Designing Intelligent Fishcarelab System (IFS) as modern koi fish farming system

Rahmat, Basuki; Rachmanto, Tuhu Agung; Waluyo, Minto; Afandi, Mohamad Irwan; Widyantara, Helmy; Harianto, Harianto

doi:10.1109/isemantic.2016.7873827

Cited by 7 publications

(4 citation statements)

References 5 publications

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“…Rangkaian R2R digital to analog converter sederhana terbuat dari susunan Resistor seperti anak tangga, digunakan untuk pembelajaran DAC dan beberapa implementasi [3], [4], [5] dan [6] .…”

Section: Pendahuluanunclassified

Rancang Bangun ECG Simulator Menggunakan Digital to Analog Converter R-2R

Saimi¹

2021

j. kunnskapsteknol. inform. dan kompʹût.

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AbstrakPengujian atau mengkalibrasi alat Electro CardioGraph membutuhkan alat ECG simulator / phantom. Saat melakukan penelitian terdahulu, peneliti sangat tergantung dengan komponen DAC impor. Penelitian ini merupakan lanjutan penelitian terdahulu dengan menggunakan komponen yang banyak terdapat di Indonesia.Ini adalah penelitian eksperimen, menggunakan metode System Development Life Cycle, dengan tahapan merancang, membangun dan menguji, Spesifikasi ECG simulator yang akan di bangun, mampu menghasilkan sinyal ECG Normal, Sinusiodal dan Square, dengan beat rate 30, 60, 80, 120, 240 dan 300 BPM, dan amplitude pada pengukuran Lead II 0,5 Volt, 1 Volt, 1,5 volt dan 2 Volt. Memiliki output 10 terminal standard ECG. Kontrol dan pengolahan sinyal menggunakan Arduino pro mini, data digitalisasi ECG diperoleh dengan memperbesar cetakan sinyal ECG pada kertas kotak-kotak/grid, data sinusoidal dibuat menggunakan fungsi sin microsoft excel, sedang data digitalisasi square memberikan nilai output high dan low. Kemudian data digitalisasi diumpan ke serial to pararel IC 74595 dan DAC R2R untuk menghasilkan sinyal analog dan terakhir ke pembagi tegangan untuk terminal. Nilai resistor-resistor pembagi tegangan didapat perhitungan dan percobaan dari penelitian kami sebelumnya.Hasil pengujian menggunakan software simulasi di layar komputer, masih terlihat gradiasi konversi yang belum sempurna, tetapi cetakan pada alat ECG tidak terlihat. Pengukuran BPM sangat akurat, 100% sama antara nilai pemilihan Simulator dengan yang tercetak pada kertas ECG. Pengukuran amplitudo pada Lead II, mendekati nilai yang dipilih simulator. Kata kunci : ECG Simulator, ECG Phantom. Abstract Testing or calibrating the Electro Cardio Graph tool requires an ECG simulator / phantom tool. When conducting previous research, researchers were very dependent on imported DAC components. This study is a continuation of previous research using components that are widely available in Indonesia.This is an experimental research , using the System Development Life Cycle method, with the stages of designing, building and testing, the ECG simulator specifications to be built are capable of producing Normal, Sinusiodal and Square ECG signals, with beat rates of 30, 60, 80, 120, 240 and 300 BPM, and amplitude on Lead II measurements of 0.5 volts, 1 volts, 1.5 volts and 2 volts. Has an output of 10 standard ECG terminals. Control and signal processing uses Arduino pro mini, ECG digitization data is obtained by enlarging the ECG signal print on grid / grid paper, sinusoidal data is made using the sin() function of microsoft excel , while square digitization data provides high and low output values. Then the digitization data is fed to the serial to parallel IC 74595 and DAC R2R to produce an analog signal and finally to the voltage divider for the terminal. The values of the voltage divider resistors are calculated and tested from our previous research.The test results using simulation software on a computer screen show that the conversion gradient is not yet perfect, but the print on the ECG tool is not visible. The BPM measurement is very accurate, 100% the same between the Simulator selection value and the one printed on the ECG paper. The amplitude measurement on Lead II is close to the value selected by the simulator. Key Word : ECG Simulator, ECG Panthom

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“…Rangkaian R2R digital to analog converter sederhana terbuat dari susunan Resistor seperti anak tangga, digunakan untuk pembelajaran DAC dan beberapa implementasi [3], [4], [5] dan [6] .…”

Section: Pendahuluanunclassified

Rancang Bangun ECG Simulator Menggunakan Digital to Analog Converter R-2R

Saimi¹

2021

j. kunnskapsteknol. inform. dan kompʹût.

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“…Penelitian [8]- [12] mengusulkan sebuah sistem manajemen budidaya ikan berbasis Internet of Things (IoT) dengan mengintegerasikan berbagai sensor dan aktuator. Pada penelitian-penelitian tersebut tidak melakukan pengujian bagaimana performansi dari kualitas setiap sensor yang digunakan untuk melakukan monitoring terhadap kualitas kolam ikan, sehingga memungkinkan sistem tidak berjalan optimal.…”

Section: Pendahuluanunclassified

Peningkatan Kinerja Sensor DS18B20 pada Sistem IoT Monitoring Suhu Kolam Ikan

Irawan

Patmasari

Hidayat

2020

JTERA

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Pada proses pemeliharaan ikan, penentuan suhu air kolam merupakah salah satu faktor penting bagi kualitas pertumbuhan ikan. Bahkan dalam suatu penelitian mengenai ikan Betutu perbedaan suhu sekitar 2°C dapat menurukan survival rate ikan sebesar 20%. Penelitian ini bertujuan untuk meningkatkan kinerja sensor suhu DS18B20 yang digunakan pada sistem Internet of Things (IoT) untuk monitoring suhu kolam ikan. Parameter yang digunakan untuk menguji kualitas sistem sensor suhu tersebut adalah akurasi, Root Mean Square Error (RMSE), dan response time. Analisis dilakukan menggunakan metode regresi linier dan measurement rate berdistribusi normal. Kemudian hasil analisis dibandingkan untuk mengetahui pengaruh penggunaan metode regresi linier dan pengaruh measurement rate pada sistem monitoring suhu kolam ikan ini. Hasil penelitian menunjukkan bahwa setelah digunakannya metode regresi linier saat kalibrasi, akurasi pengukuran, RMSE, dan response time mengalami peningkatan.

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“…In this paper, a telemonitoring system for pond water quality for a koi fish farm was developed with several parameters, independent variables, using research time and water level [11]; bound variables, namely power, water flow from the river water pond to the turbine house, water flow from the turbine house to the koi fish pond, turbine rotation speed [12], pH sensor and TDS sensor [4] [13] in the turbine housing, pH sensor and TDS sensor in the koi fish pond; and controlled variables, such as water turbine house [14] and koi fish pond [15].…”

Section: Introductionmentioning

confidence: 99%

Telemonitoring of Water Quality for Koi Fish Hatchery Using Mechanical Turbine Method Based on Microcontroller

Adianda

Arinie

Imammuddien

2022

jartel

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One way to meet the needs of fish seeds in the general public is to cultivate fish species. UPT BBI (Balai Benih Ikan) Tlogowaru, is one of the fish seed cultivation sites located on Tajinan Tlogowaru, Kedungkandang sub-district, Malang City. Fish seeds include koi fish seeds. In the pool using water from the river. To maintain the water of the koi fish hatchery, the condition of color turbidity is monitored as the level of turbidity of the water visible from above the waters of the koi fish hatchery, and a water flow sensor is processed by esp32. The water flows through the gravity pipe which will turn the turbine. With the rotation, the generator will produce power which is used to activate the telemonitoring device. The water then enters the filtration and will be channeled to the koi fish hatchery. The results of this study have an average pH value of 6.8 - 7.2 and a TDS of 257-282 ppm after water filtration with the turbine speed value being influenced by water flow and turbine rotation speed and the average power consumption generated for system performance of 8.265 w/h using a MiFi network with QoS parameters measured are delay and packet loss in the low category. And the use of the website makes it easier for users to monitor fish seed ponds

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Designing Intelligent Fishcarelab System (IFS) as modern koi fish farming system

Cited by 7 publications

References 5 publications

Rancang Bangun ECG Simulator Menggunakan Digital to Analog Converter R-2R

Rancang Bangun ECG Simulator Menggunakan Digital to Analog Converter R-2R

Peningkatan Kinerja Sensor DS18B20 pada Sistem IoT Monitoring Suhu Kolam Ikan

Telemonitoring of Water Quality for Koi Fish Hatchery Using Mechanical Turbine Method Based on Microcontroller

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