Design of smart home environment monitoring system based on raspberry Pi

Wen, Xinlong; Wang, Yunliang

doi:10.1109/ccdc.2018.8407864

Cited by 10 publications

(6 citation statements)

References 2 publications

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“…In [16] the author used raspberry-pi micro-controller board for monitoring temperature and humanity using Bluetooth and GSM modules. The study contains many modules which are: Raspberry Pi, EnOcean control protocol transceiver module, Internet access module, data storage module.…”

Section: Introductionmentioning

confidence: 99%

Smart Home Automation System

Zaro

Tamimi

Barakat

2021

International Journal of Engineering and Innovative Research

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This paper presents a low cost, flexible and scalable Smart Home Automation System based on Arduino Technology and Wi-Fi connection, in addition to apply specific techniques for reduction of power consumption and load management. The system will be accessible anywhere, anytime for controlling and monitoring. This study relies on Arduino Technology and Node-MCU boards, the electrical appliances are connected to a cloud database that communicates with the user by an android application connected to the internet. A prototype for a specific house has been built, the proposed system is able to control all home electrical units and appliances like: lighting, sockets, HVAC units, fire, gas and intruder siren systems, in addition to monitor the real time power consumption, the house PV system generation and the current room's temperature and humidity. Furthermore, the system is able to reduce power consumption using predefined algorithms.

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Section: Introductionmentioning

confidence: 99%

Smart Home Automation System

Zaro

Tamimi

Barakat

2021

International Journal of Engineering and Innovative Research

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“…In this study we explore how the aforementioned challenges are confronted when reusing components from the popular Eclipse Smart Home (ESH) framework that is used as the 'source' application. ESH was selected because it is frequently used in research [19,21,33], has a strong support from industrial players like Bosch and QIVICON, and is often reused for building commercial products (e.g., Mixtile Hub, Coqon). As a 'target' application, we employ the OpenHab project, which is based on ESH.…”

Section: Examining the Reusability Of Smart Homementioning

confidence: 99%

“…Currently, ESH provides all the benefits of an open source project, such as a big support from the community and cost efficiency which renders it a primary choice when it comes to reusing components for building IoT solutions. Additionally, ESH is consistently used for empirical research the last years in the context of building automations [19], monitoring environments for smart and secure homes [21,33], and from the perspective of user interface [29]. Table 1 presents the summary statistics of the two projects adopted in this study.…”

Section: Eclipse Smart Homementioning

confidence: 99%

Examining the Reusability of Smart Home Applications: A Case Study on Eclipse Smart Home

Smiari

Bibi

Feitosa

2019

Lecture Notes in Computer Science

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Smart Homes consist of a plethora of IoT devices most of which developed by different manufacturers. To handle the diversity of IoT devices within the context of Smart Home automation, literature has suggested the use of frameworks. In this paper we argue that developers can benefit from such frameworks as a solution to build flexible and easily extendable systems by reusing their components. For this purpose, we explore the reuse opportunities that can be offered by Eclipse Smart Home (ESH) framework. In particular, we performed a case study and analyzed 107 packages from the ESH framework that offered 240 reusable components to the OpenHab application. We investigated (a) which types of functionality are mostly facilitated for reuse (b) which types of reuse are mostly adopted and what is the integration effort required (c) what is the quality of the reused components and compared them to the components built from scratch. The results of the case study suggest that: the main functionality reused is the one related to Interface Adapters and the main type of reuse is Variable Type. Regarding the effort for integrating the reused components it can range from 38 lines of code to 1421 lines of code. Moreover, the quality of the reused components is slightly improved compared to the rest of the components built from scratch. Keywords: Smart Home Á IoT applications Á Reusability Á Effort estimation Á Flexibility Á Extendibility 1 https://www.smartcitiesworld.net/special-reports/special-reports/why-the-smart-city-couldincreasingly-start-at-home.

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“…Here, the proposed work can only do monitoring, but unable to control loads. In [7], a smart home environment monitoring system is designed with Raspberry Pi based smart home controller, EnOcean/Wi-Fi wireless sensor control network, and smart home PC client. In [8], a solution is developed to control home appliances like light, fan, door cartons, energy consumption, and level of the Gas cylinder using various sensors and microcontrollers such as Node MCU ESP8266 and Arduino UNO.…”

Section: Related Workmentioning

confidence: 99%

“…Also, it checks, the level of gas in the gas cylinder -if it reaches lesser than the threshold, it automatically places the order for refill gas cylinder and sends a reference number as a message to the house owner. However, load control using a smartphone app and using wall display panel is not discussed in [7] and [8]. In [9], the design of a Smart Power Strip is discussed where the loads can be turned on/off using a smartphone app that communicates wirelessly with the microcontroller using Bluetooth.…”

Section: Related Workmentioning

confidence: 99%

A Wi-Fi based Architecture of a Smart Home Controlled by Smartphone and Wall Display IoT Device

Khan¹

2018

Adv. sci. technol. eng. syst. j.

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In this age of smart devices, many people are carrying a smartphone with them all the time. When they are at home, most of them are connected with the home Wi-Fi network. In this paper, a Wi-Fi network based architecture is proposed to control home appliances using a smartphone and also with a touchscreen-based wall display panel. The proposed system enables the user to control appliances from anywhere in the home without the pain of walking towards the switch panel on the wall. In this project, the mechanical switch based panel on the wall is replaced by the state-of-the-art touch-based liquid crystal display. Along with buttons, the display also shows current weather and time widgets. The smartphone app and a prototype of the display panel using Raspberry Pi with Android Things operating system is developed and tested.

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Design of smart home environment monitoring system based on raspberry Pi

Cited by 10 publications

References 2 publications

Smart Home Automation System

Smart Home Automation System

Examining the Reusability of Smart Home Applications: A Case Study on Eclipse Smart Home

A Wi-Fi based Architecture of a Smart Home Controlled by Smartphone and Wall Display IoT Device

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