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2nd IEEE World Engineering Education Conference (EDUNINE)

作者： Castillo-G, J. Aguilar-R, A. Chacon, D. Univ Politecn Salesiana Cuenca Ecuador

ISBN: (纸本)9781538648896

This article describes in detail the process of implementing an electronic system for the control and prevention of diseases in people who lift too much weight. The electronic system consists of a FSR resistive pressure sensor placed inside an ergonomic glove, where in conjunction with an arduino nano implemented in a handle, it will monitor the weight data that is raised by the person, working with ranges of up to 20 kg of weight. The research is based on the importance of knowing first the types of diseases that are caused when lifting weights greater than 10 kg in middle and senior citizens in certain periods of time throughout their work routines, where an application on Android was designed to help the user to prevent possible injuries in weight lifting, with the generation of a graphical interface of raised weight monitoring and alarms that warn about possible injuries of the user, in determined periods of time.

关键词： Handling Loads Weight Lifting Injuries FSR Pressure Sensor arduino nano Android Application Effective Weight Lifting

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Real-Time Position Tracking of Indoor Games Player Based on Radio Frequency (RF) and Ultrasonic (US) 2

Real-Time Position Tracking of Indoor Games Player Based on ...

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2nd International Conference on Image Processing and Robotics (ICIPRob)

作者： Sarankan, K. Bandara, Surangani Sabaragamuwa Univ Sri Lanka Fac Geomat Dept Surveying & Geodesy Belihuloya Sri Lanka Sabaragamuwa Univ Sri Lanka Fac Geomat Dept Remote Sensing & GIS Belihuloya Sri Lanka

ISBN: (纸本)9781665407717

In this paper, we have proposed a low-cost position tracking system for track indoor game players using minimal infrastructures with cost effective electronic components. Various positioning systems were introduced in previous to track game players, but they have complication due to time synchronization. To overcome this problem the proposed positioning system is constructed by using Ultrasonic (US) and Radio frequency (RF). This system uses open-source platforms with good user-friendly interface software, so the system can be operated by a user without prior knowledge of it. The system has two segments, which are transmitting unit and receiver unit. The transmitting unit has one RF transmitter and one ultrasonic Transmitter. The receiver unit has one RF receiver and three ultrasonic receivers. In this system the arduino module used to control the components and calculate the position estimation. The proposed system is using the theory of time difference of arrival for range measuring. The performance limitation of the system was also analyzed experimentally, such as a single range and positional accuracy in 2D & 3D space. Based on the results of analysis, major changes and substitutes in the circuits will improve the accuracy and performance limitation of the system such as making the circuits with high quality ICs & ultrasonic transducers, implementation of high pass or band pass filters in receiver circuits and integrating the receiver circuits with voltage regulators.

关键词： Indoor positioning system Position tracking system Games player tracking Local positioning system (LPS) Ultrasonic positioning Radio frequency arduino Mega arduino nano RF module.

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GPS Cycle Computer

GPS Cycle Computer

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International Conference on Modern Electrical and Energy Systems (MEES)

作者： Radoslav, Bucko Miroslav, Kacvinsky Guzan, Milan Tomcikova, Iveta Melnykov, Viacheslav Tech Univ Kosice Dept Theoret & Ind Elect Engn Kosice Slovakia Kremenchuk Mykhailo Ostrohradskyi Natl Univ Inst Electromech Energy Saving & Control Syst Kremenchuk Ukraine

ISBN: (纸本)9781538617502

This article is dedicated to the realization of a GPS cycle computer, of which modules is composed and connected. The first section devoted to realization of GPS cycle computer basing on arduino Mega 250 microcontroller. In the second section, it deals with the description of program functions which will test and compare with selected parameters of a GPS computer. In the third section, the article describes creation of a bicycle wheel model, the parts of which is built and how these parts work. Finally, it describes the design of the bicycle wheel model and the testing and comparison of the parameters. At the end, the test parameters are compared. It was found that the measured parameters between the stepper motor and the magnetic sensor were identical, but there was a difference between the engine and the GPS cycle engine.

关键词： GPS cycle computer arduino Mega 2560 arduino nano Bicycle wheel model Stepper motor M42SP-7 Magnetic sensor HO-03C

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Obstacle Sensing Assistance for Visually Impaired Person Using arduino 5

Obstacle Sensing Assistance for Visually Impaired Person Usi...

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5th International Conference on Electrical, Electronics, Communication, Computer Technologies and Optimization Techniques (ICEECCOT)

作者： Tejaswini, S. Sahana, M. S. Bhargavi, K. Jayamma, S. S. Bhanu, H. S. Praveena, K. S. Vidyavardhaka Coll Engn Dept Elect & Commun Engn Mysuru Karnataka India Vidyavardhaka DubakColl Engn Dept Elect & Commun Engn Mysore Karnataka India Vidyavardhaka Coll Engn Dept Elect & Commun Engn Mysore Karnataka India

ISBN: (纸本)9781665432726

Eyes plays a significant role in our everyday life. It is the most significant present for humans. This delightful world is noticeable to us since we are honored with visual perception. But some people unfortunately lag this ability to visualize the things. God has gifted them with other ability though helping those to see this world through the improved technology is our humanity. The visually challenged people face many challenges when moving in unfamiliar public places. To provide a smart and sensible navigation to them a smart walking stick can be designed which can be a great potential to them. The legally visually impaired individuals experience difficulty seeing things which others underestimate, similar to street signs, traffic signals, object before them, etc. They are more inclined to falls and different mishaps since they can't clearly discern their surrounding environment. Many individuals with genuine visual disability can travel freely by using a wide scope of tools and techniques. The main portability aid utilized by them is a walking cane or walking stick The traditional walking utilized by the outwardly tested individuals is really inefficient to detect the object in front of the user. Using the stick they can just distinguish the object that is being hit. A walking stick for the outwardly tested individuals utilizing a ultrasonic sensor and buzzer with arduino nano will become extraordinary assistance to them since this sort of walking stick can keep blind individuals from hit by an impediment open to question which can't be recognized by the ordinary walking *** proposed device has many benefits like portable, efficient, low cost, futuristic, low power consumption and many more. The main purpose is to ensure the safety, security and usage convenience of the blind people and give them a device which makes them comfortable to walk.

关键词： Ultrasonic Sensor Portable Visually Impaired arduino nano Piezo Buzzer

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Design and development of RFID based smart shopping cart using arduino

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International Journal of Electronic Commerce Studies 2023年第4期13卷 15-38页

作者： Garg, Peeyush Joshi, Tanvi Bansal, Deepika

In the present era of socio-economic development, technologies have been contributing not only for improving supply chain management, but also to enhance customer facilities and satisfactions. Now a days, shopping centers and city malls are the prime requirement of society, where customers get freedom to see, choose and collect items as per their requirements and convenience. These stores and malls are situated in metropolitan cities and easily approachable, which increases the rush at these places with a high rate, tends to long queue at billing counters. It also needs skilled workers to arrange items in shopping center, also guide about the shopping items to customers as well as at billing counter. The proposed system is a smart shopping cart, comprises RFID reader and on-board buttons as inputs, microcontroller-based arduino board as data acquisition and control unit, and LCD display is as output unit. The smart cart detects items, then avails option to customer to add new shopping items in bill as well as remove already added items directly from bill. It also sends the final billing information to central server using Wi-Fi module. The developed flexible shopping system provides better informative system along with facility of automatic billing generation and record the information centrally. It also provides better functionality of shopping center, minimize requirement, and working load on shopping center employees. © 2023 Academy of Taiwan Information Systems Research. All rights reserved.

关键词： arduino nano LCD Panel RFID Shopping cart Wi-Fi Module

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Bilingual Wearable Assistive Technology for Visually Impaired Persons 1

Bilingual Wearable Assistive Technology for Visually Impaire...

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1st International Conference on Medical Engineering, Health Informatics and Technology (MediTec)

作者： Rashid, Humayun Al-Mamun, A. S. M. Rabbi Robin, Mohammad Sijanur Rahaman Ahasan, Miraz Reza, S. M. Taslim IIUC EEE Chittagong 4314 Bangladesh

ISBN: (纸本)9781509054213

Person with visual impairment suffers from various problems and is unable to lead a normal regular life because of their blindness. In this paper, the proposal of a wearable device for visually impaired persons is presented that can detect color and speak out the name of the color in two different languages: Bengali and English, through connected headphone. Bluetooth headphone or wire headphone, even speaker can be interfaced with the proposed system. The proposed device will be able to detect color and turn the color name into sound so that visually impaired persons can recognize it. It will be implemented and developed using a microcontroller, color sensor along with an amplifier and wired or Bluetooth connected headphone. The device will employ a reliable microcontroller platform known as arduino nano along with Bluetooth module HC-05, color sensor TCS 3200, LM 386 power amplifier with SD card module. The device will be able to decode color information from everyday resources and convert into sound so that blind persons can easily identify any color.

关键词： Talking Color Detector arduino nano Color Sensor Blind Assistive device

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An Indoor Obstacle Detector to Assist the Visually Impaired Person on Real-Time with a Navigator

An Indoor Obstacle Detector to Assist the Visually Impaired ...

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International Conference on Computational Performance Evaluation (ComPE)

作者： Baskar, V. Vijaya Ghosh, Ikben Karthikeyan, S. Hemalatha, R. J. Thamizhvani, T. R. Sathyabama Inst Sci & Technol Sch EEE Chennai Tamil Nadu India Vels Inst Sci Technol & Adv Studies Dept Biomed Engn Chennai Tamil Nadu India

ISBN: (纸本)9781665436564

In 2014, the World Health Organization estimated that 285 million people were visually impaired in the world, 39 million are blind and 246 million have low vision. With the development of technologies, various techniques evolved for assisting the visually impaired people. These people need to have such supportive system which will make the things much easier and they don't have to rely on others every now and then. For which various devices has already been invented. But most of them are GPS based which unfortunately prevent them to be effectively and efficiently used in the indoor environment. Our motive is to bring up an idea which can help these people in the indoor environment and make their life much simpler. In our project both the obstacle detection and navigation together are done using the Raspberry Pi 3 camera, the PIR sensor, ultrasonic sensors, so that the obstacles can be detected in real time. For the navigation purpose the ultrasonic sensor has been used and the output is provided by speakers and the vibrator motors and buzzer. For the testing of the system, obstacles are placed in front of the system and it was able to detect the obstacles successfully and without any errors. The Camera was able to detect the predefined objects successfully. The speaker and buzzer motors were able to warn the user about the obstacles. The device includes two vibrator motors that are placed in both the hands that will be navigating the user which way the obstacle is there and which way the user has to move. The vibrators were successfully able to navigate the user.

关键词： arduino nano detection navigation passive infra-red sensor raspberry pi ultrasonic sensor visually impaired

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Modules for practices with microcontrollers: PIC16F88 and ATMega328 on arduino 16

Modules for practices with microcontrollers: PIC16F88 and AT...

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16th Congress on Technology, Learning, and Teaching of Electronics (TAEE)

作者： Gil Sanchez, Luis Ibanez Civera, Javier Olguin Pinatti, Cristian Recasens Bellver, Maria Auxilio Univ Politecn Valencia Dept Ingn Elect Valencia Spain

ISBN: (纸本)9798350348682;9798350348675

In this communication, several modules are presented to carry out practices with a microcontroller, initially with the PIC16F88, which was later conditioned to be used by the ATMeg328 on the arduino UNO platform. Finally, a new module is presented with the ATMega328, but on the arduino nano platform. The practice modules consist of a printed circuit board where the necessary components are incorporated to carry out the practices planned with this device in the Digital Electronics subject. In this way, time is saved in assembly and security is gained in operation, so that the student can focus on the programming and operation of the device. These boards have been used for several years with numerous students and have worked perfectly.

关键词： Digital Electronic Microcontroller PIC16F88 ATMega328 arduino UNO arduino nano

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Effective Environmental Monitoring & Domestic Home Conditions by Implementation of IoT 4

Effective Environmental Monitoring & Domestic Home Condition...

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4th International Conference on Computing Communication Control and Automation (ICCUBEA)

作者： Chaudhari, Apurva Mapari, Bhushan Jog, Shreenivas Dr DY Patil Inst Technol Dept E&TC Engn Pune Maharashtra India

ISBN: (纸本)9781538652572

In this paper, a detailed and effective usage of checking residential conditions at low price is presented. IoT consists of internet enabled objects which acts on data collected from environment. IoT has been used for observing and detecting natural conditions in home. We will perceive how to create keen ecological condition by checking different sensors like Temperature Sensor, Humidity Sensor, Light-Dependent Resistor (LDR), Gas Sensor, etc. The environmental conditions are sensed by these sensors and are displayed on the web page through Wi-Fi module. If by chance, any unusual occasion occurs at home when no one is available, the GSM framework will be proficient to send SMS caution to the proprietor immediately. The proposed framework will take a shot at internet of things.

关键词： Internet of Things Wi-Fi Module Sensors GSM Module Temperature Sensor Humidity Sensor Light-Dependent Resistor Current Sensor Smoke Sensor arduino nano

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arduino-based Line Tracking Smart Robot Car Equipped with YOLOv3 and Fuzzy Logic Controlled Ultraviolet Sterilizer 8

Arduino-based Line Tracking Smart Robot Car Equipped with YO...

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8th International Conference on Automation, Robotics and Applications (ICARA)

作者： Garcia, Ramon G. Manuel, Levin D. Romero, Cesar Quartz L., Jr. Mapua Univ Sch EECE Manila Philippines

ISBN: (纸本)9781665483834

With the increasing number of cases of pathogenic diseases caused by airborne transmission of microorganisms, such as Staphylococcus aureus, interest when it comes to the disinfection of surfaces is increasing. One of the many devices that have been utilized for surface disinfection is the use of Ultraviolet Light radiation, specifically UVC radiation, as a sterilizer or disinfectant. In this study, a UVC disinfecting machine based on arduino nano was developed with a mobile application to control and enable the device's functionalities. The UVC disinfecting machine can be manually controlled via the generated mobile application and automatically navigated using the Line Tracking Algorithm. To ensure the safety of the people utilizing the device, the UVC disinfecting machine will be encircled with several motion sensors and a Wi-Fi camera module. The sensors and camera automatically disable its UVC lamp once it detects human presence by applying the algorithms of Fuzzy Logic and YOLOv3. This study provides a versatile, safe, and harmless UVC disinfecting machine while effectively disinfecting objects and surfaces.

关键词： staphylococcus Aureus ultraviolet light UVC radiation disinfecting machine arduino nano mobile application line tracking algorithm motion sensors Wi-Fi Camera Module fuzzy logic algorithm YOLOv3 algorithm

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