Implementation of Augmented Reality for Introduction To Android Based Mammalian Animals Using The Marker Based Tracking Method

Kristian, Mikhael; Fitri, Iskandar; Gunaryati, Aris

doi:10.31326/jisa.v3i1.623

Cited by 5 publications

(5 citation statements)

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“…The method that can be applied to augmented reality is the marker based tracking method by utilizing a marker which is a square black and white illustration with a thick black border and a white background. Marker based tracking is an augmented reality method that uses markers or two-dimensional object markers that have a certain pattern which will then be read by a computer via a webcam or camera connected to a computer [11]. The computer will recognize the position of the orientation of the marker and create a 3-dimensional shape with the X, Y and Z axes.…”

Section: Literature Studymentioning

confidence: 99%

“…In the marker-based tracking method, the program will still be able to recognize the marker pattern even though its position changes according to the camera device smartphone as long as the marker pattern still enters the camera's point of view [10]. The displayed 3-dimensional visual object will still stick to the marker pattern and each marker pattern will show a different 3-dimensional visual object [11].…”

Section: Introductionmentioning

confidence: 99%

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Analyzing the Distance and Intensity of Light in Learning Augmented Reality Marker Based Tracking Application

Hendrawan

Istiono²

2023

JAMCS

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Aims: This study aims to analyze the distance and intensity of light that is effective in displaying 3-dimensional virtual object images from applications using 3 different types of smartphone device models, and also to evaluate the level of user satisfaction using the USE Questionnaire and Likert scale in programming algorithm learning applications with augmented reality. Study design: An application was made to help to program learning through physical media by using augmented reality. In testing the system with the black-box testing method, were get a successful answer for each scenario in the application test. Place and Duration of Study: Department of Informatics, Universitas Multimedia Nusantara, between January 2022 and July 2022. Methodology: The initial step in this research is a literature study to gather information about the theory of the research, and the next step is design and analysis is carried out based on the literature study carried out, then the application is made and then continued to testing and comparison, and for final step is evaluation and documentation, to conclude this research. Results: The results showed that the analysis of the marker-based tracking method was tested with variable indicators to prove the application succeeded in bringing up 3-dimensional objects at a minimum distance of 10 cm and for the maximum distance obtained was 163 cm, at the lowest intensity condition, namely 192 lux and the highest light intensity with 1620 lux, as well as camera specifications smartphone also affect the detection marker. Based on the questionnaires that have been distributed to 36 respondents, users get a percentage above 80% on each developed question which states the application is very effective. Conclusion: The marker-based tracking method in the application has been successfully tested by testing the application using a marker on study cards. The lower the light intensity, the lower the camera specification smartphone, and the farther the detection distance of the smartphone will affect the minimum and maximum distance in detecting markers to bring up 3-dimensional objects in the application.

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Section: Literature Studymentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Analyzing the Distance and Intensity of Light in Learning Augmented Reality Marker Based Tracking Application

Hendrawan

Istiono²

2023

JAMCS

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“…UI merupakan bagian dari sistem yang digunakan untuk berinteraksi langsung dengan pengguna. Oleh karena itu, desain UI merupakan salah satu daya tarik utama untuk aplikasi seluler pada khususnya [7].…”

Section: Pendahuluanunclassified

Pengujian User Experience Pada Aplikasi Smart Home Menggunakan Use Questionnaire

Firdaus¹,

Pratama²,

Tejawati³

et al. 2022

rabit

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Penelitian ini dilakukan untuk membuat desain user interface Aplikasi Smart Home berbasis android yang mudah dipahami oleh pengguna untuk mengontrol sistem dan menguji User Experience terhadap desain aplikasi smart home. Metode dalam mengumpulkan data yang digunakan ialah studi pustaka, angket, dan pengamatan (observasi). Dalam metode pengembangan sistem menggunakan Linear Sequential Model. Aplikasi yang digunakan dalam pembuatan desain dan aplikasi smart home antara lain Android Studio, Sublime, Xampp, Adobe Xd, dan Adobe Illustrator. Metode pengujian yang di gunakan antara lain Usability testing dan Pengukuran Usability menggunakan USE Questionnaire. Dalam penelitian ini menghasilkan sebuah desain Aplikasi Smart Home yang dapat digunakan pengguna dengan mudah dalam mengontrol sistem.

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“…This makes Augmented Reality (AR) a helpful technology for supporting users in engaging with and viewing [1], [2] or interpreting information shown by virtual objects in the actual environment in order to accomplish real-world activities [3], [4]. Augmented Reality (AR) is rapidly increasing, enabling the development of educational applications in a range of fields [5], [6]. Up until now, direct sales have been impacted because spare part installation is performed directly by mechanics.…”

Section: Introductionmentioning

confidence: 99%

A Mobile Augmented Reality Application for Automotive Sparepart Installation

Arifitama

Abdillah²,

Syahputra³

et al. 2022

ijasce

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Automotive exterior spare parts retailers frequently sell exterior spare parts for a range of cars via direct sales transactions and online media. A major issue has come up for consumers who purchase products online must install spare parts independently, with limited instructions that make it difficult for customers to install the replacement components. This is demonstrated by nearly 50% of online consumers complaining to the seller about installation errors, indicating the need for a solution to these issues. Augmented reality was used as a solution to educate how to install automotive exterior spare parts. In this work, the Spatial Tracking technology is utilized to project objects from a viewpoint in order to send data digitally and show the 3D model to the object's surrounds in real time. This study included as samples rear-view mirrors, headlights, stop lamps, and fog lamps. According to the study's findings, The user acceptance test was carried out by online consumers who buy spare parts at the store, and the results of the average percentage score of the entire questionnaire by more than 53% agree and strongly agree that the use of augmented reality can ease the spare-part installation bought online, the results of testing the AVAR application by the user are successful and well accepted.

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Implementation of Augmented Reality for Introduction To Android Based Mammalian Animals Using The Marker Based Tracking Method

Cited by 5 publications

References 0 publications

Analyzing the Distance and Intensity of Light in Learning Augmented Reality Marker Based Tracking Application

Analyzing the Distance and Intensity of Light in Learning Augmented Reality Marker Based Tracking Application

Pengujian User Experience Pada Aplikasi Smart Home Menggunakan Use Questionnaire

A Mobile Augmented Reality Application for Automotive Sparepart Installation

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