Journal SINTA 2
Sistem Object Tracking pada Quadcopter Menggunakan Segmentasi Citra dengan Deteksi Warna HSV dan Metode Regresi Linier Berbasis Raspberry Pi
Jurnal Teknologi Informasi dan Ilmu Komputer (JTIIK) · Vol. 9 No. 7 (2022) · pp. 1733–1740
- ISSN
- 2528-6579, 2355-7699
- Published
- 2022-12-29
- Publisher
- Fakultas Ilmu Komputer, Universitas Brawijaya
- Language
- id
Abstract
Saat ini, banyak aplikasi perangkat cerdas yang dikembangkan untuk melakukan tugas secara mandiri tanpa menerima perintah dari manusia. Oleh karena itu, mengembangkan sistem yang memungkinkan perangkat untuk melakukan tugas pengawasan seperti mendeteksi dan melacak objek bergerak akan memungkinkan tugas yang lebih canggih untuk diterapkan pada robot di masa depan. Teknologi Quadcopter sesungguhnya dapat memudahkan pekerjaan manusia dalam melakukan pengawasan dan pelacakan seperti pada kasus pelacakan lansia atau ABK (Anak Berkebutuhan Khusus) secara otomatis agar kerabat dapat melakukan pengawasan dengan menggunakan drone. Sehingga penelitian ini dilakukan untuk membuat sebuah sistem pada drone atau quadcopter agar dapat mendeteksi objek dan mengikutinya. Pada implementasinya, orang yang berkebutuhan khusus dan membutuhkan pengawasan akan mengenakan atribut berupa topi dengan warna solid. Warna topi tersebut akan dijadikan acuan untuk threshold segmentasi warna untuk mendeteksi objek topi tersebut dengan pemrosesan citra digital. Pergerakan drone ditentukan oleh prediksi jarak, sudut, dan ketinggian objek berdasarkan regresi linier yang dihasilkan dari 123 data latih. Hasil deteksi sistem juga cukup sesuai dengan pergerakan drone ketika diuji dengan 27 data. Akurasi dari prediksi gerak pitch adalah 84%, prediksi gerak yaw adalah 94%, dan prediksi gerak up/down adalah 91,5%. Adapun waktu komputasinya adalah 0.175829662 detik per frame. Abstract Nowadays, many intelligent device applications are developed to perform tasks independently without receiving commands from humans. Therefore, developing systems that allow devices to perform surveillance tasks such as detecting and tracking moving objects will allow more sophisticated tasks to be applied to robots in the future. Quadcopter technology can actually facilitate human work in monitoring and tracking, such as in the case of tracking the elderly or children with special needs automatically so that relatives can carry out surveillance using drones. So this research was planned to create a system on a drone so it can detect objects and follow them. In its implementation, people with special needs and need supervision will wear an attribute in the form of a hat with a solid color. The color of the hat will be used as references for the color segmentation threshold to detect the hat object with digital image processing. The movement of the drone is determined by the prediction of the distance, angle, and height of the object based on linear regression generated from 123 training data. The system detection results are also quite in accordance with the movement of the drone when tested with 27 data. The accuracy of pitch motion prediction is 84%, yaw motion prediction is 94%, and up/down motion prediction is 91.5%. The computation time is 0.175829662 seconds per frame.
Collaboration network of the authors
36 authors · 81 co-authorship links · 2 across different organisations
Hover or tap a name to highlight its co-authors. Double-click to open the author's page.
- University of Brawijaya
- Universitas Islam Indragiri
- Affiliation unknown
- Different organisations
- Same organisation
- Affiliation unknown
- Thicker line = more joint articles · bigger circle = more articles
Show as table
| Co-author | Organisation | Joint articles |
|---|---|---|
| Rizal Maulana | University of Brawijaya | 7 |
| Dahnial Syauqy | University of Brawijaya | 4 |
| Agung Setia Budi | University of Brawijaya | 4 |
| Sabriansyah Rizqika Akbar | University of Brawijaya | 2 |
| Fitri Utaminingrum | University of Brawijaya | 2 |
| Randy Cahya Wihandika | University of Brawijaya | 2 |
| Muhammad Ali Fauzi | University of Brawijaya | 2 |
| Chodidjah Chodidjah | Affiliation unknown | 2 |
| Edita Rosana Widasari | University of Brawijaya | 2 |
| Rakhmadhany Primananda | University of Brawijaya | 2 |
| Gembong Edhi Setyawan | University of Brawijaya | 1 |
| Benny Adiwijaya | University of Brawijaya | 1 |
| Faizal Andy Susilo | University of Brawijaya | 1 |
| Muhammad Rheza Caesardi | University of Brawijaya | 1 |
| Jeffry Atur Firdaus | University of Brawijaya | 1 |
| Agung Setiabudi | Universitas Islam Indragiri | 1 |
| Naufal Mohamad Ghifary | Affiliation unknown | 1 |
| Eko Setiawan | University of Brawijaya | 1 |
| Sri Priyantini Mulyani | Affiliation unknown | 1 |
| Yoshi Puspitasari | Affiliation unknown | 1 |
| Y. Titik Haryati | Affiliation unknown | 1 |
| Siti Jaro'ah | Affiliation unknown | 1 |
| Navthan Lufta | Affiliation unknown | 1 |
| Adiwignya Nugraha Widi Harita | Affiliation unknown | 1 |
| Lakkana Suwannoi | Affiliation unknown | 1 |
| Preecha Montakantikul | Affiliation unknown | 1 |
| Busba Chindavijak | Affiliation unknown | 1 |
| Gufron Adhi Pramana | Affiliation unknown | 1 |
| Achmad Basuki | University of Brawijaya | 1 |
| Fanni Yuniar | Affiliation unknown | 1 |
| Harvina Dwi Apriliana | Affiliation unknown | 1 |
| Sri Priyantini | Affiliation unknown | 1 |
| Pinandhito Nararya Wirrya Latukolan | Affiliation unknown | 1 |
Affiliations come from OpenAlex; journal OAI-PMH metadata carries none. Authors without an OpenAlex ID are matched by name, which can merge or split people.