Basic Logic Gate Detector Using Atmega328P and Android App

Patil, Yash; Naik, Sumedh; Phadnis, Rashmi; Kamble, Vijaya

doi:10.29042/2019-4937-4940

Cited by 2 publications

(2 citation statements)

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“…The main component of the bracelet is the main microcontroller which collects data from connected devices and also communicates with the Wi-Fi module. In this case, the microcontroller ATmega328p was chosen due to the sufficient speed, low power consumption, and suitable communicating interfaces [16]. All active chips are communicating via the inter integrated circuit (I2C) interface which is very suitable for this design.…”

Section: Braceletmentioning

confidence: 99%

Design of an internet of things based real-time monitoring system for retired patients

et al. 2021

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The main aim of this article is to design a monitoring center for collecting and evaluating the physiological function of retired patients in nursing homes. The system should be able to collect the information of body heat, heart rate, blood oxygen, orientation, and sleep time in the form of the little bracelet. The evaluating part of the system with the program can be placed into personal computer (PC) which can provide a user-friendly interface and easy managing. The program can display all needed information of the patient from previous days or months in the form of the graphs and the nursing person can have the view of the patient´s physiological health. The evaluation and the collection of the data from each patient are done only on the card and the computer is only a device for live-view and managing. In case of the power failure, the monitoring system will be still operating normally due to the uninterruptible power supply (UPS) in the form of the battery. It means that the system will operate even if the PC is powered off. The system also has several external communication interfaces like wireless fidelity (Wi-Fi), ethernet, and general packet radio service (GPRS) which provides an external connection.

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Section: Braceletmentioning

confidence: 99%

Design of an internet of things based real-time monitoring system for retired patients

et al. 2021

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“…Data memory is typically Static RAM (SRAM), and the program memory is stored in the Flash memory [19]. The microcontroller also equipped with 14 pins which can be used for the output or input and some of these pins support PWM, analog inputs, and connection of a 16 MHz crystal [21].…”

Section: The Main Microcontroller Atmega328pmentioning

confidence: 99%

Control and indicating equipment communicating via the peripheral component interconnect express bus

Mach¹,

Adámek²,

Valouch³

et al. 2020

Bulletin EEI

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Nowadays, the Intruder Alarm system is commonly used to protect the life, health and the possession of people in big companies. However, these systems have limited options for managing and remote control. This lack is very often criticized by big companies which want to use the Intruder Alarm System with other applications like Access and Attendance control. The aim of this article is to design a Control and Indicating Equipment which can be implemented into commercially made Personal Computer as expansion card. The designed card provides the main function of the Intruder Alarm system which can be further extended by other applications. The system consists of external communication like Universal Serial Bus, Ethernet and General Packet Radio Service interface. Each individual part of the system is driven by a single microcontroller ATmega328P which can handle communication and evaluation of the current state obtained by devices connected to it. The design can offer all alarm and non-alarm visualization of smart control like irrigation, lights control, audio system, etc. The whole design is driven by the proper standardization and the design consists of every schematic which comes with the explanation

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Basic Logic Gate Detector Using Atmega328P and Android App

Cited by 2 publications

References 0 publications

Design of an internet of things based real-time monitoring system for retired patients

Design of an internet of things based real-time monitoring system for retired patients

Control and indicating equipment communicating via the peripheral component interconnect express bus

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