site IP address may change if a different company is hosting the content, but the hostname can remain the same. The translation of hostnames into IP addresses and vice versa is coordinated by the domain name system (DNS). DNS is a hierarchical name space that can be represented by a tree (see the following Figure). The root of the tree is an unnamed node.The first layer of the tree contains the top-level domains. The second-level domain names are given to individual 90003
90002 companies, institutions, and / or organizations. Various levels of subdomains further divide a domain. DNS is a distributed database that consists of a hierarchical set of DNS servers. More specifically, there is a DNS server associated with each node at the root, top-level, and second-level domains. The DNS servers for the second-level domains serve both 90003
90002 iterative and recursive DNS requests.For example, a client in local domain may query its local DNS server (say 90013 S 90014) for a hostname «www.yahoo.com» using a recursive request. 90013 S 90014 will search its cache (not the mapping table) for a match. If such match does not exist, then it sends a query to the root DNS server to get the IP address of the DNS of the «com» domain. Then 90013 S 90014 queries «com» domain DNS to get the IP address of the DNS of the «yahoo.com» domain. Finally, 90013 S 90014 queries the «yahoo.com «domain DNS to get the IP address of» www.yahoo.com «. After getting the mapping, 90013 S 90014 adds the entry to its cache for future accesses. Actually, if 90013 S 90014 already has a cached entry for «com» domain DNS server, then there is no need to go to the root DNS server. 90003
90002 90005 Web System 90006 90003
90002 In the Web system, a client (browser) sends a Web access request to a Web server to access a web page. The Web server, in turn, receives the request, parses it to identify the file to be accessed, and transfers the file to the client (or sends back an error message if the request is not correct or the file it accesses does not exist) .A Web access request is specified by a URL and HTTP protocol is used for the handshake between the client and the server. A URL consists of two parts, a host name and a file name. The host name is the name of the Web server and the file name is the Web page to be accessed. When a browser gets a URL, it separates the URL into host name and file name. It sends the host name to DNS server to obtain the corresponding IP address of the Web server. Then, it sends the file name to the 90003
90002 Web server with the IP address returned from the DNS server.Subsequently, it receives the response from the Web server and displays the returned content or error message. 90003
90002 In an older version of a web server program, a TCP connection is opened to accept the client connection requests. When a connection request is accepted, the server spawns a thread to receive the subsequent HTTP requests, process them, and send back the responses. This approach incurs high overhead for thread creation and disposal. Thus, new Web server programs use thread pools to handle client requests.A thread pool consists of multiple threads that are created up front. When a user requests for connection, an idle thread is chosen to establish the connection with the user and process subsequent requests. The 90003
90002 number of threads in the thread pool can expand and shrink, depending on the load of the system. For a Web site with high hit rate, one Web server may not be sufficient to handle all the client accesses. Multiple Web Servers are frequently used to share the load. However, a mechanism is needed to allow the client to transparently connect to the web server with low load.In other words, the same URL should be used for the access no matter whether the Web server is replicated. There are several methods that are commonly used for Web server load sharing. Here we introduce the DNS-based load sharing. The DNS server is used to direct the client to different Web servers. In this approach, the DNS server can map one hostname to multiple IP addresses, where each IP corresponds to one of the replicated Web servers. DNS 90003
90002 server can use round robin policy to select the IP address to return to the client.Some DNS servers can probe the servers to obtain server load information and, based on the load information, selects an appropriate IP address to return to the client. 90003
90002 90005 Tasks 90006 90003
90044
90045 The client program simulates a browser. 90046
90045 90005 repeat 90006 90046
90045 read in a URL; 90046
90045 get the hostname 90013 h 90014 and file name 90013 f 90014 from 90013 r 90014; 90046
90045 90005 if 90006 90013 h 90014 is not the same as the hostname of the previous request 90005 then 90006 90046
90045 send a message to close the previous connection; 90046
90045 send a query to its local DNS server to get the IP address for 90013 h 90014; 90046
90045 establish a connection to 90013 h 90014; 90046
90045 90005 endif 90006; 90046
90045 send a request to 90013 h 90014 to get file 90013 f 90014; 90046
90045 print the file 90013 f 90014; 90046
90045 90005 until 90006 being killed; 90005 90006 90046
90099
90002 Your client program should provide a browser-like interface.The interface should allow users to input the URL 90013 r 90014 from standard input. Each input line consists of a URL and a sleep time. To simplify the parsing process, we define fixed formats for hostnames and file names. We assume that each hostname always consists of 3 segments separated by periods, the name of the host, the second-level domain name, and the top-level domain name. The host name and the second-level and top-level domain names are strings of 3 letters. We also assume a flat file system, i.e., no directories. Each file name contains only a string of 4 letters followed by «.htm» extension. The entire URL, thus, is a string of 20 characters. After receiving 90003
90002 the requested file, the client program (browser) should display the HTML file (similar to a browser). The client program may send multiple requests along the same connection if consecutive requests are for the same host (e.g., fetching multiple objects in a web page). When a request needs to be sent to a different host, then the client should send a closing message to close the connection established with the previous host.The message formats for the DNS requests and the Web requests will be discussed in the later sections. 90003
90002 Your client program needs to know the IP address and port number of its local DNS server. These are given in an input file which will be discussed in the next subsection. 90005 90006 90003
90002 The basic DNS server simply receives DNS queries from clients, performs name resolution, and responds to the clients. You need to implement the DNS servers to process DNS requests. In your implementation, you only need to consider mapping hostnames to IP addresses, not vise versa.Though actual DNS has a fixed port number, we will have to use different port numbers for different DNSs so that multiple DNSs can be simulated by one single processor. Thus, the mapping should include port number as well. Also, we only consider three levels in the domain hierarchy, including the root, top level, and second level. A mapping table should be maintained for all DNS servers in order to process iterative DNS requests. For the second-level domain DNS, you need to also maintain a cache for name resolution for recursive DNS 90003
90002 queries.UDP protocol should be used for DNS communication. Each DNS server creates a UDP socket to receive requests from clients and another UDP socket to send responses to clients. Each DNS request contains the full host / domain name string. The string should contain 11 bytes. We add a blank at the end to pad the string to 12 bytes. Thus, the request message is of 12 characters. The DNS server at different levels simply extracts the partial string that represents the domain name it can serve and finds the mapping.Each 90003
90002 90005 DNS response contains 4 fields: 90006 90003
90118
90045 90046
90045 90046
90045 90046
90045 90046
90127
90002 The DNS level specifies the level of the DNS in the hierarchy the response is from. It contains 4 characters, the first 3 characters are blanks and the 4th character is the actual level, where 0 represents the root level, 1 represents the top level, and 2 represents the second level.The IP address will always be a 16 byte character string. If the actual IP address string is shorter than 16 characters, the remaining bytes are filled by blanks. The port number and is converted to text format with he corresponding sizes. In total, each DNS response, no matter which level it is from, should contain 52 characters. 90003
90002 We use thread pool concept to implement the Web server program. When a Web server starts, it creates N threads. Then the server listens to a TCP port. When a connection request comes, the server selects an idle thread from the thread pool and let the selected thread accept the connection and process the requests.Since the load of the system changes, the thread pool size should adapt accordingly. We create another thread to perform thread pool maintenance. 90003
90002 The request message from the client contains the client id (4 characters, converted from the integer value) followed by a file name. As discussed previously, the file name is a string of 8 characters, including 4 letters and the «.htm» extension. Overall, each web server request contains 12 characters. 90003
90002 At the Web server site, the Web files are located in one directory.The directory name will be discussed later. When the Web server receives a request message containing the file name, it appends the directory name and fetches the corresponding file. It then sends the file content through the same connection to the client. The response message starts with the file size and followed by the file content. The file size is an integer in text representation and it uses 12 bytes. If the file does not exist, then the value in the response should be all 0’s, indicating an error.The connection from the client does not close till the client close the connection. 90003
.