Rusnida Romli
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Preferred name
Rusnida Romli
Official Name
Rusnida, Romli
Alternative Name
Bt Romli, Rusnida
Bt Romli, R.
Romli, R.,
Main Affiliation
Scopus Author ID
57214457284
Researcher ID
IGM-5998-2023

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An Augmented Reality (AR) marker-based application for smart campus: UniMAP residential college

2020 , Rusnida Romli , Sen, Ng Wen , Nur Hafizah Ghazali , Nik Adilah Hanin Zahri

Augmented Reality nowadays is getting wide usage with all application in human daily life. This paper of research is about the design and development of Augmented Reality (AR) for smart campus urbanization using the student’s residential college. The technique used in this application is marker-based. Then analyze the efficiency of positioning the object on the right place on display screen with the image processing to get the tag from the image and set as the image marker. The image triggered is analyze either it is projected on the image or slightly change from the actual position. The scope of this research is direct and specific as it will help newcomers or visitor to the hostel area to get information and direction easily with this application. There are many area and information inside as the users should know with the guidance of the application. This research is to make an Android-based application with the interfaces of Augmented Reality to demonstrate and testify the proficiency of virtual data and information shown on the device screen and the feasibility of the augmented object plotted and registered at certain places of hostel. Thus, by using this AR technology to enhance user experience in the hostel area with direction and right information instantly. The contribution of this research trying to reach were those first-time visitors when they arrived at the hostel as there is lack of information for them to locate themselves in such a large campus area and assisting them especially in the term of information and directions. Information is easier and capable to receive by the user as they require only a smart phone to operate the advance feature from the AR application. Furthermore, it does not need any of internet connection in order to use the application and can be operated in offline. With the specified and unique images, users are able to view the virtual object in an entertaining AR environment at the same time better presentation of info can also be delivered.

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Mobile Augmented Reality (AR) Marker-based for Indoor Library Navigation

2020-03-20 , Rusnida Romli , Razali A.F. , Nur Hafizah Ghazali , Nik Adilah Hanin Zahri , Siti Zuraidah Ibrahim

This paper presents the development of Augmented Reality (AR) for smart campus urbanization using library as the environment for the demonstration of the AR prototype. The main goal of the AR development is to help users to get information and direction easily using AR based mobile application when walking inside the library. In normal circumstances, users typically walk around and explore the library area before reaching their targeted destinations. Depending on the library size and number of reading corners, exploration and walking in the library can be time consuming. Therefore, an AR technology is introduced in this paper to improve the user experience inside the library in the right direction and information instantly. This application is developed using Vuforia software to set the image marker-based and process the output into Unity3D software, Android Studio for the Main Menu interface and IBM Watson for voice recognition. The final form of the application is successfully generated from the development of Augmented Reality (AR) application for the smart campus by using a library for the demonstration of the AR prototype. A series of application tests are conducted in each corner of the library to evaluate the effectiveness of developed AR.

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Augmented reality application in healthcare: Coronary Artery Disease (CAD)

2025-11 , Rusnida Romli , Fatin Nur Hazwani Mohd Wazir , Nik Adilah Hanin Zahari , Nur Hafizah Ghazali , Safari Elis , Anizu Ariffin , Randi Rizal

The use of Augmented Reality (AR) in Industry 4.0 is entirely in line with the principles of the fourth industrial revolution. This technology maximizes human perceptual experience and allows us to interact with information. Therefore, this research takes the opportunity to develop an AR application in healthcare that is related to Coronary Artery Disease (CAD). The purpose of using AR technology in disseminating CAD related information is that AR can attract the public attention as it is an interesting and sophisticated technology today. The scope of this research focuses on the human heart and aims to educate the public about CAD. Every stratum of society can use this application to get an overview of the human heart and they can also know the symptoms of having CAD. By using this AR technology, it can provide information in an engaging way and improve the user experience. The main objective is to study and develop marker-based AR apps in making an AR application in medical. The research was conducted using several proven existing applications that can help in building good applications. This research was designed and developed as a marker-based AR application using software like Vuforia to set the image marker, Microsoft Visual Studio to set the functionality of the application and Unity3D as the software that handles everything, supported by Android SDK software. Tests and evaluations have been performed and can provide information about CAD to the public. Overall, the AR-CAD application results are successfully generated to raise public awareness related of coronary artery disease.

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Hybrid animation: implementation of motion capture

2020 , Syed Muhammad Hazry Asraf , Nazreen Abdullasim , Rusnida Romli

In the 21st century, much progress has been made following the industrial revolution 4.0. Therefore, the field of animation has also been injected into technological advances. The transmission of information is difficult to convey accurately and interactively to users. In providing users with more exposure and convenience in a more attractive and convenient way. Therefore, animation and motion capture are the best options for use today. As a result, the results of this project can have a huge impact on the animation industry in making video or animation more interesting.

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