Implementation of an IoT based Real Time Signal Acquisition System over the Cloud using ThingSpeak Platform for Multi-Zonal Temperature & Humidity Measurement
31 Jul 2020-Vol. 6, Iss: 7, pp 1-7
TL;DR: This work focuses on exploiting the IoT (Internet-of-Things) technology by measuring certain physical like parameters and getting that data over a cloud and a dedicated ThingSpeak channel was created by the user for this purpose.
Abstract: This work focuses on exploiting the IoT (Internet-of-Things) technology by measuring certain physical like parameters and getting that data over a cloud. The data can be stored in realtime and could be monitored on ThingSpeak Channel which is an open source cloud platform. In this project work, a dedicated ThingSpeak channel was created by the user for this purpose. The parameters measured were temperature and humidity only and an integrated due point, humidity, temperature measurement sensor DHT11 was deployed for the purpose. The system reads and transmits the measured data wirelessly using Wi-Fi protocol through ESP8266 enabled NodeMCU board. Hence the communication established between NodeMCU and ThingSpeak platform is through a local hotspot Wi-Fi network established by the user. The code has been edited and compiled in the Arduino IDE and the working hardware prototype will validate the work. Keywords—IoT; NodeMCU; ESP8266; ThingSpeak; Temperature; Humidity; Microcontroller; DHT11; Wi-Fi
Citations
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26 Dec 2020
TL;DR: In this paper, a proposed IoT-based Medical Assistant Robot (Aido-Bot) was designed and implemented for the disabled and the patients in need in hospitals to minimize person-to-person contact and ensure proper cleaning, sterilization and support in hospitals.
Abstract: This paper discusses in detail a proposed IoT-Based Medical Assistant Robot (Aido-Bot) that will be designed and implemented for the disabled and the patients in need. Such a robot's prime utilization is to minimize person-to-person contact and ensure proper cleaning, sterilization and support in hospitals. The paper explains the background of the study and will also explore some previous related works to find a collaboration of other relevant devices/systems so that a better device can be developed. Then the main algorithm, architecture and the controlling system are explained in detail. According to the proposed method, an IoT-Based Medicine Reminding and Medicine Providing System, Automatic Hand Sanitizer and IoT-Based Physiological parameters observing system (Body Temperature, Pulse rate, and Oxygen saturation level) are developed including a direct one-to-one server-based communication method and an end user android app maintaining system. Though the achievements defined in the paper look fruitful and superior, shortcomings still exist.
4 citations
17 Aug 2012
TL;DR: A wireless temperature measurement solution based on 51 series single-chip computer (SCM) and nRF2401 module is proposed and detailed explanation is given to describe the method including hardware and software used in the system.
Abstract: Temperature is one of the most important physical quantities in human being's life and production. The pursuit of precision, speediness, reliability and economy in the process of temperature measurement is a perennial issue in natural science. In circumstances where long distance or wiring problems exist, wireless technology is needed to conduct measuring tasks. This article proposes a wireless temperature measurement solution based on 51 series single-chip computer (SCM) and nRF2401 module. Detailed explanation is given to describe the method including hardware and software used in the system. Discussion on key problems during the process of implementation is made.
1 citations
26 Dec 2022
TL;DR: In this article , a detailed discussion of a proposed Internet of Things-based medical assistant robot called Aido-Bot, which will be designed and implemented for the benefit of patients who are unable to care for themselves and disabled individuals.
Abstract: This paper presents a detailed discussion of a proposed Internet of Things-based medical assistant robot called Aido-Bot, which will be designed and implemented for the benefit of patients who are unable to care for themselves and disabled individuals. From that point onward, an inside and out clarification is given with respect to the essential calculation, engineering, and controlling framework. IoT-Based Medication Reminding and Medication Giving Framework, Programmed Hand Sanitizer, and IoT-Based Physiological boundaries noticing framework (Internal heat level, Heartbeat rate, and Oxygen immersion level) are created as per the proposed strategy. These frameworks likewise incorporate an immediate coordinated server-based specialized strategy and an end client android application keeping up with framework. In spite of the way that the accomplishments portrayed in the paper give off an impression of being productive and predominant, there are still a few weaknesses.
26 Dec 2022
TL;DR: In this paper , a detailed discussion of a proposed Internet of Things-based medical assistant robot called Aido-Bot, which will be designed and implemented for the benefit of patients who are unable to care for themselves and disabled individuals.
Abstract: This paper presents a detailed discussion of a proposed Internet of Things-based medical assistant robot called Aido-Bot, which will be designed and implemented for the benefit of patients who are unable to care for themselves and disabled individuals. From that point onward, an inside and out clarification is given with respect to the essential calculation, engineering, and controlling framework. IoT-Based Medication Reminding and Medication Giving Framework, Programmed Hand Sanitizer, and IoT-Based Physiological boundaries noticing framework (Internal heat level, Heartbeat rate, and Oxygen immersion level) are created as per the proposed strategy. These frameworks likewise incorporate an immediate coordinated server-based specialized strategy and an end client android application keeping up with framework. In spite of the way that the accomplishments portrayed in the paper give off an impression of being productive and predominant, there are still a few weaknesses.
References
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TL;DR: The design and realization of the wireless temperature-test system set Nrf9e5 as a front-end and computer as a background can combine watchdog monitoring circuit with the lower power consumption, lowering the system power consumption as well as improving the reliability of the system.
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06 Apr 2017
TL;DR: Experimental result and percentage error curve endorse the reliability and feasibility of the proposed Arduino-based real time wireless temperature measurement and logger system.
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6 citations
02 Oct 2009
TL;DR: Combining virtual technology with meteorological measurement is becoming an important development direction of meteorological instruments and can realize the data acquisition of temperature and humidity as well as data transmission, analysis and display with the development software of virtual instruments.
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6 citations