Temperature Control Based on Fuzzy Logic Using Atmega 2560 Microcontroller

Khairudin, Moh.; Ibrahim, Badaruddin; Arifin, Fatchul; Rohjai, B.; Duță, Alina; Nurhidayah, F.; Mahendra, I G B

doi:10.1088/1742-6596/1737/1/012044

Cited by 5 publications

(3 citation statements)

References 8 publications

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“…This study designed door security with a door bar control system that can be done from outside the house using an android and keypad so that the bar behind the door automatically closes and opens according to the password code command entered by the user or homeowner [7]. In addition, the advantage of this tool is that when the door is broken into forcibly, the magnetic field or battery touches the positive pole (+) and negative pole (-), producing sounds and sounds issued by the buzzer as an alarm [8]. The only drawback of this study is that the door security design is still a prototype, so it is necessary to develop it for further research [9].…”

Section: Introductionmentioning

confidence: 99%

Design of Smart Locker Door Using Quality Function Deployment Based on ATMega 2560 Microcontroller

Filhaq,

Aprianto,

Alfianto

2023

JURIT

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Smart Locker system to provide more security for the house that is a place to live to avoid losses and negative impacts of criminal case actions with incrimination. This study designed door security with a door bar control system that can be done from outside the house using Android and a keypad so that the bar behind the door automatically closes and opens according to the password code command entered by the user or homeowner. Consumer desires home security systems using the QFD (Quality Function Deployment) method. The QFD method will conclude that a better door security product design is needed, with home security system updates as needed. Consumers need thirteen dimensions with three priorities with the highest value, namely securing the door of the house with a shape that matches the door with a rating of 4.55, Securing the door of the house has an alarm system with a rating of 4.50, Securing the door of the house is easy to use for the owner. The intelligent locker design is based on ATMega 2560 Microcontroller, which functions to program other components so that they can work according to the data that has been inputted

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Section: Introductionmentioning

confidence: 99%

Design of Smart Locker Door Using Quality Function Deployment Based on ATMega 2560 Microcontroller

Filhaq,

Aprianto,

Alfianto

2023

JURIT

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“…The developed technology was expected to aid the process of maintaining crop quality for 24 hours a day until harvest. Based on the measurement data of several supporting variables for soil and plant fertility as well as follow-up of the measurement results, the integration of ICTs in agricultural models eliminates fears of pest attacks, soil degradation, and low-quality yields [15][16][17]. The need for agricultural products, especially organic rice, is increasing linearly with public awareness about food safety and health.…”

Section: Introductionmentioning

confidence: 99%

IoT-based Smartfarm Technology for Rice Farming

Khairudin,

Fajar Dwi U,

Hakim

et al. 2023

JNTE

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One of the big problems in agriculture in the tropics, especially in Indonesia, is rainy and dry seasons. During the rainy season, agriculture in Indonesia in general can run smoothly because the water resource as the main supply of water for various types of plants is available regularly and in abundance. During the rainy season, agricultural products, including livestock abound, because animal feed is also available in abundance. However, a phenomenon occurs during the dry season. When the water supply is minimal or even unavailable, the planting process decreases and even fails before the harvest season. This research tried to bridge the agricultural sector so that it can continue to strive without being affected by the seasons. It is hoped that the agricultural sector can increase its production. This research integrated information and communication technologies (ICTs) through engineering variable measurements of soil water availability, soil moisture, air humidity, temperature of the planting environment, and real-time monitoring of plant conditions. The measurements of several determinant variables in agriculture were followed by responses to the measurement results. It is expected that the process of maintaining crop quality can be done all day until harvest. This technology is applicable to assist farmers in monitoring soil moisture, water level, and water discharge produced. This technology was also designed to be connected to the Internet of Things (IoT) in which data on soil moisture, water level, and water discharge are processed and sent to users. The data sent are connected to the Smartfarm web which can be accessed through smartphones. In addition, this technology is anti-theft and can be operated and monitored remotely.

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“…Of course this is not effective, not effective because when the operation is still manual (operator), the possibility of errors is very high and considering that the floodgates play an important role as a regulator of water flow in the river [6]. To overcome these problems, this study designed an automatic sluice system using the fuzzy logic technique in determining the amount of sluice opening based on the flow of water flowing at the intake, this water flow measurement system uses a sensor of water flow [7]. With this automatic sluice system, it is hoped that the flow of water flowing at the intake will be more stable and the factor of human negligence that often occurs can be avoided [8].…”

Section: Introductionmentioning

confidence: 99%

Design of automatic water level control system using fuzzy logic

Khairudin

Hakim

Rahmawan

et al. 2022

J. Phys.: Conf. Ser.

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With less rainwater that is absorbed into the ground, and the obstruction of water flow causes flooding. The floodgates on river dams are still using manual systems by utilizing human operators, in this case sometimes mistakes occur in decision making. The solution to this problem is to create an automatic sluice system, so that when the condition of the water discharge at the intake is excessive or insufficient, the sluice can open and close pursuant to the required automation of water flow. Measurement of water discharge using a water flow sensor, the results of the sensor readings will be forwarded to the actuator as a door actuator. In this study, the design of the floodgate control system on the dam was carried out through the fuzzy logic technique. The water level and flow sensor data are processed by fuzzy logic technique to control the opening of the floodgates and the condition of the weir. The benefit of this system is easy to monitor and control the floodgates on the weir, with proper control and supervision it will make the water flow evenly distributed, as well as provide early warning information to anticipate when river water overflows and has the potential to flood.

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Temperature Control Based on Fuzzy Logic Using Atmega 2560 Microcontroller

Cited by 5 publications

References 8 publications

Design of Smart Locker Door Using Quality Function Deployment Based on ATMega 2560 Microcontroller

Design of Smart Locker Door Using Quality Function Deployment Based on ATMega 2560 Microcontroller

IoT-based Smartfarm Technology for Rice Farming

Design of automatic water level control system using fuzzy logic

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