Evaluations of internet of things-based personal smart farming system for residential apartments

Shuhaimi, Fatin Natasya; Jamil, Nursuriati; Hamzah, Raseeda

doi:10.11591/eei.v9i6.2496

Cited by 5 publications

(5 citation statements)

References 16 publications

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“…In the same way, after verifying that the sensors are correctly calibrated, the correct operation of the alert levels was verified, as shown in Fig 12., where the activation of the green LED is verified, indicating that we are in a moderate environment, in which it was verified through the statistical tables of Fig 14,15,16 and 17 where it is shown that there was a stability in the environmental magnitudes in the hours from 9 to 11 am. While in Fig 13 . It indicates the lighting of the red led, where the buzzer was automatically activated indicating that we are in an unhealthy alert level, in which it was possible to highlight that the temperature in a time from 1 to 2 pm was constant at 27 to 28ºC, proving to be at the limit of the unhealthy level.…”

Section: Table V Results Obtained In the Weather Station Testsmentioning

confidence: 61%

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Design of a Weather Station with IoT in the Wetlands of the District of Ventanilla – Callao.

Cerdan¹,

Arenas²

2022

IJETAE

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Currently, pollution and global warming is a very controversial problem, due to the various consequences and effects it generates on health and the environment. There are studies that highlight that the main pollutants are due to human action that generates the extermination of certain ecosystems, as well as the increase in various acute and chronic diseases. The ecosystems most neglected by the authorities and the citizens are the wetlands, which can be seen reflected in the wetlands of Ventanilla, whose surface has been reduced from 1,500 to 275.45 hectares due to overpopulation and contamination by the citizens themselves in recent years. These accessions endanger the extermination of the habitat of 126 birds and 27 species of native plants that inhabit a certain place, which is of great concern because these ecosystems are rapidly degrading. That is why, in the face of this problem, the design of a weather station applying the internet of things is proposed, which aims to inform the caretakers of the current state of the wetlands through a web server, where it will serve to carry out preventive actions. regarding the care of a certain ecosystem that are essential for the stabilization of CO2 emissions. This system is made up of the ESP32 platform, which will activate the emergency lights and a siren when the DHT 22, BMP180, ML8511 and MQ135 sensors detect abnormal values in temperature, humidity, atmospheric pressure, altitude, UV radiation and toxic gases.

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Section: Table V Results Obtained In the Weather Station Testsmentioning

confidence: 61%

“…It is used in projects to monitor environmental conditions such as the UV index. It detects light with wavelengths from 280 to 390 nm, which covers the UVB and UVA spectra [15]. The analogy output is linearly related to UV intensity (mW/cm2).…”

Section: Table I Characteristics Of the Dht 22 Sensormentioning

confidence: 99%

Design of a Weather Station with IoT in the Wetlands of the District of Ventanilla – Callao.

Cerdan¹,

Arenas²

2022

IJETAE

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“…At present, the research and application of digital information systems are developing at an astonishing speed, and such high-speed development marks the substantial progress of information technology [ 15 ]. Digital information systems have been widely concerned and applied by governments at all levels and the industry abroad.…”

Section: Related Workmentioning

confidence: 99%

Multiscale Layout and Planning of Smart Gardens in the Environment of Agricultural Internet of Things

Geng

Chun

2022

Computational Intelligence and Neuroscience

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This paper studies the general architecture and key technologies of the Agricultural Internet of Things and summarizes the latest progress of the Internet of Things system model. On this basis, a general system architecture model suitable for the Agricultural Internet of Things is initially established, and the key technologies of the Agricultural Internet of Things are expounded to provide a reference for the in-depth application and development of the Agricultural Internet of Things. Aiming at the problem that the energy consumption of each node in the network is uneven in the process of monitoring agricultural production environment by wireless sensor network, which leads to the failure of some nodes in the network too fast, an event-driven wireless routing algorithm for agricultural production environment monitoring is proposed. By reducing the number of pieces of control information sent in the cluster, the algorithm selects the next hop forwarding node from candidate nodes according to the forwarding cost function to shorten the data transmission distance, reduce energy consumption, and improve the life cycle of the entire network. The experimental results show that the algorithm in this paper effectively avoids the waste of node energy consumption caused by the active transmission mode and at the same time better balances the overall energy consumption of the network and prolongs the life cycle of the network. The platform satisfies the needs of a local garden bureau to integrate comprehensive landscaping business information and display comprehensive landscaping information in a comprehensive, timely, and dynamic manner. At the same time, it has made useful explorations in the development and integration of landscaping business data interfaces and GIS data interfaces. All system functions of the smart garden information management platform project are reasonably designed and completely correct and basically meet the software function requirements specified in the requirements specification. Some functions were found not realized during the test. After rectification, various systems have been improved. All system interfaces of the smart garden information management platform project have reasonable layout, simple operation, and good ease of use. The smart garden information management platform project meets the business logic requirements and fulfills the requirements of the information construction of the Garden and Greening Administration. All systems of the smart garden information management platform project are simple to install and easy to operate and meet the user’s requirements after installation. The system has a strict permission setting function. People with different permissions can only see the content of the fields that they have permission to access, which effectively ensures the security of the data.

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“…Moreover, our design is subject to client/server architecture and is based on the relationships that exist between the many applications in health monitoring [18]- [20]; i) gathering of data from sensors, ii) support of user interfaces and displays, iii) connectivity of networks and access to infrastructure services, iv) requirements of low power, robustness, durability, accuracy, and reliability. To identify the most appropriate vital parameters to reflect the human physical condition, many mobile emergency monitors and emergency case protocols have been examined [21]. Generally, many parameters are known to be important in human safety like body temperature, electrical activity of the heart (ECG), pulse and oxygen in blood, etc.…”

Section: Issn: 2302-9285 mentioning

confidence: 99%

Telehealth care enhancement using the internet of things technology

2021

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Chronic diseases quickly become broader public health issues because of the difficulty in obtaining appropriate, often long-term health care. So that, it requires the extension of health care for patients with chronic diseases beyond the clinic to include patient’s home and work environment. To reduce costs and provide more appropriate healthcare, we need telehealth care where internet of things (IoT) technology plays an important role. The integration of the IoT and medical science offers opportunities to improve healthcare quality, and efficiency and to better coordinate healthcare delivery at home and in the workplace. In this paper, we present the realization of a remote healthcare system based on the IoT technology. The function of this system is the transmission via a gateway of internet collected data using biomedical sensors node based Arduino board (e.g., temperature, electrical activity of the heart, heart rate monitor). These data will be stored automatically in a cloud. The health can then be monitored by the doctor or patient using a web page in real-time from anywhere at any time in the world using laptops or smart phones, etc. This method also reduces the need for direct interaction between doctor and patient.

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Evaluations of internet of things-based personal smart farming system for residential apartments

Cited by 5 publications

References 16 publications

Design of a Weather Station with IoT in the Wetlands of the District of Ventanilla – Callao.

Design of a Weather Station with IoT in the Wetlands of the District of Ventanilla – Callao.

Multiscale Layout and Planning of Smart Gardens in the Environment of Agricultural Internet of Things

Telehealth care enhancement using the internet of things technology

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