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Proceeding International Applied Business and Engineering Conference
Published by ABEC: Konsorsium Politeknik Se-Sumatra
ISSN : -     EISSN : 27984664     DOI : -
Core Subject : Religion, Economy, Humanities, Science, Education, Agriculture, Social, Engineering,
Religion Agriculture, Biological Sciences & Forestry Humanities Automotive Engineering Biochemistry, Genetics & Molecular Biology Chemical Engineering, Chemistry & Bioengineering Chemistry Civil Engineering, Building, Construction & Architecture Computer Science & IT Control & Systems Engineering Decision Sciences, Operations Research & Management Earth & Planetary Sciences Economics, Econometrics & Finance Education Electrical & Electronics Engineering Energy Engineering Environmental Science Industrial & Manufacturing Engineering Languange, Linguistic, Communication & Media Law, Crime, Criminology & Criminal Justice Materials Science & Nanotechnology Mathematics Mechanical Engineering Physics Social Sciences Transportation Other
Proceedings of the Sumatra Polytechnic conference, scope: electrical engineering, mechanical engineering, computer engineering, civil engineering, social sciences, business administration, accounting, English, agriculture, tourism
Arjuna Subject : Teknik (semua kategori) - Teknik (Lain-Lain)
Articles 79 Documents
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Hospital Resource Management Interoperability for Pandemic Management: Research Development Riky Perdana; Dwi Kartini; Yudi Azis; Umi Kaltum
International ABEC 2021: Proceeding International Applied Business and Engineering Conference 2021
Publisher : International ABEC

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Abstract

Pandemic is a medical disaster that affects almost all countries in the world. The front line for handling this pandemic is none other than the hospital as a service provider and the government as the coordinator. Despite the maximum efforts of each party, gaps are still found between the capacity of medical facilities and the large number of requests for patients. One of the shortcomings observed by the researchers was that there was no information exchange protocol that allowed the government and all participating hospitals to exchange information on the actual availability of resources, which allowed all patients to be directed quickly to health facilities that still had service capacity. This study attempts to design a hospital resource information exchange protocol that can be used to handle the distribution of pandemic patients more quickly and accurately. The research method used is the Expert System Development Life Cycle. The testing conducted with White Box Testing Method which done by the developer. The results of this study are in the form of 3 things, including: 1. Cross-hospital interoperability network topology that can be mediated by the government or certain agents, 2. Standard data structures that can be transmitted via a web service, 3. Standard Operating Procedures that can guide all participants to perform exchange the following resource data with patient distribution.
Design and Implementation: JavaFX Face Detection with Scene Builder and Netbeans IDE Syefrida Yulina
International ABEC 2021: Proceeding International Applied Business and Engineering Conference 2021
Publisher : International ABEC

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Abstract

JavaFX face detection is an application widely used to detect and recognize faces in digital images. One of the challenging problems in the image processing is how to develop and design an automatic face recognition application using JavaFX technology. JavaFX is a library of Java that is used to build rich internet applications (RIA) which can run across several platforms such as Desktops, Mobile Devices, TVs, Tablets, etc. Design and implementation of this application applies the concept of model-view-controller using framework Scene Builder and Netbeans IDE. Scene Builder is used as a tool to add components of GUI in the view that can produce document called FXML. Netbeans IDE is an integrated development environment for FXML document editing and maintaining the connection between view and controller. In this research stages of creating JavaFX Face Detection application are started with requirements identification, followed by design of UI components in Scene Graph, integration of the scene builder panels, and then making controller
Development of To-Do List and Monetary Management System Diana anak Ringgau; Chen Wong Keong; Bong Siaw Wee
International ABEC 2021: Proceeding International Applied Business and Engineering Conference 2021
Publisher : International ABEC

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Abstract

Currently, most of the available “To-Do List” Applications on Android or iOS are just consisted of a “To-Do list” and integrated with an electronic calendar. These applications are just suitable for individual use for keeping alert daily “To Do List” and its functionality is limited to update the status of each task. The other limitation of these applications is the “To-Do List” could not be easily shared and updated if involved other group members. Therefore, a new “Group To- Do List” plus Monetary Management System application was proposed. The proposed application can be shared and updated by group members of interest in communicating and monitoring “To Do List’ and fund management. This application was developed based on Rapid Application Development Method (RAD) by understanding the natural practices of task management and quantities of tasks taken on by team members. Therefore, this app can be expanded and customized to integrate other attractive functions based on user requests. This new application is suitable for family members, project group members, or even individuals from all walks of life who are interested in managing a total integrated “To-Do List” plus finance management system. Some of the important features of this application are its ability to identify tasks that need to be completed on daily basis with indications of which tasks need financial support, and which tasks could generate income. An interactive table and bar charts have summarized all of these tasks with details of expenditure/income and are integrated into an electronic calendar. The status of these tasks could be updated by group members with ease on individual tablets/handphones/computers/laptops. This application can be expanded/customized to integrate other attractive functions based on user requests.
Adaptation of Riau Province Folklore to a 3D Animation with Unwrapping Materials and Folley Effect Method Anggy Trisnadoli; Fitri Andriani
International ABEC 2021: Proceeding International Applied Business and Engineering Conference 2021
Publisher : International ABEC

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Abstract

Folklore is a story that originates from the community and develop in the community in the past which is characteristic of each nation. In the Rokan Hilir area there is temple that is said to be a legacy of the Green Princess and can be used as historical evidence that this story really exists. The story of Putri Hijau is a story that develop in Pekaitan, Rokan Hilir, Riau. But now, to find out how the story of the Green Princess is very difficult because there is no visual media, even written literature is also difficult to find, and it is feared that this story will be forgotten over time. Even today not all people know this story. Therefore, visual media in the form of 3D animation was made so that people can find out about this story and have visual media that can be used to preserve the folklore in their area. This 3D animation was created using the method of unwrapping materials and foley effects. The results obtained after making this 3D animated film are using the unwrapping method resulting in a more detail, neat texture, so it fits into an object that is the focus of the camera. And by using the Foley effect method, a more detailed and natural sound is produced. In addition, this fil is also made using a blender application and follows the stages in making animation.
Design and Implementation of an Arduino-Based Body Temperature and Pulse Rate Monitoring System Bong Siaw Wee; Kong Shuet Fang
International ABEC 2021: Proceeding International Applied Business and Engineering Conference 2021
Publisher : International ABEC

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Abstract

Health is an important aspect of human existence, and vital indicators such as blood pressure, body temperature, respiration rate, and pulse rate/heart rate are widely known in the medical field. According to the World Health Organization (WHO), 2,200 people die in the United States (U.S.) each day as a result of heart disease. Each year, heart disease and stroke cost about 312.6 billion in health-care expenses. Especially during COVID 19 Pandemic outbreak, rural citizens need a more effective and affordable way for personal healthcare monitoring system before they decide to travel to the nearby medical center for medical assistance. Therefore, the Arduino-Based Body Temperature and Pulse Rate Monitoring System was proposed and developed in this project. The Arduino Software was used to write the programming for this project, which interfaced with the Arduino UNO board. The temperature sensor detects the temperature while the heartbeat sensor counts the pulse rate for a certain interval of time and calculates beats per minute. Both data are delivered to the Arduino UNO for transmission to reception. The results of the measurements will be shown on the Liquid-Crystal Display (LCD) screen. The measured data will be entered into the body temperature and pulse rate app. This App is a platform that presents a graph of the data so that the user can quickly see if the measurements have changed significantly. This app was created utilizing the AppSheet platform's user-friendly features and can be used on a number of platforms, including phones, tablets, and web browsers. The user can retrieve their measurement data anytime and anywhere so that early detection of the heart disease or symptoms of COVID-19. The typical normal temperature of the human body is between 36°C and 37 °C. Low fever is defined as 37.3°C-38 °C, whereas severe fever is defined as 38.1-41 °C. Another function for this innovation project can be used to measure the pulse rate. The normal pulse rate is 60 to 100 beats per minute. People who exceed 100 beats per minute are very dangerous, so they need to refer to the nearest clinic for further medical consultation.
Price Difference Embedded Multivariate Long Sort-Term Memory for Stock Movement Prediction Wawan Yunanto
International ABEC 2021: Proceeding International Applied Business and Engineering Conference 2021
Publisher : International ABEC

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Abstract

The course of the capital market is complicated, unpredictable, and volatile for investors to formulate. Fundamental and technical analysis are the main common approaches to predict stock prices used by the economic experts nowadays. The fundamental aspect is determined by the internal factor of the companies, but the technical one is clearly represented on a daily basis in the stock market. Stock price is not the only important item for investors to make investment policy. The fluctuation in the trading floor has become the most important issue to be considered. In this research, we propose a prediction framework, namely Price Difference Embedded Multivariate Long Sort-Term Memory (PDEM-LSTM), to combine stock price and movement prediction into a single pipeline. We employ recurrent deep learning modeling technics into stock market forecasting since there are sequential properties in the technical components. Our work solely based on these sequences or timeseries features to simplify the experimental setting and more focus on the improvement compared to most previous studies. Our benchmark compares results from univariate scheme on the same sequences with 3 difference features which are current day and next day price along with the price difference between those days. We use 5 stock issuers from 5 different stock indices and the market data taken from January 1, 2000, to December 31, 2020. The results showed that price difference feature embedded into LSTM in multivariate setting greatly improve stock movement prediction without degrading stock price forecasting too much. It is simple and robust; it can be attached on most stock prediction techniques in the feature engineering phase.
Job Satisfaction among Academic Staff in TVET Institutions Mohammad Fardillah Wahi; Habsah Mohamad Sabli; Sari Lestari Zainal Ridho
International ABEC 2021: Proceeding International Applied Business and Engineering Conference 2021
Publisher : International ABEC

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Abstract

The scenario of the Covid 19 pandemic and movement control order (MCO) force closing all the higher institutions in Malaysia. Due to this situation, online learning implements by educators at home plus household matter demotivated and lead to a decrease in job satisfaction. Therefore, the purpose of this study to identify the relationships concerning recognition, promotion and also to identify if there exists a differences job satisfaction of male and female among academic staff in Politeknik Sarawak which include Politeknik Kuching Sarawak (PKS), Politeknik Mukah Sarawak (PMU) and lastly Politeknik Metro Betong (PMB). Data was collected from 324 academic staff and analyzed using correlation and Mann-Whitney U test analysis. There is a significant relationship between promotion with job satisfaction compared to recognition. The female consists of (48.1%), and male (51.9%). Only the recognitions have significantly corelated with job satisfaction compare to promotions. Based on the Mann- Whiney U test there is no different of job satisfactions between genders. This outcome of this research can benefit the decisionmakers such as governments, institutions, and policymakers to give suitable recognition and promotion to educators to enhance their job satisfaction.
Implementation of Hill Climbing Algorithm on Tourist Attraction Android Based Application Shumaya Resty Ramadhani; Jan Alif Kreshna; Septian Rianda
International ABEC 2021: Proceeding International Applied Business and Engineering Conference 2021
Publisher : International ABEC

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Abstract

West Sumatra is one province that has been a popular destination among tourists. West Sumatra is a strategic area that holds natural beauty that is no less great, and this is evenly distributed throughout the region [1]. Data shows that the number of tourist visits continues to increase every year before the pandemic hits Indonesia. Travelers often use google maps to find routes to destinations. However, with little knowledge about the area, people only visit familiar tourist locations. Meanwhile, West Sumatra offers plenty of beautiful places. With those problems in mind, a mobile application is created to help those visitors searching the nearest tourist spots around them in real-time. Not only that, but the system also gives information about the list of places worth visiting in West Sumatra. The system implemented a hill-climbing algorithm to find the shortest path. Based on the evaluation, the application is well accepted for people who want to visit West Sumatra. 94.6% of users agree that this app is useful. The app is handy and fast enough to display the desired result to the users.
Design and Implementation of an Arduino Based Smart Fingerprint Authentication System for Key Security Locker Bong Siaw Wee
International ABEC 2021: Proceeding International Applied Business and Engineering Conference 2021
Publisher : International ABEC

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Abstract

Human beings have always prioritized security. Simple mechanical locks with the key as the authentication factor were among the earliest forms of security. A key is a tiny, shaped piece of metal with incisions made to match the wards of a certain lock that is placed into the lock and twisted to open or close it. People tend to misplace the keys and it is troublesome for other users to use the keys because it is hard to find the right key. Moreover, the keys are without any protection. Anyone besides the user can easily access the keys. Therefore, an Arduino Based Smart Fingerprint Authentication System for Key Security Locker was proposed and developed in this research. The Key Security Locker System is designed to make sure that the keys are stored in a more organized and effective location. Biometrics is the science of determining an individual's identification based on physical, chemical, or behavioral characteristics. The importance of biometrics in modern society has been strengthened by the necessity for large-scale identity management systems, the operation of which is dependent on the precise assessment of an individual's identity in the context of many applications. This technology recognizes authorized personal's unique fingerprints and allows them access. To utilize the fingerprint scanner, the user must place their finger on it. The event will capture new human minutiae through fingerprint scanning. These new minutiae will be compared to those in the database to determine if the individual is authorized or nonauthorized. The Liquid-Crystal Display (LCD) will show "Fingerprint Match" if the fingerprint matches the fingerprint in the database. Then, the microcontroller will instruct relay and solenoid lock to unlock the locker door. If the fingerprint is not matched, the LCD will appear "Not Matching". Then, the locker door will remain locked. Hence, the proposed system provides better security, higher efficiency, and in many instances, increased user convenience due to it being built based on a biometric system.
Factors Influencing Purchase Intention Towards Eco- Friendly Products Julianti Samsudin; Lilis Seri Yana Sirun; Nor Vera Zuhairah binti Muhirdan; Yuvaneswary A/P
International ABEC 2021: Proceeding International Applied Business and Engineering Conference 2021
Publisher : International ABEC

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Abstract

The greatest global challenges during this modern era is to integrate environmental sustainability as healthy environments will make the people around the world healthy. It is not only for the people but also to the animals and living things. The twenty-first century threats to our environment puts wildlife populations at risk. The world is facing a lot of environmental issues today and one of the main causes is the use of non-eco-friendly packaging materials for various consumer goods is one of the problems that the world is facing today and one of the main reason is due to the widespread use of non-ecofriendly packaging of food and other goods. Since the non-ecofriendly products has been used a lot, this study aiming to identify factors that influencing purchase intention towards ecofriendly products especially in Shah Alam area. Quantitative research was adopted for this research as the research strategy. Questionnaire-survey has been used in this research with 382 sets of questionnaires distributed to the respondents to get the data required. The results show a positive influence with consumer awareness being the most influencing factors followed by environmental knowledge and product attributes. Lastly, this research will be able to help both consumers and firm to identify what’s best for the environment to create a better world with the use of more eco-friendly products.

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