Implementation Of Multimedia Development Life Cycle Using Android-Based Augmented Reality In Recognition Of Widarapayung Beach Landmark To Increase Tourism Supporting Capacity of Cilacap

Syafirullah, Lutfi; Prabowo, Annas Setiawan; Supriyono, Abdul Rohman; Purwanto, Riyadi; Widianingsih, Betti; Listyaningrum, Rostika; Satriawan, Dodi

doi:10.31294/evolusi.v10i2.13765

Cited by 3 publications

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“…Metode MDLC Proses pengembangan aplikasi pembelajaran planet menggunakan teknologi augmented reality yang dibuat mengacu pada metode (Multimedia Development Life Cycle) MDLC sebagai metode pengembangan perangkat lunak, diperlihatkan pada Gambar 4. Tahap-tahap dari MDLC sebagai berikut[23],[24]:…”

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Metode Pengembangan Perangkat Lunak MDLC Pada Rancang Bangun Media Pembelajaran Planet Berbasis Teknologi Augmented Reality

Supriyono,

Dwi Fatimah,

Bahroni

et al. 2023

infotekmesin

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Along with the development of smartphones, Augmented Reality technology has begun to be used as a medium of interaction, although it has not been properly implemented and applied as a supporting medium. The use of still image objects in textbooks can make students tend to be more passive and less interactive because media images are unable to provide a reciprocal response. In science subjects, there is solar system material regarding planet recognition. Props are needed as learning media because the object of observation from the planet is too large. Several props are used as imitations of the planets, such as the use of drawing paper, audio, and video. The purpose of this research is to make a breakthrough in the use of Augmented Reality technology to support media for understanding planet recognition material by creating digital teaching aids that can be installed on smartphone devices. The MDLC method is an alternative method for developing multimedia applications that are easy to understand. The results of the test show that the application can function as expected, where each planetary marker that has been made can be recognized properly according to the intended planetary object.

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