Software Requirements Analysis Research Articles

RANCANG BANGUN SISTEM INFORMASI PENGOLAHAN DATA CUSTOMER DIGITAL MARKETING PADA MB STORE

The purpose of this research is to design and build a data processing information system at the MB Store which is engaged in digital marketing services. The current problems Processing customer data while still using static data so that it still makes it difficult for admins to find and collect customer data information both those that are being processed, currently running and also those who have ordered before. This static data collection also often causes confusion or misunderstanding between customers and service officers in controlling different customer needs, besides that it also often causes confusion between one customer order package and another, who have and have not paid. , still in the process of ordering as well as the customer data information itself. This is caused because the data is entered separately in each document in Microsoft Excel so that the checking process must be carried out manually. So that this also causes the admin officer to have difficulties in re-data, tracking and matching customer data that has been stored. To overcome the problems that occur, research is carried out which aims to provide solutions to the Miss Bolin Store (MB Store), namely by building a Customer Data Processing Information System using Microsoft Visual Studio and MySQL. The model used in the development of this research uses the Waterfall Model with 5 stages, namely software requirements analysis, design, program code generation, testing and maintenance. Collecting data using interview techniques, observation and literature study. This information system is expected to make it easier for admins to find data, collect customer information, help the service process to customers be faster and can reduce the occurrence of mistakes or misunderstandings in the customer order data itself.

Perancangan Sistem Pengolaan dan Penagihan Piutang Mitra Usaha pada Bandar Udara Kertajati Dengan Menggunakan Metode Waterfall

Husein Sastranegara Airport has problems with the management of receivables for its business partners with three problem factors, namely confirmation of payment of receivables that takes a long time, collection of receivables that is still manual, and bad debts occur. At Husein Sastranegara Airport there will be an operational transfer to Kertajati Airport. To avoid similar problems, it is necessary to find a solution for managing trade receivables for the sake of company sustainability and growth. With the existing problems and limitations, a system for managing and collecting trade receivables is designed, with the existence of This system can help companies to manage their receivables and help business partner owners monitor their business bills so that they can increase efficiency and effectiveness in billing and managing their receivables. Information system development uses the Waterfall method approach with stages of software requirements analysis, design, program code creation, testing, and support or maintenance. The features for the receivables management and collection system consist of business partners, access, invoices, payments, warning letters, reports and profiles. Based on the analysis carried out, the results showed that the difference in invoice issuance process cycle time was 6.33 hours and the efficiency increase was 3.86%, then the billing process cycle time difference was 9.91 hours and the efficiency increase was 13.14%, as well as the difference in processing time. payment of 18.8 hours and additional efficiency of 8.39%. Finally, the difference in reporting process time was 10.17 hours and the efficiency increase was 3.32%. The usability test was also carried out using the System Usability Score (SUS) showing a score of 73.06 which is in the acceptable category.

RANCANG BANGUN APLIKASI ABSENSI GURU DAN STAF TU DENGAN PENERAPAN GEOLOCATION DAN FINGERPRINT BERBASIS ANDROID DI SMK GKE MANDOMAI

Attendance is one of the work assessments and as proof of attendance is very important. At this time, the attendance system used by SMK GKE Mandomai is still implementing a manual attendance system, which is every day to sign at every date of entry to work, and attendance is done 2 times, namely entry attendance and return attendance.
 This manual attendance system has the potential to cause some problems, such as attendance papers that are easily lost or scattered and the possibility of manipulating attendance data.
 As a solution, namely by designing an attendance application with the application of geolocation and fingerprint on android as security when doing absences, in order to prevent teachers and TU staff who are outside the school location to fill absences. The development method used in designing this system is the Waterfall model with its stages, namely Software Requirements Analysis, Design, Coding, and testing. System design using UML model, implement coding using JavaScript, React Native framework and React JS, backend using Firebase. the results of this system design, produce Android-based attendance system for teachers and staff TU attendance in school areas.

Rancang Bangun Sistem Informasi Akuntansi pada Puskesmas Teluk Latak Bengkalis Berbasis Web

An information system is defined as a combination of interconnected elements to collect, process, store and disseminate information required in a particular business or organizational context. This research focuses on designing an accounting information system at the Teluk Latak Community Health Center to improve the efficiency of health services. The research method uses the System Development Life Cycle (SDLC) with the stages of planning, analysis, design, implementation, testing and maintenance. The research results include software requirements analysis, system design using use case diagrams and activity diagrams, as well as testing system features. This web-based system helps improve patient registration, administrative processes, and non-cash payments. The conclusion emphasizes the importance of information systems in optimizing health service management at the Teluk Latak Bengkalis Health Center.

User-centric evaluation of EHR software through NLP-driven investigation: Implications for product development and user experience

In today's rapidly digitising world, organisations often face challenges in achieving successful technology implementation, with low returns on investment and a significant gap between technology utilisation and acceptance. Electronic Health Record (EHR) software provides a comprehensive platform for storing, managing, and gaining access to patient data, enabling healthcare providers to provide high-quality care and make informed decisions. Conducting a comprehensive analysis of EHR software decision-level user reviews can contribute to improving and optimising EHR systems. Incorporating principles of user innovation, the study aims to investigate the significance of online review analysis in product development and reduce the technology acceptance gap. The study employs document-topic theme mining techniques, specifically BERTopic, a topic modelling technique, VADER sentiment analysis, and NRCLex Affect dictionary-based emotion analysis to extract meaningful aspect-based insights from the vast unstructured data of online reviews about EHR software. The study helps healthcare organisations get insights from user perspectives and highlights the importance of user review evaluation in purchasing or switching EHR software. It contributes to the existing literature on software evaluation, software requirement analysis, marketing and positioning strategy analysis, and online user review analysis. In addition to the challenges faced in the healthcare sector, the study recognises that technology transition issues are pervasive across various domains. Common challenges include the need for seamless integration with existing workflows, addressing resistance to change, navigating data security and privacy concerns, and fostering a technology-friendly culture. By exploring these challenges within the context of EHR software, the research contributes valuable insights with broader implications for diverse industries undergoing digital transformation.

SISTEM INFORMASI PERPUSTAKAAN BERBASIS WEB PADA MTS RAUDLATUL 'ULUM PABUARAN JAHA CILEGON BANTEN

Library data processing at MTS Raudlatul 'Ulum Pabuaran Jaha is still done manually so it has drawbacks, namely archiving becomes disorganized, messy, and searching for data takes a lot of time. Therefore, it is necessary to have a web-based library information system so that the administration, management and service processes to users are better. The research method used is the waterfall method, which involves the stages of software requirements analysis, system design, writing program code, program testing, and system maintenance. Data collection methods use observation, interviews and questionnaires. The interview method is used to determine user needs, questionnaires are used to test the feasibility of usability aspects, while observation is used to test performance efficiency aspects. The result of this research is a web-based library information system using the PHP programming language and MySQL database server which can optimize library management, increase service efficiency, and meet the needs of library users effectively, so as to improve the learning process in schools.

Methods of automation and interpretation of the quality educational tests in distributed virtual learning systems

The subject matter of the article is the development of mathematical and algorithmic support for intellectual tools, which allows you to conduct continuous control of the knowledge of students (subjects of study) objectively and comprehensively. The goal of the work is to create methods for assessing the quality of educational tests and automating such processes. The following tasks were solved in the article: formation of a testing model in a distributed virtual learning environment and a validity assessment model based on the content of sets of test tasks. The following methods used are – algebra of finite predicates and operations, methods of mathematical statistics and methods of intellectual data analysis. The following results were obtained – the principles of intellectual analysis of the value of reliability coefficients, validity coefficients, discriminability coefficient, the difficulty index of the task of assessing the knowledge of subjects of training are formulated. Conclusions: the application of methods of formalization of test evaluation, analysis of software requirements, software development confirm the need to introduce quantitative methods of assessing students' knowledge into educational practice. The introduction of quantitative methods involves the correct setting of control goals, the selection of the measurement object and the selection of measurement tools. The use of pedagogical tests contributes to the effective implementation of all control functions and corresponds to its main principles for solving the problem of assessing the quality of tests, based on distributed virtual learning models and analysis methods. A test example of calculations was developed, with the help of which the efficiency of the proposed methods was researched.

Financial Information System in Increasing Organizational Stability (Case Study on Ar-Ruhama Organized Foundation)

The current development of Information Technology has increased the need for effective and efficient financial transaction recording. Yatim Piatu Ar-Ruhama Foundation needs to have a financial information system that can assist in managing and reporting their finances. This research aims to develop a Financial Information System to enhance the organization's stability of Ar-Ruhama Foundation. The research methodology includes software requirement analysis, such as budget management, financial transaction recording, financial reporting, donation management, and data security. This Financial Information System will enable the foundation to record financial transactions, manage budgets, generate accurate financial reports, and handle received donations. The findings of this research are expected to help Ar-Ruhama Foundation in preparing transparent and accurate financial reports and improving organizational stability through efficient financial management.

IMPLEMENTASI METODE SCRUM PADA WEBSITE PENDAFTARAN PASIEN RAWAT JALAN

Websites in health services are expected to be able to manage information and data processing to be faster and according to minimum service standards. This study aims to develop an outpatient registration website by applying the Scrum system development method. The research method used is descriptive research including data collection and software requirements analysis, website modeling and website development using the Scrum model. The website is developed using PHP and Mysql. This research was able to produce an outpatient registration website, the scrum method was able to make website work more effective, efficient and structured.

Manajemen Penjadwalan Waktu Blokir Akses Internet pada Mikrotik RouterOS

Restricting internet access at certain hours allows for more efficient allocation of network resources and bandwidth. This limitation ensures that internet usage is not excessive, preventing the network from slowing down or being burdened by unproductive activities during critical hours. The research methodology employed involves the analysis of hardware and software requirements, network topology design, and network configuration. The research findings demonstrate the effectiveness of limiting internet access at specific times, supporting remote learning, and enhancing internet usage efficiency. System testing was conducted on Windows 10 and Debian 10, demonstrating the successful implementation of the scheduled blocking system. Although successful in simulation, this study has the potential to provide further benefits in real-world network environments.

Aplikasi Pengelolaan Arsip Surat: Studi Kasus di Sekolah Dasar Negeri

This research aims to utilize computers as a tool for implementing information technology to enhance an individual's role as an information intermediary in tasks and processes, including the collection, transmission, processing, interpretation, storage, organization, and utilization of correspondence data to obtain high-quality information. The initial implementation of letter archive management involved manual recording of letters each day using a book, leading to insufficient detailed records of both incoming and outgoing letters, often resulting in difficulties in retrieving correspondence and impeding operational efficiency. The system development method employed is the waterfall method, characterized by the requirement to complete each step before advancing to the next, ensuring a systematic approach. The stages include software requirement analysis, design, coding, testing, and maintenance. This study addresses the challenges associated with manual recording of correspondence data using books, overcoming issues of inaccuracy and lack of precision in recording both incoming and outgoing letters through the implementation of an archive management application. With the integration of this application, the letter data processing becomes more accurate, detailed, efficient, and prompt, especially with the structured storage of data in a database.

Designing an Android-Based Educational Game for Fruit Recognition in Seruni Pertiwi Preschool

The objective of this research is to design and develop an Android-based educational game for fruit recognition in Seruni Pertiwi Preschool. The educational game application consists of a main menu, fruit menu, and tree menu. The fruit menu includes various fruit options such as bananas, papayas, apples, grapes, oranges, pineapples, watermelons, durians, rambutans, and strawberries. The research methodology employed in this thesis includes data and information collection, system design, software requirement analysis, interface design, coding, testing, and implementation. The Unity 3D engine is utilized for designing the educational game application. Based on the conducted testing, the following conclusions can be drawn: the developed educational game is free from errors based on the black-box testing results. The research findings indicate that the average validation score from user feedback, ranging from user 1 to user 10, is 4.6, which indicates a high level of agreement with the system assessment, falling under the category of "strongly agree".

RAGOSRA: Rough attributed goal oriented software requirements analysis method

Goal oriented software requirements analysis method is used for the analysis of elicited functional goals (FGs) and non-functional goals (NFGs) of a system in which goals are decomposed and refined into sub-goals until requirements from the sub-goals are identified. Based on the critical analysis, we found that most of the attention of goal-oriented methods is on the crisp and fuzzy logic during the analysis of the software goals or requirements. In these methods’ prior information about the type of membership function is required; and the selection of membership function depends on the subjective justification. As a result, it lacks objectivity and may affect the ranking values of the goals or requirements during the analysis. Therefore, this paper presents a rough attributed goal-oriented software requirements analysis (RAGOSRA) method in which rough preference matrix has been used to capture the opinions of different stakeholders. The results of the RAGOSRA method are compared by considering the following criteria, i.e., goal types, goal links, types of data used in the analysis, stakeholder perceptions and time complexity with some fuzzy based methods. Based on the time complexity analysis, it is found that RAGOSRA method requires only 24 operations for the selection of goals for the dataset having 3 NFGs and 4 FGs of an institute examination system. On the other hand, FAGOSRA method, fuzzy TOPSIS method, and fuzzy AHP method requires 36, 166, and 240 operations respectively.

Penerepan Metode Waterfall Dalam Pembuatan Sistem Informasi Akuntansi Persediaan Barang Sekali Pakai Pada Dinas Kesehatan Provinsi Kalimantan Barat

Information technology is now showing many major changes as well as its influence, in the accounting field in particular it can help company management as well as in government, one of the information system activities that can be facilitated is the disposable inventory system. The West Kalimantan Provincial Health Office realized that the recording of inventory of disposable goods was still done manually or not computerized, thus allowing for errors in recording incoming goods, outgoing goods, stock of goods, and making reports. The research method used is data collection, observation, interviews, literature study, system design, analysis of software requirements for system design and software, implementation and unit testing. The design of this website is built using the waterfall model development method and the PHP programming language and utilizes the MySQL database as a database server. The results of this study are the right solution to overcome the problems that exist in the West Kalimantan Provincial Health Office. With a computerized system will be very helpful in supporting all activities so as to produce effective and efficient work.

PEMODELAN HASIL REKAYASA KEBUTUHAN PERANGKAT LUNAK SISTEM JURNAL ELEKTRONIK TERINTEGRASI "IDEOGRAM"

E-Journal or Electronic Journal can be interpreted as online storage of information and communication. The characteristics of the E-Journal are that it utilizes electronic technology where publishers, writers, and readers can communicate with each other and use ICT, or written work data is stored so that it can be accessed anywhere and anytime when needed. One of the efforts to increase the effectiveness and efficiency of the scientific publication process requires using various ICTs. Design can use the electronic journal information system to solve problems in compiling a journal integration system based on software requirements analysis. In addition, the system development method used is a waterfall. The design uses UML, ERD, Wireframe, and database implementation using DBMS. The research results are realized in the form of a conceptual design of the system so that it can accommodate the needs to make the system. The development also can choose journals that are following their fields so that they can estimate open access journals based on the estimated submission time.

ELECTRONIC AND DISTANCE LEARNING TECHNOLOGIES IN HIGHER EDUCATION

The article discusses the basic concepts (electronic training, distance learning), types of information technologies that can be used in a professional educational organization and stages of development of electronic training, and distance learning technology. An analysis of software requirements for the organization of electronic training is carried out.

Implementasi Teknologi QR Code Dalam Pendaftaran Calon Mahasiswa Baru

In tertiary institutions, the acceptance of new students (PMB) is an administrative procedure. Online registration forms are filled out by prospective students to complete the registration procedure. As a result, a system was created that makes use of QR Code technology, which is anticipated to make the registration process easier for potential new students (PMB). The system design approach that was utilized to create the design for the software requirements analysis system was the technique employed in this paper. In order to find out the processes that happen in a system based on the results of the Qr Code Design as a Service Optimization Media for New Student Admission Registration, researchers carry out software requirements in the design and construct optimization of new student admissions services.

MODELING OF THE “IDRESM” ELECTRONIC JOURNAL PUBLICATION PORTAL USING THE WATERFALL MODEL

The utilization of various information technologies can increase the effectiveness and efficiency of the scientific publication process. Design can realize one of the uses of Information Technology in designing an electronic journal information system is that tools can use to solve these problems. The electronic journal information system is the collection, data collection, management, and or publication of scientific journals electronically. In addition, if the correct information can accompany the selection of journals, it will increase the effectiveness of publication activities in terms of time efficiency. Therefore, to support time management must be supported by a system design that includes journal subsystem information in planning the selection of open access journals when publishing. Based on the description above, this integration system aims to assist in compiling a journal integration system design based on software requirements analysis. In addition, the system development method used is the waterfall which consists of requirement analysis, system design, implementation, testing, deployment, dan operation & maintenante. The design uses a DBMS, UML, ERD, Wireframe, and database implementation.The results indicate that the system can assist in selecting journals that are following their fields to estimate open access journals based on the estimated submission time. In addition, the integrated approach that has been successfully implemented as a system has four subsystems: the primary database, human resource system, index system, and payment system.

Development of Virtual Reality Applications as a Media for Digitizing Cultural Heritage in the Historic Building of the Banten Caringin Mosque

The Caringin Banten Mosque is a historic relic that must be preserved and introduced to the public, but the condition of the historic mosque in Banten is no longer visible, therefore digitalization is needed so that people can know the historical events of the mosque. The technology that can be used to digitize the mosque building is Virtual Reality, which is a technology that allows users to see and interact with an environment that is simulated by a computer, so that users feel they are in that environment. Virtual Reality can be applied to various devices, one of which is currently widely used, namely Android. The purpose of this research is to produce a Virtual Reality application for the Caringin Banten Mosque based on an Android smartphone, with the hope of making it easier for the public to know and learn about the historical heritage of the Caringin Banten Mosque. This research method uses the Waterfall model from the SDLC. The stages are divided into 6 namely: System modeling, Software requirements analysis, Design, Coding, Testing and Maintenance. The author uses Blender software to create three-dimensional objects, then uses Unity software to create virtual reality applications. Based on testing, the application can run smoothly on the author's Android device. However, when tested by 10 (ten) people, the application still has some shortcomings. However, the application was successful in introducing the Caringin Banten Mosque to users.

Development of Android-Based 3d Animation Learning Applications to Support Distance Learning for the D4 Animation Study Program, Udinus Semarang

The existence of the COVID-19 pandemic has become a big problem in practicum courses, especially the 3D1 Animation course at the Dian Nuswantoro University animation study program, Semarang. Lecturers cannot guide students directly when experiencing obstacles in the learning process such as during face-to-face learning. The purpose of this research is to create an android application for learning media 3d1 animation. In this application there are several menus including the semester learning plan menu, video tutorials, task collection, consultation with lecturers, remote desktop requests and othersRemote desktop features to make it easier for lecturers to guide students remotely. This study uses the waterfall method, namely software requirements analysis, design, development, testing, and maintenance with testing using the black box method. The test results show that each aspect has results that can be concluded as successful and feasible. This research succeeded in developing android-based 3d1 animation learning media.