BandoAR: Real-Time Text Based Detection System Using Augmented Reality for Media Translator Banjar Language to Indonesian with Smartphone

Syahidi, Aulia Akhrian; Tolle, Herman; Supianto, Ahmad Afif; Arai, Kohei

doi:10.1109/icetas.2018.8629251

Cited by 17 publications

(12 citation statements)

References 8 publications

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“…Meanwhile, according to [5] AR is a merger between the digital world and the real-world in real-time, AR technology uses the real-world environment at that time and then adds new information with the help of computers, webcams, and special glasses such as Google Glass. AR is a combination of digital objects in 2D and 3D with the real-world.…”

Section: A Mobile Augmented Realitymentioning

confidence: 99%

“…The tracking technique in AR consists of two methods, namely Marker-Based Tracking, and Markerless Tracking. Marker-Based Tracking is a special marker that is made like a barcode or black frame [5]. Meanwhile, according to [7] states that Marker-Based Tracking is a method that uses markers, namely in the form of black and white illustrations in the form of squares or image illustrations with certain colors and shapes.…”

Section: A Mobile Augmented Realitymentioning

confidence: 99%

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Evaluation of User Experience in Translator Applications (Banjar-Indonesian and Indonesian-Banjar) Based on Mobile Augmented Reality Technology using the UX Honeycomb Method

Syahidi

Tolle

2021

JGGAG

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The translator application from Banjar Language to Indonesian is called BandoAR and vice versa from Indonesian to Banjar Language which is called NdoBAR. Both applications utilize Mobile Augmented Reality technology with the Optical Character Recognition (OCR) Method for word recognition in the detected image. This application is recommended and used to help tourists visiting the city of Banjarmasin to be able to understand the language used by local people as a means of communication and for the general public who want to know the peculiarities of the Banjar language itself. The purpose of this study was to evaluate the user experience of the BandoAR and NdoBAR applications. The method used is UX Honeycomb, which has seven aspects to assess the user experience of an application. A total of 50 respondents were presented to assess the two applications. The results showed that the BandoAR application had an average UX Honeycomb value of 4.91 with a Very Strongly Agree predicate and for the NdoBAR application, an average value of UX Honeycomb was 4.89 with a Very Strongly Agree predicate. Both applications have fulfilled aspects of the user experience. However, we need some fixes for the shortcomings of both apps, to continue to improve interactions, better user experience, and other smart capabilities.

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Section: A Mobile Augmented Realitymentioning

confidence: 99%

Section: A Mobile Augmented Realitymentioning

confidence: 99%

Evaluation of User Experience in Translator Applications (Banjar-Indonesian and Indonesian-Banjar) Based on Mobile Augmented Reality Technology using the UX Honeycomb Method

Syahidi

Tolle

2021

JGGAG

Self Cite

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“…According to [4] states that Augmented Reality (AR) is a technology that overlays virtual objects and information or [5] merging or overlapping virtual objects into the real world. Furthermore, [6] explained that AR is the integration of digital information with the real world in real-time, where this technology requires markers to generate 3D objects as a result of the detection of marker patterns assisted by programmed AR cameras. AR cameras can be in the form of cameras on computers (webcam), android smartphones, and special glasses such as google glass/smart glasses.…”

Section: Introductionmentioning

confidence: 99%

Virtual Museum Tour in Wasaka Banjarmasin to Introduce the Collection of Leaders and Local Heroes Based on Mobile Augmented Reality Technology in the New Normal Era

et al. 2021

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Wasaka Museum is one of the museums in Banjarmasin City. However, the information obtained by visitors at this time is only from short writings near the object of the image, and museum guards cannot accompany visitors to get around. Furthermore, the interest of museum visitors has also decreased due to the unavailability of adequate information, minimal services, and the impact of the COVID-19 pandemic. The purpose of this research is to develop applications using Mobile Augmented Reality Technology as a means of promotion, trying to attract visitors with AR interaction treats, and the form of virtual museum tours. The methodology used is the Agile Development Method with the type of Extreme Programming (XP). Then the A/B Testing Method is used to select the user interface design. Marker-Based Tracking is a method of detecting markers so that 3D objects can appear. The conclusion is that the selected interface design is design B with a percentage of 76.9%, all the features in the application have functioned very well, and the results of the usability evaluation with a percentage of 83.33% have an Excellent predicate which means that they can be recommended for further use at the Wasaka Museum Banjarmasin in the New Normal Era.

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“…Tolle et al [3] state that the presence of AR can enrich the real world by adding digital information and media such as 3D objects and videos in real-time both on Smartphone cameras, tablets, and others. Syahidi et al [4] mentioned that AR technology is very rich in interaction and magical elements so that it makes the users feel something extraordinary and interesting to use. Gladston & Duraisamy [5] state that AR is a sophisticated technology based on computer vision to integrate AR with the real world, AR technology is increasing in its utilization and use both in industry and academia.…”

Section: Introductionmentioning

confidence: 99%

“…Ideas in learning innovation in utilizing other AR technologies as has been done by Syahidi et al [4] who designed and developed the BandoAR application for learning Banjar Languages and recommended applications to facilitate local and foreign tourists to understand Banjar Language using AR technology with a markerless method. Then Syahidi et al [6] designed and developed a learning application for animal and fruit recognition called AR-Child, which was accompanied by pronunciation and naming based on AR technology with marker-based tracking methods aimed at early childhood.…”

Section: Introductionmentioning

confidence: 99%

AUTOC-AR: A Car Design and Specification as a Work Safety Guide Based on Augmented Reality Technology

Syahidi

Subandi

Mohamed³

2020

Jurnal Pendidikan Teknologi dan Kejuruan

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The development of Augmented Reality (AR) technology until now continues to increase. Utilization of AR has been used in various aspects of life, including aspects of education, is no exception for automotive engineering education. In recent years, a variety of ideas and the latest innovations about automotive by utilizing AR technology began to boom, especially in the area of car design aimed at car production companies. At the car production stage, human resources skilled in understanding the design and specifications of car features are required. The seeds of educated human resources start from vocational students in automotive engineering expertise programs. This study aims to develop and implement an application called AUTOC-AR that functions to help and facilitate students in learning automotive engineering skills in vocational schools and supporting safety in the workplace. The research methodology consisted of a literature review and excavation of problems and needs, solution recommendations, application development, testing, results and discussion, conclusions and future work. The Extreme Programming (XP) model was used as a development method. Marker-based tracking was used as a detection approach. As many as 25 students as end-users were involved to use AUTOC-AR. The result is that all features in the AUTOC-AR application function properly based on the expected specifications. Non-functional testing has been carried out by adopting a user experience approach with a final average value of 4.83 with a percentage of 96.6%.

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BandoAR: Real-Time Text Based Detection System Using Augmented Reality for Media Translator Banjar Language to Indonesian with Smartphone

Cited by 17 publications

References 8 publications

Evaluation of User Experience in Translator Applications (Banjar-Indonesian and Indonesian-Banjar) Based on Mobile Augmented Reality Technology using the UX Honeycomb Method

Evaluation of User Experience in Translator Applications (Banjar-Indonesian and Indonesian-Banjar) Based on Mobile Augmented Reality Technology using the UX Honeycomb Method

Virtual Museum Tour in Wasaka Banjarmasin to Introduce the Collection of Leaders and Local Heroes Based on Mobile Augmented Reality Technology in the New Normal Era

AUTOC-AR: A Car Design and Specification as a Work Safety Guide Based on Augmented Reality Technology

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