bluuebunny/crossref_metadata_2025_split huggingface dataset:
The Open Group Architecture Framework for Designing the Enterprise Architecture of ALIT
Authors: Eskaluspita A Y , Sumitra I D 
Published: August 2020

Abstract
This research purpose is to analyze and developing business value also existing information system at Laboratory Unit of Telkom University Applied Science School. The method used is The Open Group Architecture Framework (TOGAF) with the Architecture Development Method (ADM). Among 8 phases of TOGAF ADM, it will be used 4 phases, start from Preliminary, Architecture Vision, Business Architecture, Information System Architecture, and last Technology Architecture. The result of this research is the blueprint contains an enterprise architecture for developing ALIT so that it can support the business processes that exist in the Laboratory Unit and furthermore in the future also achieve their strategic goals. This blueprint of enterprise architecture can be applied in the same unit that have similar business process, specially the unit that focused on laboratory and practicum. But in this research focused on laboratory unit at Telkom University. This research also concludes that using TOGAF ADM as a methodology tool can produce a design architectural models in general accordance to organization’s vision and mission. The impact of this research is a solution to business processes problem, data loss, and unintegrated data during business activity. Especially the main problem is the manual processes implemented there and the information system that may not support it fully so impacted to its business process.
Development of Software Quality Assessment Model for Mobile-based Elderly Fall Detection Software
Authors: Finandhita A 
Published: August 2020

Abstract
The purpose of this research is to build a software quality assessment model to evaluate the quality of mobile-based elderly fall detection software. The assessment is based on the quality factors found in the software quality model. The quality factor is adjusted to the characteristics of the software. The model is needed because the software has its own characteristics. This research consists of several stages. The first thing to do is analysing the software domain to determine its characteristics. The second is defining the software assessment needs by mapping software characteristics with the quality standards used (ISO / IEC 25010: 2011) to obtain the appropriate quality factors. The software quality metrics is determined after the quality factors is obtained. The metric to be used is Goal Question Metrics (GCM). The third is software quality weighting process, including its criterias and sub-criterias. Determination of the equation for software quality assesment is the final stage of the research. Based on the reseach process, it can be concluded that the model developed successfully can be used to assess the software.
Model Design of Accounting Information Systems for Village Owned Enterprises (BUMDes)
Authors: Supriyati  , Bahri Ramadhan S. 
Published: August 2020

Abstract
Village-Owned Enterprises as a benchmark for the pillars of the village economy in Indonesia today, in the Era of the Industrial Revolution 4.0 have used technology to run their businesses to win digital competition. However, today’s village-owned companies not only require improvements and preparations in terms of technology, but for village-owned companies that have responsibilities and performance that need to be made in an accounting information system that is in accordance with the accounting standards required. Based on this discourse, the writer has the goal of creating an Accounting Information System Design Model for Village-Owned Enterprises that can become a potential village-owned company as a Human Technology in winning the Digital Competition. The research method used is a qualitative research method with descriptive methods and research methods, which are supported to obtain valid data with related parties as managers and development of accounting information systems from Village-Owned Enterprises, data collection techniques used are interviews, observation and interaction. As a result of the Accounting Information System Design Model for Village-Owned Enterprises as human technology to obtain digital competition can understand the business process of Village-Owned Enterprises and optimize existing infrastructure through the Village-Owned Business by design Use Case Diagram, Activity Diagram and Entity Relationship Diagram. Meanwhile, to find out tangible assets and intangible assets consisting of human resource competencies owned by Pagerwangi Village, liabilities, equity, revenue, cost and expense, can be seen from accounting cycle at Financial Statement in the accounting information system for village-owned companies. The result from Financial statement are Activities Statement, Statement of Financial Position, and Cash Flow Statement.
The Selection of the Correct Accuracy Level Using The Optimal Precision and Accuracy Method
Authors: Kerlooza Y 
Published: August 2020

Abstract
This research discusses the importance of selecting the correct value of sensor precision and computational accuracy in production equipment in coffee farmer cooperatives. Accuracy levels that are too low or too high will reduce the effectiveness of mechanization and automation in this field. This research used The Optimal Precision or Accuracy method which based on MSB-First Interval Bounded Variable Precision (MFIBVP) technique. Based on data obtained during the survey in this study, the optimal precision level curve is obtained, so that the optimal precision level can be determined in sub processes that are naturally difficult to determine. In conclusion, the Optimal Precision and Accuracy Method can be used to determine the right accuracy level needed at each stage of the process in a production system
Human Detection and Avoidance Control Systems of an Autonomous Vehicle
Authors: Nizar T N , Hartono R , Meidina D 
Published: August 2020

Abstract
A long-range and short-range navigation systems of an autonomous vehicle are the most important thing to develop because it is very complex and related to safety in the driving of an automatic vehicle. The purpose of this research is to develop a short-range navigation system for autonomous vehicles focused to detect and avoid humans which implemented on an autonomous vehicle prototype. Image Processing and deep learning algorithm used for human detection and ultrasonic sensor used for distance calculation. Decision making for human avoidance system using the Fuzzy algorithm based on the position of detected human and human distance. The implemented system has a success rate of 85.71% to avoid human which ideal distance more than 2 meters. The implemented prototype of an autonomous vehicle can be implemented in the real vehicle with some adjustments in the sensor and hardware system, however, the systems are expected to reduce traffic accidents caused by human error.
Design and Implementation of Doorcam in Home System using Raspberry Pi
Authors: Lestariningati S I 
Published: August 2020

Abstract
This paper discusses how to develop a doorcam system that is implemented at home at an affordable price. The system was built using a Mini PC Raspberry Pi, and a Pi camera to obtain an affordable price for the doorcam system implementation. The results of tests that have been carried out were the system had succeeded in notifying the homeowner when there were guests who were visiting the house. The system will send a notification message and display the image captured by Pi camera via the Telegram application when the guest press bell button. The system worked with delay below 5 seconds. This system can work well when done during the daytime, because the Pi camera used is not equipped with lights, so the captured images that are sent cannot show guests coming to visit in front of the house.
Build a Microcontroller Based Interactive Module as A Learning Medium in Vocational Secondary Schools
Authors: Kurniawan B 
Published: August 2020

Abstract
The purpose of this research is to build an interactive and complete module to be used as a learning medium at the vocational secondary school level. The prototype method is one of the ways that can be used to build microcontroller modules to suit your needs. The prototype methods include communication, planning, modeling, construction, and development. Microcontrollers are one of the learning media that has a high level of difficulty in understanding each device’s usage. The trainer module that has been circulating in the market and the students are still not complete and not interactive. During this time, the microcontroller module used focuses on the creation of microcontroller trainer modules using dot matrix, keypad, LCD, digital I/O, and traffic light. In building a complete and interactive microcontroller module, it takes an appropriate method to construct it. Meanwhile, the media needs learning with the development of technology requires a more complete module in addition to the components that are already used in general. In the design of an interactive module, the microcontroller used to have more complete devices including additions to servo motors, potentiometer, temperature sensors, proximity sensors, DC motors, and the addition of WiFi modules as a complete facility of interactive microcontroller modules. The results showed that the features offered had a 50% more complete compared to previous microcontroller modules, and more interactive could use WiFi networks. With the more complete a microcontroller module, it can be easier for students to understand each implementation and can improve the competency of the students in the use of microcontrollers.
Study and Performance Evaluation Binary Robust Invariant Scalable Keypoints (BRISK) for Underwater Image Stitching
Authors: Jatmiko D A , Prini S U 
Published: August 2020

Abstract
In this paper, performance evaluation of Binary Robust Invariant Scalable Key points (BRISK) for underwater image stitching is presented. Underwater image stitching is quite challenging because usually images produced by underwater cameras have few features and noise such as motion blur and underexposure. In this paper, we proposed a robust algorithm for the underwater image stitching which consists of several stages: taking an image frame, getting a key point using BRISK, feature matching using Random Sample Consensus (RANSAC), homography estimation, and perspective warping. The experimental result shows that the proposed algorithm can be implemented for underwater image and achieve better matching results even the less detected keypoints.
Development of Automatic Health Testing Measurement Model for High School Students in West Java
Authors: Herdiana B , Ridwan A 
Published: August 2020

Abstract
The main objective of this research is to develop the accuracy of health test equipment to measure height, weight, and heart rate to support the qualification of graduation standards at competitions. Any competency competitions that include high school students as participants must be fully followed by students who have qualified passing standards following predetermined conditions in which one of the qualifications is a health graduation test. The focus of the object under study was to obtain the validity of the height, weight and heart rate assessment as the assessment data to measure the health graduation standard in a competency competition. The acquisition of these data will be done by an empirical method of quantitative approaches is through comparison techniques, measurement, and calculation technique through field observations. The importance of the three objects of this study was analyzed because it impacts the feasibility of a student to follow the race so it is expected to minimize the of error and cheating. The emergence of these problems cannot be separated from the small standard of accuracy resulting due to how to get data and techniques to operate the system is still manual so often the mistakes and cheats that affect the low quality of the race. Therefore, this study developed a model of automatic health test testers that can be integrated digitally through the touchscreen LCD and smartphone device. The goal is to make it easier for users to operate the system and obtain data access speed with a guaranteed accuracy value of less than 2%. The final result of the test and measurement for 5 students as the object of research showed the average measurement error for height, body weight and heart rate below 2%, so it can give positive contribution and validity of the data that is responsible in determining the graduation of a student candidate competitor of high school student competence. The results of the development of this measuring tool model make it easier for people to know the level of graduation accurately and have an impact on the smaller number of errors during a health test and are able to reduce fraud.
Analysis of the Effect of Web-Based Information System
Authors: Soegoto E S , Ma’wa L F 
Published: August 2020

Abstract
The purpose of this research is to analyze and find out how influential web-based information systems are on the promotion of a trading product. The methods used to conduct this research were descriptive and interview methods. The results of this study could be concluded that the web-based information system influenced the promotion carried out by a company. Web-based information systems are currently widely used to search for product information, although there is an Android-based information system that is also quite familiar among the people to search for product information but cannot replace the web-based information system. Therefore, web-based information systems can influence the promotion of a product because many consumers search for product information through web-based information systems.
Web Based Online Inventory Information System
Authors: Soegoto E S , Palalungan A F 
Published: August 2020

Abstract
This study aims to show the use of a web-based online inventory system to maximize human performance in the work process in companies. This study used descriptive method by reading related literatures. From this research, show about web-based online inventory system is an innovation in facilitating the management of goods, helping to make complicated things easier, this is good news for large companies in running their businesses, no wonder many companies are using online inventory systems to help work. Companies that use online inventory systems are competing in developing their existing inventory systems so they can better support the company’s work.
Hydroponic Technology in Agriculture Industry
Authors: Prayoga I , Putra R A 
Published: August 2020

Abstract
The purpose of this study is to describe hydroponic vegetable products and analyze the marketing communication strategies of hydroponic vegetables using the marketing mix method. The result of this research showed that hydroponic technology was a method of farming using water media without soil media. This is done because the function of the soil as a supporter of plant roots and an intermediate nutrient solution can be replaced by streamlining or adding nutrients, water and oxygen through the media. With this technology, eating becomes a problem for producers to create marketing communications to attract consumers’ attention to this hydroponic vegetable product. It can be effective if marketing objectives can be achieved or beneficial to consumers, especially conventional farmers in the application of the function of hydroponic technology.
Desktop Based Application for Inventory Management
Authors: Soegoto D S , Nugraha R F 
Published: August 2020

Abstract
The purpose of this research is to describe the importance of inventory management software. This research was conducted to solve the problem that was happening at a certain company in Bandung. This study used descriptive qualitative method with the company as a case study, the first stage was to collect the necessary data, processing it, and then discussing it to reach a conclusion. The results of this study are obtained data such as the name of the borrower, the date of the loan, the date of return. From the current problem, the inventory management system is important in companies in order to manage items effectively thus increasing the productivity of the company.
The Effect of Computer-Based 3D Visualization
Authors: Ramadhanty D M , Handayani T 
Published: August 2020

Abstract
Along with the development of technology, the world of architecture is making rapid progress, including in the technique of making images. There are many 2D and 3D based computer application programs. In this research, 3D application program was chosen to determine its effect on the design work and see how the images produced by this application. This study used descriptive qualitative method with references to journals, books, and previous studies. In addition, 3D image creation is done using an application to see the results of visualization using a computerized method, the AutoCAD application is used to create a basic image then the Lumion application is chosen as a second party application to see the final result. The advantages of making computer-based drawings are to cut work time, simplify the presentation of images, and simplify work, while the drawback is that it is unflexible to make sketches such as drawing manually using a pencil, besides that the application does not guarantee data stored in situations such as a computer that suddenly lose power when working. Unmanaged work occured due to the inactivity of the autosave feature on the computer. The result of making this 3D image is a building that is easy to be given material and color, and the resulting image looks quite real.
Recycled Wood Technology for Wall
Authors: Hafilda H , Hardoyo A B 
Published: August 2020

Abstract
The purpose of this research is to discover how to identify the specification of wood wasted wall that can be used to comfortable wall and to determine the potential of wood waste as a building wall and its effects to user comfort. This research used descriptive qualitative method and literary study, it is hoped that this research can provide a picture of the application of wood waste as a wall which is also equipped with phenomena that occur in society, especially in Indonesia. The results are the methods of finding out how wood in general has the ability as an insulator that can inhibit heat transfer, so that it can affect the air temperature of a room and give effect to the comfort of space and improve building performance through passive design. Stressing levels will be different from experiments conducted on participation with various wood waste walls of different thicknesses and various colour of wood. Wood waste is not only can be used as firewood, but can also have added value through its use as a wall that has functional and aesthetic value with good and proper processing.
Designing Friendly Environment for Pedestrian by Visual Perception
Authors: Pelayati A , Andriani D 
Published: August 2020

Abstract
The purpose of this research is to design an environmentally friendly pedestrian facility by visual perception. One of the most important facilitied is a road for pedestrians. We can see that the current expansion of roads has caused a reduction in green areas and many pedestrians are displaced, causing pedestrians are choosing to use private vehicles which results in traffic density. The method used in this research is analysis descriptive method. So far, most people do not pay attention to the pedestrian facilities such as for their safety, security, comfort, and beauty. Therefore to overcome them it is necessary to redesign road facilities, including improving service facilities. By redesigning pedestrian facility services, it is expected to improve the safety, security, and comfort.
Land Use Change and Suitability Analysis in Coastal Area
Authors: Warlina L , Ikhsan A 
Published: August 2020

Abstract
The research objective is to identify land-use change and suitability analysis of spatial use with land use policies and planning of the built-up area. The research location is in Tanjungpandan coastal area. Tanjungpandan is the capital of the Belitung Regency, which is the center of the economy of the region. The research method used was the overlay technique to determine changes in land use in coastal areas in 2010 and 2019. We conducted direct observation and interviews to analyze existing spatial use with spatial planning and policy. We found that the built-up areas had increased by 171 hectares. About 75% or 128 hectares of the built-up area was in Desa Air Saga. The suitability level of spatial use as built-up areas in the Tanjungpandan coastal area was relatively suitable with the spatial plan. There is only one village, namely Desa Tanjung Pendam that its spatial use exceeded its plan. There is compliance with spatial use in Tanjungpandan coastal area. This finding can be used as a recommendation to local governments to manage built-up coastal areas.
Product Quality Improvement by Using the Waste Assessment Model and Kipling Method
Authors: Robecca Julian , Made Aryantha Anthara I , Silaban Monalisa , Situmorang Maureena Ronahot 
Published: August 2020

Abstract
This study aims to identify waste, calculate the value of waste that occurs and provide suggestions for improvement to reduce waste. VSM describes the production flow and waste information that occurs, while WAM is the method used to calculate the waste assessment. Proposed improvements to reduce waste that has occurred using the Kipling Method. There are 6 types of waste that occurs. Waste assessment results that have been sorted in the production process are defect, motion, overproduction, transportation, waiting and process. This sequence is based on the largest weight to the smallest weight. For improvement proposals are prioritized for the type of waste with the highest rating weighting, namely defects. This shows that the defect is the type of waste that most influences the production process, making it easier to explore the cause of the problem and the advice that will be given to reduce the defects that occur. The company should make a visual form of the defect category so that the implementation of the recommendations for improvement can be applied and the operator can find out the true form of disability. It is expected that the proposed improvements can reduce the number of defects and meet the production targets achieved.
An Analysis of the Determining Factors of Mobile Banking Adoption in Islamic Banks
Authors: Yussaivi A , Suhartanto D , Syarief Moch. Edman 
Published: August 2020

Abstract
This research is conducted to investigate the factors that influence the attitudes and perceptions of digital natives in using mobile banking and artificial intelligence (AI)-enabled mobile banking. Partial least squares were applied to examine the differential effects of technology-based (i.e. attitudes toward AI, relative advantage, trust, security in specific mobile banking activities), non-technology based (i.e. the need for service, quality of service) and religiosity. This study utilizes 339 digital native respondents. The questionnaire distributed to Islamic banking customers in three cities in Aceh Province, Indonesia. The study results the perceived trust construct, and the security in specific mobile banking activities is the major determinant of mobile banking adoption intention and also indicates a divide in how digital natives perceive the perceived trust between two dependent variables. Then the relative advantage construct has the most impact on mobile banking usage. However, the relative advantage was not significant for AI-enabled mobile banking. For managerial practices, this study provides guidelines for Islamic bank management to improve the trust, security and relative advantage of their mobile banking services as a strategy for developing the sustainability of the business.