Computer-Aid System for Automated Jaundice Detection by Ahmad Yaseen Abdulrazzak, Saleem Latif Mohammed, Ali Al-Naji, Javaan Chahl

“…The system comprises a digital HD camera, a computer device with a Matlab application installed to analyze and detect the skin color changes of the infant, and an Arduino Uno microcontroller to control an LED ultraviolet light. A set of neonate images were collected to train the random forest algorithm, including 374 for normal and 137 for jaundiced infants. …”
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Temperature and Humidity Monitoring in Hydroponic Cultivation Based on Internet of Things: Dataset Development for Smart Agriculture by Simon Prananta Barus, Jeriko Ichtus Seo

“…The research method includes literature study, hardware development using NodeMCU ESP8266 microcontroller and DHT11 sensor, web-based software development with JavaScript on the Front-End side, PHP on the Back-End side, Apache as Web Server, and MySQL as database management system (DBMS), as well as the implementation stage, integration, system testing and report writing. …”
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A wireless instrumented insole for monitoring plantar pressure during human locomotion by Mariana Alegria, Mariana Ballesteros, David Cruz-Ortiz

“…The insole considers a microcontroller Arduino Nano and 24 force-sensing resistors located in ten anatomic regions of the foot with a sampling frequency of 70 Hz. …”
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Smart Plant Pot Robot with IoT Integration for Indoor Ornamental Plants Care by Hestin Nalurita Halawa, Ratna Aisuwarya

“…The test results of this system, utilizing Arduino Uno as the microcontroller and ESP8266 for WiFi communication with the Blynk application, along with various sensors as input devices, demonstrate a remarkable 100% success rate. …”
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Development of a pressure acquisition system for detecting mandibular movements in ruminants by Geraldo Loyola Baiôco, Fábio Luiz Bertotti, André Luis Finkler da Silveira, João Ari Gualberto Hill

“…This system employs a pressure sensor to obtain signals relating to chewing movement. A microcontroller acquires these signals at a sampling frequency of 100 Hz, and the resulting data are transmitted to a smartphone via Bluetooth and stored in a memory card for later analysis. …”
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The Assessment of Spinal Alignment Based on a Computer-Assisted Electromechanical Device by Israa Khalifa, Aseel Ghazwan, Luay Asaad Mahmood

“…Subsequently, the data was transmitted to a computer over a Bluetooth module connection, following processing by the Arduino Nano microcontroller. The proposed system was employed on five healthy adult subjects to evaluate their standing posture in the sagittal plane, namely in the upright, flexion, and extension positions. …”
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A family of coexisting multi-scroll chaos and its selected control in coupled non-oscillatory neurons: A case study by Bertrand Frederick Boui A Boya, Zeric Tabekoueng Njitacke, Adelaide Nicole Kengnou Telem, Jacques Kengne

“…The experimental validation on an Arduino microcontroller confirms the theoretical results and demonstrates the feasibility of implementing the proposed model. …”
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Marine Automatic Weather System (MAWS) instrumentation system for climate change monitoring based on The Internet of Things (IoT) by Husen Zakaria, Ismail Nazli, Syukri Surbakti Muhammad, Omar Fairuz, Yusibani Elin, Kesuma Fatmawati, Nurhanif Nurhanif, Arif Hasibuan Ahmad, Fauzi Fauzi

“…This instrumentation system consists of several parts, such as a data processing unit using the Arduino Uno microcontroller. This instrument is also equipped with a SIM808 GSM/GPRS/GPS module. …”
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A portable gas sensor based on In2O3@CuO P–N heterojunction connected via Wi-Fi to a smartphone for real-time carbon monoxide determination by Sina Khalili, Mohsen Majidi, Morteza Bahrami, Majid Roshanaei, Tayyebeh Madrakian, Abbas Afkhami

“…The sensors integrate an ESP8266 microcontroller within the same device. This facilitates their integration with the electronics and enhances their performance. …”
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A Real-Time Data Monitoring Framework for Predictive Maintenance Based on the Internet of Things by Mudita Uppal, Deepali Gupta, Nitin Goyal, Agbotiname Lucky Imoize, Arun Kumar, Stephen Ojo, Subhendu Kumar Pani, Yongsung Kim, Jaeun Choi

“…This model uses an Arduino Mega 2560 Rev3 microcontroller connected to different appliances and sensors. …”
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Automated Computer Vision System for Urine Color Detection by Ban Shamil Abdulwahed, Ali Al-Naji, Izzat Al-Rayahi, Ammar Yahya, Asanka G. Perera

“…In addition, the proposed system can send the results to the mobile phone of the patient or care provider by using an Arduino microcontroller and GSM module. Moreover, sending a voice message about the color of urine is related to pathological conditions. …”
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CIMA: A Novel Classification-Integrated Moving Average Model for Smart Lighting Intelligent Control Based on Human Presence by Aji Gautama Putrada, Maman Abdurohman, Doan Perdana, Hilal Hudan Nuha

“…It consists of a PIR sensor, a NodeMCU microcontroller, a Raspberry Pi-based platform, a relay, and LED lighting. …”
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Gas-Purged Headspace Liquid Phase Microextraction System for Determination of Volatile and Semivolatile Analytes by Meihua Zhang, Jinhu Bi, Cui Yang, Donghao Li, Xiangfan Piao

“…In this system, semiconductor condenser and heater, whose refrigerating and heating temperatures were controlled by microcontroller, were designed to cool the extraction solvent and to heat the sample, respectively. …”
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A Raspberry Pi-based Hardware Implementation of Various Neuron Models by Vedat Burak Yucedag, Ilker Dalkiran

“…The Raspberry Pi (RPi) microcontroller has the potential to be a new platform that can easily solve complex mathematical operations and does not have memory limitations, which will take advantage while realizing biological neuron models. …”
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Analisa Eksperimental Pengujian Turbin Angin Propeller Tiga Sudu Horizontal Axis by Islahuddin - Islahuddin, Sanny Ardhy, Meiki Eru Putra

“…Data recording is done with an automatic system using an octocoupler sensor, anemometer, and a voltage sensor integrated with a raspberry pi 3 microcontroller. From the tests carried out, the wind turbine starts to rotate at a Vcut-in of 1.5 m/s. …”
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Study of a Remote Wind Resource Assessment System Integrated with Internet of Things by Filian Arbiyani, Filbert Filbert, Anthony Nathanael Theo

“…This study utilizes an Arduino Uno microcontroller, RK100-01 wind speed sensor, BMP280 temperature and pressure sensor, and SIM800L GPRS module to collect and transfer real-time data to the ThingSpeak cloud. …”
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Electrostatic charging at the solid–liquid interface: Strategies for liquid flow sensing by Yan Araujo Santos da Campo, Kelly Schneider Moreira, Ezequiel Lorenzett, Thiago Augusto Lima Burgo

“…Finally, the output voltage signal from the induction electrode was processed through an input signal filter and a microcontroller, where four light-emitting diodes (LEDs) were incorporated to indicate the flow and type of liquid.…”
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Design of an intelligent disinfection control system based on an STM32 single-chip microprocessor by using the YOLO algorithm by Xueyi Wang, Xianrong Li, Haiying Du, Jing Wang

“…The proposed system comprises seven modules: image acquisition, spraying control, disinfectant liquid level control, access control, voice broadcast, system display, and data storage. The STM32 microcontroller is the main control chip and collects the disinfectant liquid level information and crowd density by using flow sensors, pressure and image. …”
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Experimental Analysis Using IoT-Based Smart Power Quality Analyzer System With Remote Data Access and GSM Alerting Mechanism by Balasubbareddy Mallala, Mohammad Faridun Naim Tajuddin, Sudhakar Babu Thanikanti, Rajasekhar Reddy Manyam

“…The hardware development is completed using Arduino Mega 2560 microcontroller in combination with ESP32 Wroom Wi-Fi gateway and SIM900A GSM gateway. …”
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Bioelectronic osteosynthesis plate to monitor the fracture bone healing using electric capacitive variations by Diogo G. Pires, Nuno M. Silva, A. Completo, Marco P. Soares dos Santos

“…Our technology includes a network-architectured capacitive interdigitated system, a Bluetooth module, an analog-to-digital converter, a multiplexer, a microcontroller, and a miniaturized battery. Results Both experimental tests with biological tissues and numerical simulations show strong evidence that this bioelectronic implant is able: (i) to detect the four distinct bone healing stages, with capacitance decreases throughout the healing process; and (ii) to monitor the callus formation across multiple target regions. …”
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