Arduino Project

... to thank a lot more people but Brian tells me I'm running out of space so I'll just list a small number of people I have to thank for many reasons: Adam Somlai-Fisher, Ailadi Cortelletti, Alberto Pezzotti, Alessandro Germinasi, Alessandro Masserdotti, Andrea Piccolo, Anna Capellini ...

The paper is mainly based on detecting the earthquake and to save the life of differently abled person during an earthquake. At the time of Earthquake people use to go to safer place but wheel chair users or physically disabled people have to face lots of difficulties if they are alone in the house. They have to face lots of hardships if they are unable to walk and can’t use their hands even. So, this paper is an attempt to mitigate those hardships of people who are on wheel chair. In this paper a simple earthquake detector and rescuer system using Arduino UNO board, Arduino Mega and a highly sensitive accelerometer is presented that can sense a decrepit vibration as well. Then it generates a signal to give an indication to the physically challenged person to evacuate as soon as he can. This paper states that evacuation at the time of earthquake is possible for differently a bled person by using his brain power/meditation power. This is possible by using a Brain wave technology device called mind wave mobile. He can move his wheel chair by his brain. There is also a use of GSM messaging mechanisms and GPS navigating mechanism to send a message alert in the cell phone of any nearby guardian who can help that physically disabled person (if he needs it) when the earthquake is detected. If the physically disabled person cannot use his mind wave due to some reason at the time of earthquake, then a guardian nearby again receives a SMS along with location so that he can rescue that physically disabled person.

The purpose of this paper is to design and implement a low cost system intended in terms of hardware and software, to make a light intensity control system. This system will be built using the Arduino Uno development platform, and programming will be done using the LabVIEW graphical programming. Hardware resources that will be used in the paper are: Arduino Uno, a light dependent resistor or a photo resistor (LDR), wich output is used to control the intensity of the two led, a breadboard, one suitable resistors for the LDR (10KΩ) and 2 x suitable resistors for to limit the current through LEDs (220 Ohms is fine) and connecting wires.
The results will be displayed through the serial interface on the computer, in the LabVIEW program.

Security and secrecy are some of the significant concerns in the communications world. In the last years, several encryption techniques had been proposed to improve the secrecy of the information transition. Chaos-based encryption techniques are being exceedingly studied as part of the because of the random-look nature and very unpredictable of the chaotic signals. In this study, a digital-based mobile communication system was proposed that uses chaotic encryption code, Arduino platforms was utilized for this work because it possess an open-source prototyping platform, software and hardware very accessible and extremely flexible to be customized and extended. The ASCII code of input message signal was encrypted using a Chaotic Random Number Generator it will send to the receiver side through mobile GSM system. In the receiver side, the ASCII coded message was decrypted using the same Chaotic Random Number Generator code for decryption. The target of this system is to make a more sec...

Comfort, Security and safety are very important factors to consider during design of a modern house. In fact, automated houses (smart houses) have great impact in maintaining healthy lifestyle and minimize energy usages. Maintaining all house processes in preciseness, accurately, and repeatedly manner are very crucial to achieve our goal. Human comforts and safety require monitoring each sub-dynamic system that is in a daily routine and during 24hours. As an example of common domestic controlled processes are watering garden, opening/closing doors, lighting, fire-alarms, safety-alarms, and air-condition. Without automation these processes that will require a responsible person to accomplish each task in a reputable schedule-time. The fact is that rarely one has time to do all of his/her house work or maybe another case where a disable resident needs help to maintain these mentioned processes. This research paper covers an available and easy way for everyone to automate his/her house using an affordable technique which makes use of small microcontroller called Arduino. The development of smart house, which can automatically open/close doors, watering garden, maintain security (alarm from dangerous), lighting during dark-time, controlling air-condition and display the results in an LCD screen. Feedback signals from each of the mentioned five close-loop control system are collected by the corresponding sensing methods. Soil-wetness, Ultrasonic-distance, Photocells, electronic thermometer are used as feedback measurement instruments, which were used to control each of the home-process. All the controlling processes and steps were coded and uploaded to Arduino-UNO.

voici le rapport de mon projet à propos de la précaution contre Covid-19. Mon projet est sous forme d'un système automatique à l'aide d'un arduino UNO, des capteurs infrarouge, ultraçon, aussi un moteur à courant continu, valable pour les portes des sociétés, des hôpitaux, des banques ..., pour diminuer la propagation de virus entre les citoyens

The main objective of this project is to develop a home automation system using an Arduino board with Bluetooth being remotely controlled by any Android OS smart phone. As technology is advancing so houses are also getting smarter. Modern houses are gradually shifting from conventional switches to centralized control system, involving remote controlled switches. Presently, conventional wall switches located in different parts of the house make it difficult for the user to go near them to operate. Even more it becomes more difficult for the elderly or physically handicapped people to so. Remote controlled home automation system provides a most modern solution with smart phones.
In order to achieve this, a Bluetooth module is interfaced to the Arduino board at the receiver end while on the transmitted end, A GUI application on the cell phone sends ON/OFF commands to the receiver where loads are connected. By touching the specified location on the GUI, the loads can be turned ON/OFF remotely through this technology.

Medicine intake, as prescribed by physicians and health care providers, is important not only for minimizing the risk of relapse but also to treating conditions and improving one's overall well-being. However, adherence to a medication routine seems to be a problem for some people which is usually affected by a variety of factors such as hectic day-today activity schedules, poor prescription instruction, concurrent intake of multiple medications, and forgetfulness. Medication adherence has been then considered as one of the major medical problems globally. In such cases, a medical device that could alert and remind patients in taking their medicines on time will come in handy. Consequently, this study aimed to design and develop a pocket-sized electronic pillbox device using TFT LCD display, Arduino microcontroller, Piezo Buzzer (for sound notification), Eccentric Rotating Mass (for vibration notification), Lithium Ion battery as power source, and plastic organizer as the main b...

This paper is about the development and implementation of a GSM based password protected control system for electrical home appliances that enables to control remotely. GSM module is used for receiving short message service (SMS) from user’s mobile phone that automatically enable the controller to take any further action such as to switch ON or OFF the home appliances such as lights, airconditioners, fans, water pumps, door locks, TVs etc. Hardware of the system has been developed using an Arduino Uno board, a GSM modules, some switching relays and some other easily available electronic components. The driving software has been made using the Arduino IDE. The system is activated when only the user sends the SMS to the controller at home with the exact password. Upon receiving the SMS command, the microcontroller unit will decode the received SMS automatically and controls the electrical home appliances by switching ON or OFF the device according to the user direction. The ON and OFF...

Abstract This paper proposes the design of a working prototype of radio controller (RC) controlled quadcopter which is realized based on Arduino UNO microcontroller as a flight controller. In this paper Arduino based quadcopter uses the flying advantage in order to provide a lot of useful function to humans, functions which are beyond the normal capability of a human. From defining and explaining the parts used in the prototype, it further tries to describe the operating systems. A schematic diagram that shows how the parts are interconnected to each other and work instantaneously to make the desired output is also included. The results were displayed and the programming was done on the Arduino IDE.

Internet  of  Things(IoT)  merupakan  sebuah  teknologi  yang  tengah  menjadi perbincangan dunia  elektronik.  Dengan teknologi tersebut, setiap  piranti  yang dimiliki  bisa  dengan  mudah  terhubung  dengan  internet,  sehingga  dapat dikendalikan dari  jarak jauh  dengan  hanya  menggunakan  ponsel  pintar,  perintah suara,  hingga  pengontrolan  dengan  biometrik  sensor  seperti finger  print, face recognition, dan iris recognition. Perkembangan IoT tidak hanya menyasar industri besar  jaringan  listrik  fasilitas  public  maupun  pabrik,  namun  juga  menyasar  pada perangkat elektronik yang berada dirumah. Barang-barang seperti lampu, tv, pintu rumah,  kamera  CCTV,  gerbang, AC,  kulkas,  hingga  mesin  cuci,  nantinya  dapat terhubung semua dengan internet. Rancang Bangun Sistem Kendali Rumah Cerdas Dengan Metode Voice Recognition Menggunakan Google Assistant ini, mengaplikasikan teknologi Internet of  Things dengan protokol MQTT untuk komunikasi machine to machine secara sederhana. Penggunaan NodeMCU dalam penelitian ini sebagai master UART communication dengan output 9 channel menggunakan decoder shift register dalam menambah jumlah channel untuk  mengontrol  lampu,  mengontrol  AC,  mengontrol kunci pintu dan penggunaan Arduino Nano sebagai slave UART communication dengan output 5 channel untuk mengontrol gerbang, alarm, dan sensor PIR.

The aim of this research is to develop a secondary weather station prototype for measurements of temperature, humidity and atmospheric pressure. To validate the operation, a variance analysis and an experimental design r&R were conducted. The TMP36, RHT03 and BMP085 sensors were selected for Arduino UNO platform and calibrated with a weather station and a digital hygrometer certifies by the authorities. Our system uses open hardware and software and is a low cost weather station designed for environmental analysis.

The main goal of this work is to get the information from the Knowledge Base (KB) about the current statement for each of five sensors separately, showing the results by lighting the LEDs according to the information from the KB. There are two LEDs situated near each sensor – in red and green colors. If the information from KB is " Alarm " – red LED has to be lighted, if the information is " Warning " – green LED has to be lighted. This system can be used for auto-parking by controlling the safety distances in different directions, and also can be a part of intelligent drive assistant system of the car. In general, this study helps better to understand hardware and software representation of this idea and obtain new ideas for future improvements.

Abstrak-Dewasa ini, perkembangan teknologi di berbagai sektor semakin pesat, khususnya teknologi berbasis Instrumentasi dan Kontrol yang membawa dampak positif. Pengamatan dan pengontrolan volume air berguna untuk diterapkan ke berbagai bidang disiplin ilmu dan kehidupan. Penulis melakukan perancangan dan realisasi sistem pendeteksi dan pengontrolan volume air pada tangki, menggunakan pendeteksi sensor ultrasonik HC-SR04 dan menggunakan pengendali mikro Arduino UNO. Hasil yang didapat, pada fase pengujian pertama, yakni pengamatan volume air, didapat hasil maksimum sebesar 891 mL dengan error sebesar 10,9 %. Pada fase pengujian kedua, yakni pengendalian volume air dengan menetapkan nilai setpoint sebesar 1600 mL didapat hasil dimana pompa air berhenti bekerja ketika volume air tercatat sebesar 1600 mL. Fungsi kerja sensor ultrasonik relatif baik, namun ada kekurangan, yakni pengukuran yang tidak baik karena peningkatan volume air tercatat secara gradual tidak sempurna. Untuk pengembangan penelitian, dapat dilakukan switching (ON/OFF) pada pompa air dimana menetapkan upper level dan lower level kemudian melakukan pengendalian dengan siklus proses sistem yang berulang.

To address the requirement for three-phase inverters in microgrid systems or sustainable-powered industrial facilities, a MOSFET-based three-phase inverter is designed and implemented, which can convert DC power into three-phase AC. The designed system produces 223V square (AC) waves at each phase from a 12V battery (DC) through switching of three stages of power MOSFETs using PWM signals at their gates from an Arduino Uno R3. Each stage of MOSFETs consists of six MOSFETs making it eighteen in total, which are used to perform the inversion process separately for each of three single-phase connections. The system is programmed through the Arduino Uno to generate the PWM signals and to keep 120 degrees phase displacement among each phase. Three center-tapped step-up transformers are used at the outputs of MOSFET stages for signal amplification. Using a 60W incandescent light bulb at each phase as a load, the system produces 386.2SV of voltage for three-phase line, delivering 0.58A of ...

Réalisation  d’un robot détecteur d’obstacle, contrôlé par une carte Arduino. Le guidage  du robot sera fait  à distance en « temps réel » grâce à des modules  sans  fil  Xbee,  qui  utilisent  le  protocole  Zigbee  comme  moyen  de communication.

La Guía didáctica de robótica educativa con Arduino es una herramienta digital que integra diferentes actividades guiadas para el diseño y construcción de prototipos robotizados basados en la tecnología Arduino, orientadas para los estudientes del bachillerato de la UNAM . Estas actividades se fundamentan en el constructivismo, ya que promueven que los alumnos construyan su propio conocimiento a partir de las experiencias guiadas que se plantean, así como con el uso de materiales cognitivos destinados al diseño, construcción, manipulación y control de entornos robotizados.

ISBN: 9786070277603

For any operations, the patient being in an anesthetic condition is must. The patient won't feel any pain during the medical procedure using anesthetics. The impact of the anesthesia should be there how long the operation goes and for that, the specified time intervals are administered. What happens if it is not administered at that particular time interval? It will be creating serious health problems and to overcome such unfavorable situations this project has been designed to develop an automatic anesthesia controller using Arduino Uno. The anesthetist can set the amount of anesthesia to be given to the patient. Using the switch panel, the anesthetist can start the process and once the start signal is received by the Arduino Uno it controls all the system, sends a signal to the motor driver to switch on the motors and start infusing the anesthesia. A minimum amount of anesthesia will be injected to the patient body, while doing this the heartbeat will be monitored. After administration it will check whether the heartbeat count is normal or not. If normal, then the second dose of the medicine will be injected. If the heartbeat shows any abnormality then the administration will be stopped and will notify the doctor and continue only after everything becomes normal. Additionally, temperature parameters are checked by corresponding sensors. The keypad switch is also used in case of any urgent manual operation that can be controlled by keypad.

This paper relates to the information on creating a MATLAB application with resistor value calculation program. In this application, use Graphical User Interface (GUI) for ease to use. It notes the use of color code technique to manually calculate value of resistors. This color code calculator will help to determine the value of resistors marked with color bands and tolerance band. It can be used for 3 and 4 band resistors. We can input the color of bands in the GUI and then it calculates the value of resistor and its tolerance in ohms.

The aim of this research is to develop a secondary weather station prototype for measurements of temperature, humidity and atmospheric pressure. To validate the operation, a variance analysis and an experimental design r&R were conducted. The TMP36, RHT03 and BMP085 sensors were selected for Arduino UNO platform and calibrated with a weather station and a digital hygrometer certifies by the authorities. Our system uses open hardware and software and is a low cost weather station designed for environmental analysis.

Un  convertisseur  numérique-analogique  prend une série d'entrées numériques  et  le  convertit  en  une  sortie  analogique.
Dans  notre  configuration, nous allons utiliser l'Arduino Uno pour définir les valeurs  des  broches  numériques.  Cela  sera  fait  dans  le  logiciel.

Quyển sách “Arduino cho người mới bắt đầu” (quyển căn bản) được thiết kế cho các bạn chưa biết hoặc biết một ít về lập trình Arduino. Nội dung sách chủ yếu viết về định hướng suy nghĩ liên quan đến lập trình vi điều khiển nhằm mục tiêu phát triển lâu dài, tạo một nền tảng căn bản nhất cho các bạn làm quen với lập trình vi điều khiển. Bên cạnh đó, cung cấp cho bạn một số từ ngữ chuyên ngành thường dùng trong ngành lập trình vi điều khiển.

Typically, a conventional drive lift is used to move from one floor to another in tall buildings. This system suffers from instability and maintainability issues due to the unavailability of proper monitoring system for users. This paper proposes a model for monitoring and controlling an elevator system to maintain autonomy. The paper is focused on an elevator design with Arduino controller. The system relates to a designed Ethernet card that is assembled with hypertext machine language. The proposed work comprises of a sensor module which has the capability to monitor and control through internet service. The control of the elevator is attained by a designed graphical user interface system that acknowledges the proper maintenance of the prototype. Whereas, the conventional lift system provides only limited information such as floor number under similar operating conditions, our proposed monitoring system can display the lift temperature, number of users, weight, oxygen level, floor status, lift speed, body temperature and fault location. To validate the effectiveness of the proposed method, the efficacy of the system is analyzed with simulation and hardware assembly. The overall results verify that Arduino is suitable for monitoring and controlling an elevator system with the help of a webpage through an Ethernet shield.

Diseño e implementación de un sistema digital de medición de temperatura, que permita el reporte de temperatura de cada piso del compartimento del refrigerador y también del compartimento de la nevera, que emita señales de alarma auditiva, visual y envío de mensaje al celular del encargado del almacenamiento de vacunas cuando la temperatura de cualquiera de los compartimentos sale de los rangos especificados que podrían poner en riesgo la estabilidad de las vacunas.
Determinar la cantidad y el tipo de sensores de temperatura necesarios para obtener una medición correcta de la temperatura.
Seleccionar los componentes más adecuados para visualización, comunicación, alarmas y almacenamiento para la implementación del prototipo.
Elaborar el código fuente que controle el prototipo.
Programar en un lenguaje de alto nivel, una aplicación amigable en ambiente Windows, que permita la visualización del historial de temperatura por día, semana, mes.
Implementar el prototipo y realizar las pruebas necesarias.
Redactar un informe y manual de usuario, que abarque toda la información técnica sobre el desarrollo del proyecto

This paper represents the design and development of a high fidelity prototype design using cardboard, hardboard, an Arduino microcontroller, a motor driver L298N, jumper wires, a 9-volt battery, 6 Led lights and an Android smart mobile device. In the following sections, the reader would ascertain an introduction, which discusses the problem and the solution and also the motivations of the project, and a background reviewing similar related work related. Furthermore, the paper would also discuss the design process and elaborate on the methodology of the prototype. Finally, a discussion and conclusion considering different approaches to future work.

Progress in livestock monitoring and precision livestock farming (PLF) is a requirement if modern agriculture is to keep pace with demands. This can be seen by trends in the academic research, the adoption of electronics in farming and emergence of livestock monitoring products.

This report aims to assess the current state of electronic livestock health monitoring and discuss a system to automatically monitor the condition of livestock.

Using an Arduino microcontroller system, an accelerometer and additive manufacturing techniques, a livestock collar was developed to monitor animal head movement. Testing suggests that the collar system will correctly classify animal behaviour as ‘grazing’ or ‘head up’. Grazing behaviour can be visualised live or as trends over time to aid the farmer in detection of ketosis.

With further work, the animal condition monitoring system proposed could be developed into a cost-effective product to aid in the detection of heat, ketosis lameness and other diseases in livestock.

The project is designed to acute a load when IR rays are interrupted by any object. This is useful in industries for sensing movement of material in a conveyor belt for any action to be taken. The project utilizes 38 KHz IR signal generated feeding an IR diode which is received by tuned IR receiver. These IR sensors are interfaced to a microcontroller of arduino Atmega 382.

The open-source release of self-replicating rapid prototypers (RepRaps) has created a rich opportunity for low-cost distributed digital fabrication of complex 3-D objects such as scientific equipment. For example, 3-D printable reactionware devices offer the opportunity to combine open hardware microfluidic handling with lab-on-a-chip reactionware to radically reduce costs and increase the number and complexity of microfluidic applications. To further drive down the cost while improving the performance of lab-on-a-chip paper-based microfluidic prototyping, this study reports on the development of a RepRap upgrade capable of converting a Prusa Mendel RepRap into a wax 3-D printer for paper-based microfluidic applications. An open-source hardware approach is used to demonstrate a 3-D printable upgrade for the 3-D printer, which combines a heated syringe pump with the RepRap/Arduino 3-D control. The bill of materials, designs, basic assembly, and use instructions are provided, along with a completely free and open-source software tool chain. The open-source hardware device described here accelerates the potential of the nascent field of electrochemical detection combined with paper-based microfluidics by dropping the marginal cost of prototyping to nearly zero while accelerating the turnover between paper-based microfluidic designs.

This paper presents a gesture recognition model; known as Digital Vocalizer. Digital Vocalizer is an arduino UNO
based system and this system is designed to make the communication gap between dumb, deaf and blind communities and their
communication with the normal people as less as possible. Here in this paper, we mentioned the people by normal people who
have the abilities to see, hear and talk. Deaf people make use of the sign languages or gestures to convey what he/she needs to
say; but it is impossible to understand by a person who can hear. So we come on a conclusion to make an easy prototype by
taking some of those gestures and convert them into visual and audio forms. So the communication gap can be reduced as much
as possible. For that we make use of arduino UNO Board as Atmega 328 Controller to interface all of the actuators and sensors.
Sensors are fixed on the palm and fingers. Those sensed values will give the information about the parameters like finger ben
hand position angle; and these are converted into electrical signal and switch to arduino UNO. Arduino UNO takes the actions
according to the gestures.

ABSTRACT
Weather Forecast stations are used for the prediction of future weather conditions.
These systems require intensive human efforts and are sometimes inaccurate in its
prediction. Wireless weather monitoring stations are created to monitor weather
virtually or remotely without the requirement of direct human efforts. The system is
designed to implement sensors which accurately acquire analog or digital data passed
to a microcontroller for the storage and processing of these data. This project is focused
on the construction of wireless weather monitoring system able to sense temperature,
humidity and light intensity for normal use by regular users, application in agriculture,
science laboratories, industries and creation of weather reports.

Ce projet concerne la conception, la réalisation et la commande d’un robot mobile à trois roues a l’aide d'une carte électronique" Arduino" adapté pour pouvoir la relier au robot après avoir développé le programme en logiciel Arduino ,son rôle est de détecter une source de flamme quelconque et l'éteindre.