IoT-Based Smart Parking Management System Using ESP32 Microcontroller

Simatupang, Joni Welman; Lubis, Aida Mahdalena; Thouvenot, Vincent

doi:10.23919/eecsi56542.2022.9946608

Cited by 8 publications

(5 citation statements)

References 9 publications

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“…Berdasarkan data Pemerintah Indonesia, target produksi padi tahun 2016 ditetapkan sebesar 80 juta ton, yang menandai peningkatan dari produksi tahun 2015 yang hanya mencapai 74,99 juta ton (BPS, 2018). Penetapan target ini diasumsikan tanpa adanya dampak dari El Nino atau gangguan oleh organisme perusak tanaman [7].…”

Section: Pendahuluanunclassified

Radar Wing Defender (RWD): Sistem untuk membantu para petani dalam mendeteksi dan pengusir hama burung

Fawwaz,

Fadhlurrahman,

Eka Putri

et al. 2024

komets

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Around 90% of Indonesia's population uses rice as food. However, the production process has not been able to fully fulfil the needs of the community, due to several obstacles that affect productivity. Bird pests are one of the main causes of rice disruption. Group birds are known as one of the few pests that tend to cause population problems. The purpose of this research is to get the design of an IoT-based rice bird repellent. This IoT-based bird repellent consists of two main parts: hardware, or hard system, and software, or soft system. An ESP32 microcontroller and ultrasonic sensors are used in this prototype. This Bird Pest Prototype can be hammered automatically. As a result, the existence of this prototype makes it easier for caregivers to treat patient wounds in case of pest injuries; however, this can be done more effectively and efficiently because caregivers do not need to visit the fields to treat patient wounds due to various pest injuries. Based on this prototype, if the ultrasonic sensor detects a bird with a range of 0 to 4 metres, the buzzer will sound, and the servo motor will move the lever to bring the radar-detected bird closer.

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Section: Pendahuluanunclassified

Radar Wing Defender (RWD): Sistem untuk membantu para petani dalam mendeteksi dan pengusir hama burung

Fawwaz,

Fadhlurrahman,

Eka Putri

et al. 2024

komets

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“…According to Nikoloski [1], the implementation of information technology in industrial activities offers at least three concrete benefits: (1) significantly reducing operational costs, (2) enhancing the quality of products, production processes, and customer service, and (3) fostering innovative product development to compete in more potential markets. A commonly used technology in industrial processes today is the Internet of Things, often abbreviated as 'IoT' or "IOT" (which can be used interchangeably).…”

Section: Introductionmentioning

confidence: 99%

“…A commonly used technology in industrial processes today is the Internet of Things, often abbreviated as 'IoT' or "IOT" (which can be used interchangeably). Terminologically, IoT is a concept in information technology that enables the connection of various entities such as electronic devices, sensors, actuators, factories, or even entire cities to an interconnected network or the internet [2][3][4]. This allows for the realization of a smart system, characterized by independence and automation, minimizing the need for human intervention [5][6][7][8].…”

Section: Introductionmentioning

confidence: 99%

Internet of Things and Web-App-Based Data Accessibility and Management System for Chromameter Sensor Database

Samsuri,

Simatupang

2024

Green Intell. Syst. Appl.

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Information technology, an integral part of most industrial activities, is essential for supporting the rapid and substantial processes of the industrial sector. A key component of this technology is the Internet of Things (IoT), which is extensively integrated into these systems. At PT Sugity Creatives, an analysis revealed impractical methods in the production process, such as manual data recording and input, as well as the use of stickers on the rear side of product bumpers. These stickers can be detached from the main body (car) for verification purposes. To improve these processes, a data accessibility and management system were incorporated into a Raspberry Pi-based chromameter sensor prototype. This integrated system is designed to collect and store data in a database and uniquely identify data using QR Codes. The system takes an average of 7.97 seconds to store data and generate a QR Code per entry. This includes a module processing time of 7.25 seconds per data point and a rapid transmission rate of 0.72 seconds, covering data recording and QR Code transmission from the chromameter prototype, with data sizes ranging between 700 to 750 bytes.

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“…By using the Rapid Application Development method to speed up testing in one iteration cycle, research conducted by (Hetiosa et al, 2022;Simatupang et al, 2022) can help inventory become more efficient and effective. Apart from that, in designing the system, Code Igniter was used as a framework to simplify the system development process.…”

Section: Introductionmentioning

confidence: 99%

“…Research on information systems related to motorbike spare parts retail conducted by (Hetiosa et al, 2022;Yuniar et al, 2023) using the waterfall method with PHP programming resulted in users being able to carry out transactions easily and increasing effectiveness and efficiency in the company's business processes. (Simatupang et al, 2022;Veeramanickam et al, 2022) utilized Espduino-32 in the parking system. The use of the HC-SR04 ultrasonic sensor is to be able to identify vehicles that are about to park their vehicles and also detect vehicles that have been parked with the aim of making it easier for vehicle owners who are about to park their vehicles to be able to find a parking space.…”

Section: Introductionmentioning

confidence: 99%

Espduino-32 Utilization in the Warehouse Storage Information System of the Metal Processing Industry Department

Miranty,

Nasriadi

2024

JTM

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An information technology system basically includes 3 things, namely hardware such as computers and printers, then software, and also the user or user who controls it, or what is usually called brainware. In the industrial world, information systems are needed to facilitate the work carried out by users. Based on the results of observations at the research location, several problems were found, namely the process of searching for items took a long time due to the location of the items not being well organized and the layout of the shelves in the warehouse being quite confusing. The number of items in the warehouse is also not recorded, making the warehouse manager unable to confirm the number of items in the warehouse. Numbering shelves in the warehouse is also a problem because insufficient lighting makes it difficult for users to find the right shelf in a short time. By designing an information system in the form of a website related to the warehouse inventory system which is connected using WiFi connectivity with the Espduino-32 module which controls the relay to turn on the shelf marker lights when and during the user's search for items. The results obtained from the implementation are that the process of searching for items in the warehouse is easier and can be done in a short time with the shelf number information listed in the search system as well as the indicator lights that will light up during the search process

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IoT-Based Smart Parking Management System Using ESP32 Microcontroller

Cited by 8 publications

References 9 publications

Radar Wing Defender (RWD): Sistem untuk membantu para petani dalam mendeteksi dan pengusir hama burung

Radar Wing Defender (RWD): Sistem untuk membantu para petani dalam mendeteksi dan pengusir hama burung

Internet of Things and Web-App-Based Data Accessibility and Management System for Chromameter Sensor Database

Espduino-32 Utilization in the Warehouse Storage Information System of the Metal Processing Industry Department

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