Smart Home OS.docx

JOURNAL OF CRITICAL REVIEWS, 2020

This paper provides a proposition for domestic home mechanization utilizing speech by means of Google Assistant. Home computerization or home mechanization The term home robotization work done by Jim Hill has originated from profoundly respected. we've seen many home computerization innovations presented throughout the years from Zigbee mechanization to Amazon Echo, Google Home and private from Apple. It is end up weed these days. The Google Home cost is about one hundred fifty (USD) with the delivered price of the units to be connected, the whole fee of the software reaches over $ 250 (USD). Along these lines, generally speaking what we see here is that to shape our home delightful requires a lot of speculation, incidentally another $ 250 (USD) for an essential arrangement. Imagine a scenario where we were prepared to turn our home inside certain figuring’s and be prepared to control up to eight machines utilizing Google Assistant. Truly, this paper portrays the usage of such a program. the idea behind this page is to oversee home machines like any electronic contraptions with Google Assistant that attach with the IFTTT server. On the off chance that this condition is palatable, at that point the activity will be sent to the Adafruit MQTT server for reference to the house merchandise. The software is run the usage of general family tools Natural voice instructions are supplied by means of Google Assistant and with the help of IFTTT (if This Then That) software and MQTT software instructions are recognized and dispatched to the microcontroller, the microcontroller additionally manages the connections that are linked to that PRN, turning on a device related to a specific transmitter In or off as requested via customers on Google Assistant. The microcontroller used is NodeMCU (ESP8266) and additionally the verbal exchange between the microcontroller and additionally the software is about up over Wi-Fi (Internet).we've likewise laid out an approach to re-coordinate the vitality investment funds and vitality proficiency of this paper.

International Journal of Advance Research and Innovative Ideas in Education, 2017

Being able to control aspects of our houses, and for having the feature to respond automatically to events, it is becoming more and more popular and necessary due to security and cost purposes. We propose to implement an integrated home automation and security system. Our project proposes a low cost solution using off the shelf components to reduce cost and open source software to get around licensing requirements of software. Zeus controls sensors and actuators that monitor a defined location and take action based on specified parameters like ambient light, temperature etc. The Zeus can also send alerts if it detects an abnormality. The voice recognition schema allows the user to use voice commands to control his house. Zeus refers to combined hardware of Personal Computer with Raspberry Pi and Arduino.

environment

Procedia Computer Science

In the last few years substantial progress has been made in smart home technologies, and promises to support and assist us in our daily life are higher than ever. This holds not only for regular users but also for people with special needs such as the elderly and people with disabilities. The appropriate design of smart homes can enable a more independent life for these users and can give them the chance to stay in their familiar environment for a longer period of time. Hence, the smart home concept can play an important role when addressing the demographic change that is present in most industrial countries. However, although technologies seem to be advanced and the expected benefits are high, a widespread adoption has not yet taken place. There are various reasons for this situation. Among them, the lack of appropriate user interfaces for the heterogeneous user group of future smart homes and the problem of low interoperability between different smart home systems can be mentioned. Two platforms addressing these problems are the Eclipse Smart Home (ESH) project and the Universal Remote Console (URC). ESH focuses on the integration of different device and back-end technologies; URC provides a personalized, pluggable user interface. This paper analyzes the similarities and differences between the two systems. As a result of the analysis, a concept for integrating the ideas of URC into the ESH project is proposed. This concept is a first step towards a platform for personalized user interfaces in the Smart Home and Ambient Assisted Living domain.

International Journal of Trend in Scientific Research and Development, 2017

Life is getting to be plainly less demanding and less difficult with headway of Automation technology. In the present world manual framework are supplanted via Automatic frameworks. As innovations are getting propelled numbers of web clients are expanding and Internet turns into a piece today life, and IoT is the most recent and updating web innovation. Web of things is a quick developing system from ventures to purchasers that can share data and finish errands while you are occupied with other activities. Home Automation framework (Wireless) using IoT is a framework that utilizations PCs or cell phones to control essential home capacities and highlights naturally through web from anyplace around the globe, a robotized home is now and again called a shrewd home. It is utilized to spare the power and human energy. User can work the framework from anyplace around the globe throug web association this make home robotization framework not quite the same as some other framework.

2004

The Archimedes Project is studying smart houses as part of a larger topic of “Human Centered Interfaces to Ubiquitous Computers.” Our research strongly suggests that the success of smart houses will depend on the creation of Intelligent Environments that embody the following three components: 1. A smart infrastructure that adheres to widely accepted standards 2. Smart appliances from many manufacturers that adhere to these standards 3. Human-Centered Interfaces that automatically adapt to the needs of individual users.

2010

Smart homes are becoming more popular, as every day a new home appliance can be digitally controlled. Smart Digital Homes are using a server to make interaction with all the possible devices in one place, on a computer or webpage. In this paper we designed and implemented a mobile application using Windows Mobile platform that can connect to the controlling server of a Smart Home and grants the access to the Smart Home devices and robots everywhere possible. UML diagrams are presented to illustrate the application design process. Robots are also considered as devices that are able to interact to other object and devices. Scenarios are defined as a set of sequential actions to help manage different tasks all in one place. The mobile application can connect to the server using GPRS mobile internet and Short Message System (SMS). Interactive home map is also designed for easier status-checking and interacting with the devices using the mobile phones.

Automation, 2022

The ideal smart home could be automatically controlled using a variety of electronic tools and devices to perform everyday tasks. Smart home automation is crucially beneficial for human life, particularly when considering those with disabilities, inpatients, and elderly populations. In this paper, applications and systems for smart homes are investigated. During experimentation they were controlled via an Android mobile phone and the Arduino platform. Bluetooth Module HC-06 was used to connect the Arduino Uno R3 with the mobile phone. Five smart home applications were developed to control the lighting and electrical sockets, fan speed, temperature- and humidity-meter display/controls, as well as the fire-alarm and toxic-gas alarm systems. Herein, the definition, the graphical user interface, the required main components, and the control circuit connections are prepared and presented for each application. The graphical user interface was created using the RemoteXY website, which is a reliable website for this purpose. The developed applications were tested, and they were found to work efficiently and correctly. Additionally, this innovative system is both cost-effective and affordable (total cost at the time of development was 110 USD).

This paper presents a flexible standalone, low cost smart home system, which is based on the Android a pp communicating with the micro-web server providing m ore than the switching functionalities. The Arduino Ethernet is used to eliminate the use of a personal computer (PC) keeping the cost of the overall syst em to a minimum while voice activation is incorporated for switching functionalities. Devices such as light switches, power plugs, temperature sensors, humidit y sensors, current sensors, intrusion detection sen sors, smoke/gas sensors and sirens have been integrated i n the system to demonstrate the feasibility and effectiveness of the proposed smart home system. Th e smart home app is tested and it is able successfu lly perform the smart home operations such as switching functionalities, automatic environmental control a nd intrusion detection, in the later case where an ema il is generated and the siren goes on

Academia Biology, 2023

Introduction: Sesamum alatum is a herb, sometimes considered a weed, common in African and Asian countries. It is used as a food and medicine but receives little attention in the scientific literature. Therefore, studying it for more effective and sustainable use is essential. Objective: To describe biological, geo-ecological, cultivation, and utilization features of S. alatum.Review methods: The study reviewed material from the online catalog JSTOR Global Plants, scientific articles, and other scholarly sources. It was conducted in Atlas.ti using the codes “description,” “taxonomy,” “ecology and distribution,” “production,” “food value,” and “medicinal value.” Then, the resulting quotes were compiled into coherent text. Results: S. alatum is an erect, herbaceous plant with lanceolate leaves, pentameric flowers with spotted reddish colors, elongated capsular fruit, and dark-winged seeds. The plant occurs in savannas, villages, or roadsides of tropical Africa, the Near East, and Tamil Nadu. Some rural communities grow the plant, and the hybrid S. alatum × S. indicum increases sesame’s resistance to phyllodes. Leaves and seed oil have culinary and medicinal values. S. alatum inhibits the growth of Escherichia coli, Pseudomonas cepacia, and Staphylococcus epidermis, exhibits antidiabetic, antinephropic, antidiarrheal, and aphrodisiac properties, and helps treat infertility in women and cattle. Conclusions: A cost–benefit analysis for the use of S. alatum as a food and plant therapeutic resource suggests that it would be unwise not to harness it, considering its high level of spontaneous anthropogenic dissemination, its nutritional value, potential as an antimicrobial, antidiarrheal, and antidiabetic agent, and evidence of its benefits in sexual and reproductive health.