Zakarias, Muhammad Dzulfiqar (2021) The Application of Augmented Reality Technology for Educational Facilities of Ballast System Component. Undergraduate thesis, Institut Teknologi Sepuluh Nopember.
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Abstract
Dalam dekade terakhir, popularitas teknologi Augmented Reality (AR) semakin banyak
area aplikasi, termasuk industri kelautan telah meningkat. Banyak bisnis sekarang
mencari cara baru untuk meningkatkan kinerja operasi dan menyediakan bagi konsumen
nilai tambah. Di bidang pendidikan, realitas maya memiliki keunggulan besar untuk transfer
pengetahuan lebih cepat daripada pendekatan konvensional, dan memungkinkan bisnis untuk menyediakannya
pekerja dengan program pelatihan yang efisien. Tugas operasi sistem ballast lebih banyak
kompleks dan membutuhkan teknologi yang mengganggu untuk memfasilitasi pekerjaan. Dengan menawarkan langkah demi langkah
panduan untuk membuat tugas tertentu, teknologi Augmented Reality akan membantu
selama proses pelatihan. Pengetahuan dalam aplikasi AR dibuat di mana-mana,
memungkinkan pekerja untuk dapat memperoleh instruksi dengan sedikit usaha, dapat dimengerti
dan efektif, menghindari kesalahan dalam pengoperasian sistem pemberat yang sebenarnya. Proses
dimulai dengan mengevaluasi komponen sistem balast saat ini untuk memahami caranya
menggabungkan teknologi augmented reality untuk meningkatkan kinerja proses. Itu
Sistem pemberat kemudian dibuat menjadi model 3D yang meliputi dimensi proporsional dan
posisi yang tepat dari setiap bagian sistem pemberat seperti yang dipasang, dan potensi dunia nyata
skenario. Hasil dari pekerjaan ini disebut penerapan AR Komponen Ballast.
Sebuah proses pengujian dilakukan untuk mengetahui apakah penerapan augmented reality
disiapkan untuk implementasi dan diperiksa terlebih dahulu selama tahap pengembangan.
Kerangka AR sepenuhnya dijalankan dan diperiksa dengan menggunakan smartphone atau tablet Android
dalam proses. Untuk mengevaluasi masukan dari pengguna aplikasi AR digunakan kuesioner
dengan parameter yang ditentukan terkait kinerja dan kegunaan aplikasi.
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In the last decade, the popularity of Augmented Reality (AR) technology in many
application areas, including the marine industry has increased. Many businesses are now
searching for a new way to boost operating performance and provide consumers with
added value. In the field of education, virtual reality has major advantages for the transfer
of knowledge faster than conventional approaches, and allows businesses to provide their
workers with an efficient training program. The tasks of ballast system operation are more
complex and require disruptive technologies to facilitate the work. By offering step-bystep
guidance to create particular tasks, the Augmented Reality technology will assist
during the training process. The knowledge in the AR application is made omnipresent,
allowing the worker to be able to obtain the instructions with less effort, understandable
and effective, avoiding the faults in the operation of the real ballast system. The process
begins by evaluating the current components of the ballast system to understand how to
incorporate augmented reality technology to boost the performance of the process. The
ballast system is then made into a 3D model, including the proportional dimension and
exact position of each part of the ballast system as mounted, and the potential real-world
scenario. The outcome of this work is called the application of Ballast Component AR.
A testing process is carried out to determine whether the application of augmented reality
is prepared for implementation and preliminarily checked during the development stage.
The AR framework is fully run and checked by the use of Android smartphones or tablets
in the process. To evaluate input from users of the AR application, a questionnaire is used
with defined parameters regarding the performance and the usefulness of the application.
| Item Type: | Thesis (Undergraduate) |
|---|---|
| Additional Information: | whatsapp : 082140952800 |
| Uncontrolled Keywords: | Augmented Reality, 3D Modeling, Training Software, Ballast Sistem operasi Augmented Reality, 3D Modelling, Training Software, Ballast System Operation |
| Subjects: | V Naval Science > VM Naval architecture. Shipbuilding. Marine engineering > VM1 Ballast (Ships) |
| Divisions: | Faculty of Marine Technology (MARTECH) > Marine Engineering > 36202-(S1) Undergraduate Thesis |
| Depositing User: | Muhammad Dzulfiqar Zakarias |
| Date Deposited: | 08 Mar 2021 05:22 |
| Last Modified: | 25 Jul 2024 03:15 |
| URI: | http://repository.its.ac.id/id/eprint/83768 |
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