Implementasi Augmented Reality Sebagai Media Promosi Interaktif Untuk Katalog Food and Beverage  Pada Hokcafe

Wijayanti, Rima Rizqi

doi:10.31000/.v2i2.1519

Cited by 8 publications

(5 citation statements)

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“…Blender has a number of features that include 3D modeling, texture creation, bitmap image editing, machining, fluid and smoke simulation, particle simulation, animation creation, video editing, digital sculpting, and rendering. One of the very special advantages of Blender3D is its ability to create games [19].…”

Section: K Blender3dmentioning

confidence: 99%

The Augmented Reality Application for Waruga Cultural Heritage Recognition

Angouw,

Lantang,

Tulenan

2023

JTI

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— Waruga is one of the cultural heritages which is the ancestral tomb of the Minahasa tribe which is made of sedimentary rock called tufa, the local language is called apela/domato. The lack of easily accessible information and the lack of interest in the information presented has resulted in a decrease in interest in getting to know the waruga cultural heritage. Augmented reality technology offers great potential in enriching the user experience and facilitating understanding of waruga. This study uses the image target tracking method so that target detection is based on images. For the development method using the multimedia development life cycle which has 6 stages and produces an application augmented reality introduction to the waruga cultural heritage which includes 13 markers and 12 3D objects. Based on the test results involving 31 respondents in a questionnaire with 10 questions regarding understanding of waruga cultural heritage, the average answer was 94.19 out of 100 points with a range of 70-100 points. By employing augmented reality technology, we can develop an application for recognizing the cultural heritage of Waruga. Key words— Augmented reality, Cultural Heritage, Image target, Waruga Abstrak — Waruga adalah salah satu cagar budaya yang merupakan makam leluhur suku Minahasa yang terbuat dari batuan sedimen yang bernama tufa, bahasa daerahnya disebut apela/domato. Kurangnya informasi yang mudah diakses serta kurang menariknya informasi yang disajikan menyebabkan menurunnya minat untuk mengenal cagar budaya waruga. Teknologi augmented reality menawarkan potensi yang besar dalam memperkaya pengalaman pengguna dan memfasilitasi pemahaman tentang waruga. Penelitian ini menggunakan metode pelacakan image target sehingga pendeteksian target berdasarkan gambar. Untuk metode pengembangan menggunakan multimedia development life cycle yang memiliki 6 tahap dan menghasilkan aplikasi augmented reality pengenalan cagar budaya waruga yang meliputi 13 marker dan 12 objek 3D. Berdasarkan hasil pengujian yang melibatkan 31 responden pada kusioner dengan 10 pertanyaan mengenai pemahaman tentang cagar budaya waruga, didapatkan rata-rata jawaban 94,19 dari 100 poin dengan rentang 70-100 poin. Sehingga dengan menerapkan teknologi augmented reality didapatkan suatu aplikasi pengenalan cagar budaya waruga. Kata kunci — Augmented reality, Cagar Budaya, Image target, Waruga

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Section: K Blender3dmentioning

confidence: 99%

The Augmented Reality Application for Waruga Cultural Heritage Recognition

Angouw,

Lantang,

Tulenan

2023

JTI

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“…Berbagai teknologi telah dikembangkan di bidang olahraga untuk meningkatkan kinerja pemain, termasuk pengembangan perangkat lempar bola futsal berbasis Arduino. [4] Membuat alat pengukur kecepatan lari yang berbasis mikrokontroler dan terhubung ke komputer pribadi. Di negara lain, [5] Christian Guettler membuat footbonaut, yang merupakan alat pengukur yang sangat canggih.…”

Section: Pendahuluanunclassified

Futsal Field Promotion System Using Augmented Reality Method (Case Study: Segodo Tarik Futsal Field)

Alim

Eviyanti

Findawati

et al. 2023

PELS

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Futsal is a multi-sprint sport with a high-intensity phase. In addition, the game of futsal is very dependent on the technical abilities of each player. To implement trained and conceptualized tactics and strategies, individual techniques are combined. To play futsal properly, you must learn some basic techniques and practice them often. Various technologies have been developed in the field of sports to improve player performance, including the development of an Arduino-based futsal ball throwing device. Augmented reality (AR) is the process of generating additional information about existing objects by rendering them in real time directly or indirectly from physical objects by adding objects to the virtual world. Based on the research that has been done under the title "Futsal Field Promotion System Using the Augmented Reality Method" it can be concluded that: The AR Futsal application can display 4 3D objects on the futsal field. Making 3D objects is contained in this application using Blender software and developed into an Android application.

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“…As a result, it was possible to improve advertising and impact users with the use of these technologies [21].This research also used Unity with the c# programming language, Blender 3D to develop a catalogue list application for the purchase of food and beverages with augmented reality. As a result, it improved the visualisation of customers observing in detail the quality of the product, gaining confidence in their purchase [22]. Finally, this article proposes to improve communications in companies, implementing an augmented reality design in animated infographics to improve their presentations, using Unity 3D to optimise communications processes resulting in the interest of new clients for their future projects [23].…”

Section: Literature Reviewmentioning

confidence: 99%

Designing a Mobile Application using Augmented Reality: The Case of Children with Learning Disabilities

Lazo-Amado¹,

Cueva-Ruiz²

2022

IJACSA

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The learning disorder has several difficulties to learn correctly; in many cases they have more stress because they do not understand the subjects proposed by the teacher. The aim of the research is to propose an innovative plan to design a mobile application for the treatment of learning disabilities using augmented reality in primary education. In this way, we used a methodology called Design Thinking that has five phases, empathize, define, devise, prototype and testing, which facilitates us in identifying the problems for itself to have solutions to these problems. For the prototype we used tools such as Marvel App, which is responsible for the layout of the mobile application. TinkerCad allows us to design the 3D model of the educational games and finally App Augmented Class to create the augmented reality model. The results obtained were through a survey about the prototype; identifying the acceptance about the prototype by parents for the usefulness of this idea for their children with learning disabilities, with 76% that the prototype is ideal for children. In addition, the prototype was validated by five experts, resulting in 85.4% acceptance. As a conclusion of the research is the achievement of a good design for a solution to the problems of children with learning disabilities to have a better understanding and to be free from stress.

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Implementasi Augmented Reality Sebagai Media Promosi Interaktif Untuk Katalog Food and Beverage Pada Hokcafe

Cited by 8 publications

References 0 publications

The Augmented Reality Application for Waruga Cultural Heritage Recognition

The Augmented Reality Application for Waruga Cultural Heritage Recognition

Futsal Field Promotion System Using Augmented Reality Method (Case Study: Segodo Tarik Futsal Field)

Designing a Mobile Application using Augmented Reality: The Case of Children with Learning Disabilities

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