Sistem Identifikasi Perkembangan dan Pertumbuhan Sapi, Kambing Untuk Meningkatkan Kepercayaan Investor

Meiratri, Andriyana Kurnianisa (2023) Sistem Identifikasi Perkembangan dan Pertumbuhan Sapi, Kambing Untuk Meningkatkan Kepercayaan Investor. Other thesis, Institut Teknologi Sepuluh Nopember.

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Abstract

Permasalahan yang di alami mitra peternak sapi dan kambing potong yaitu sulit untuk mengidentifikasi dan memonitoring pertumbuhan hewan ternaknya. Sebab fasilitas didalam
peternakan yang belum cukup memadai. Sehingga hal itu berdampak terhadap kepercayaan investor untuk melakukan kerjasama dan tata laksana peternakan. Perancangan sistem
monitoring identifikasi hewan ternak yang diusung yaitu berupa qr code yang akan dikalungkan pada leher ternak yang akan di scan melalui aplikasi Bantu Ternak berbasis android yang dapat memunculkan identitas dan database terkait hewan ternak tersebut. Para investor dapat memantau hewan ternaknya secara realtime yang berfungsi sebagai media monitoring untuk mengetahui kondisi, perkembangan dan pertumbuhan ternak miliknya. Fasilitas timbangan bobot ternak digital juga sudah terintergasi didalam aplikasi Bantu Ternak, sehingga peternak dan investor hanya perlu memasukan panjang badan dan lebar hewan maka bisa didapatkan bobot hewan tersebut. Proses validasi dilakukan di PT Sedana Peternak Sentosa untuk memastikan keakuratan rumus yang digunakan pada aplikasi Bantu Ternak dengan hasil timbangan bobot sapi dan kambing konvensional. Dari validasi data tersebut maka didapatkan hasil analisis rata rata pada sapi yaitu lingkaran dada 180,4 cm, panjang badan 135,6 cm, bobot badan aktual 410,8 kg, bobot badan sapi aplikasi Bantu Ternak 407,8 kg dengan presentase penyimpangan sebesar 0,009%. Sedangkan pada kambing didapatkan rata rata lingkaran dada 68 cm, panjang badan 54,6 cm, bobot badan aktual 31,6 kg, bobot badan sapi aplikasi Bantu Ternak 25,9 kg dengan presentase penyimpangan sebesar 0,025%. Sistem ini dilengkapi dengan alat ukur dimensi ternak menggunakan sensor ultrasonic HCSR-04 yang memiliki presentase penyimpangan sebesar 0,11% yang dibandingkan dengan timbangan konvensional.
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The problem experienced by cattle and goat breeder partners is that it is difficult to identify and monitor the growth of their livestock. Because the facilities on the farm are
inadequate. So that it has an impact on investor confidence to carry out cooperation and management of livestock. The design of the livestock identification monitoring system that is carried is in the form of a qr code that will be worn around the neck of the livestock which will be scanned through the Android-based Livestock Assistance application which can bring up the identity and database related to the livestock. Investors can monitor their livestock in real time which functions as a monitoring medium to determine the condition, development and growth of their livestock. The digital livestock weighing scale facility has also been integrated in the Livestock Assistance application, so breeders and investors only need to enter the animal's body length and width so that the animal's weight can be obtained. The validation process was carried out at PT Sedana Peternak Sentosa to ensure the accuracy of the formula used in the Livestock Assistance application with the results of conventional cattle and goat weight scales. From the validation of the data, the results of the analysis show that the average cattle weight is 180.4 cm in chest circumference, 135.6 cm in body length, 410.8 kg in actual body weight, 407.8 kg in the Cattle Assist application with a presentation deviation of 0.009 %. Meanwhile, in goats, the average chest circumference was 68 cm, body length was 54.6 cm, actual body weight was 31.6 kg, body weight in the Cattle Assist application was 25.9 kg with a presentation deviation of 0.025%. This system is equipped with a livestock dimension measuring instrument using the HCSR-04 ultrasonic sensor which has a deviation percentage of 0.11% compared to conventional scales.

Item Type:	Thesis (Other)
Uncontrolled Keywords:	Sistem Monitoring, Alat Ukur Dimensi Ternak, Peternakan, Android. Monitoring System, Dimension Measurement Tool, Farm , Androi
Subjects:	Q Science > QA Mathematics > QA76.76.A65 Application software. Enterprise application integration (Computer systems) Q Science > QA Mathematics > QA76.76.P74 Software productivity--Measurement. Function point analysis. T Technology > T Technology (General) > T58.6 Management information systems
Divisions:	Faculty of Vocational > Instrumentation Engineering
Depositing User:	Andriyana Kurnianisa Meiratri
Date Deposited:	16 Aug 2023 04:18
Last Modified:	16 Aug 2023 04:18
URI:	http://repository.its.ac.id/id/eprint/101425

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