Context Diagram Research Articles

SISTEM PENDUKUNG KEPUTUSAN PEMILIHAN LOKASI CABANG MINIMARKET TERBAIK MENGGUNAKAN METODE SIMPLE ADDITIVE WEIGHTING BERBASIS WEB

Minimarkets are shops that sell daily necessities. This mini market is located on Jalan Station Kauman, Krikilan Hamlet, Dawungan Village, Masaran District, Sragen Regency, Central Java Province. In developing inter-company leaders, it is difficult to make decisions about the location of new branches, because there are many criteria such as: strategic location, distance and population to facilitate decision making. The purpose of this study is that researchers assist company leaders in choosing the best new minimarket branch locations using the SAW algorithm method. This method was chosen because it is able to carry out the process of ranking and weighting the best alternatives by applying many criteria. The technique used in this research is observation (observation), interview (interview), and literature study. In the design of this system is made with Context Diagram, HIPO, DAD, relations between tables and database design. This application is made using the PHP programming language and the database uses MySQL. The final result is a report on the best location data. System testing is done by testing the functionality and testing the validity of the obtained results are 100% valid.

Creation of an online library of qualifying works of students of the SCIA department

The purpose of the article is to develop an information resource for the placement of qualification papers of students of the Department of Education and Research. The research methodology is based on the methods of analysis and synthesis, as well as on the use of informational, system-structural, and functional approaches. The scientific novelty of the work lies in the development of informational and functional models of the process of creating an online library of qualifying works of students of the SCIA department. Conclusions. A goal tree has been developed, the general purpose of which is to create an online library of qualifying works of students of the SCIA department. In order to achieve the set goal, a division was made into three first-level goals, which in turn are divided into smaller goals and sub-goals, each of which has an individual means of achieving the goal. An information model of the problem was built in Peter-Chen notation, which contains 6 entities related to each other with connections. The notation presents the “Supervisor” (as the student’s mentor), who manages the “Student” (the author of the qualification work). “Student” performs “QW” (study carried out by the student), which is reviewed by “Reviewer” (critic of qualification work). “QW” is contained in the “Online Library” (website of qualifying papers), which is visited by the “User” (interested person). A functional model of the given task is provided in the form of context diagrams and detailed processes. The first context diagram shows the process of “Filling the online library of the QW” and four external entities: “Secretary of the examination board”, “Manager”, “Reviewer” and “Student”. The second context diagram shows the process “Organisation of the work of the online library” and two external entities: “Administrator” and “User”. Three systems for managing site content are considered, namely: Drupal, Joomla and WordPress. After a detailed analysis of each CMS, WordPress was chosen as the ideal solution for the task, due to its simplicity, flexibility, and the ease of use and management

A Conceptual Design for Smart Risk Assessment

Technology cannot be separated from the development of Industry 4.0 in which smart working is the focus. One of the company’s activities that helps the company to achieve its quality goals and objectives is risk management. Based on observations of one SMEs, poor risk management is still found. The risks that occur have not been identified, assessed, and treated appropriately. In addition, documentation that has not been conducted makes the risks that occur later not be handled properly. The aim of this study is to develop a conceptual model of smart risk assessment. The step of this research includes identifying stake holders (as users), identifying functional design, designing context diagram (CD) and data flow diagram (DFD), and designing fidelity prototype. The users involve the production manager, operational manager, and director. The functional design integrates stake holders’ requirements and ISO 31000:2018 risk management process. The design of fidelity prototype focuses on risk assessment, risk treatment, and documentation of risk management. This application is expected to become one of the sustainable development and information systems on Industries.

PENGEMBANGAN SISTEM INFORMASI PENJUALAN BUKU BUCERDAS

A good information system will really support every activity, especially in cyberspace. Books that previously could only be ordered or purchased in bookstores can now be done in cyberspace (the internet), on the internet. Customers can search for books in the book catalog based on book categories, and can search in the menu bar. The book ordering system here describes the activity of ordering books on the internet network which provides easy facilities for book consumers in searching for information about the book they are looking for. This project aims to design and create a book ordering information system that makes it easy to order books on the website and also easy to view the required book information. The benefit of this system is that it makes it easier for book consumers to no longer have to bother looking for the books they need by traveling long distances to buy books. The system creation method includes system analysis in the form of a FlowChart, system design in the form of a Context Diagram, DFD, ERD. The results of the system are applied in the form of web design using the PHP programming language and database management using MySQl with the Apache web server.

Information System for Ukrainian Text Voiceover Based on Nlp and Machine Learning Methods

During the research, an information system for voicing Ukrainian-language text was developed based on NLP and machine learning methods. The created information system is implemented in the form of a desktop application, which allows the process of voicing the Ukrainian-language text. The created system included all stages of software development: the design process, the implementation process, and the testing process. For the feasibility of creating this system, already existing software solutions on the market were analysed, their advantages and disadvantages were listed, which were subsequently taken into account to create a new system. During the system analysis of the system, a goal tree, a decision tree, and examples of context diagrams with process decomposition are given. One of the stages of the design of the economic part, where the budget that will be spent on the implementation of the system is analysed, all tax and administrative costs are calculated, development strategies are also analysed and the development strategy of the existing product with accompanying solutions and the product development strategy are selected. After that, an assessment was made for the feasibility of creating the designed system, it’s payback and profit. The object of the research is the process of the voiceover system of the Ukrainian-language text based on NLP and machine learning methods. The subject of the research is the methods and means of the Ukrainian-language text voicing system process based on NLP and machine learning methods. The purpose of the research is to create an information system for voicing Ukrainian- language text based on NLP and machine learning methods. The result of the work is a ready-to- implement information system for voicing Ukrainian-language text based on NLP and machine learning methods, an analytical review of literary and online sources related to the topic of voicing Ukrainian- language text based on NLP and machine learning methods, a systematic analysis of the research object, analysis and selection of software tools for system implementation, practical implementation of the system, economic justification of system implementation activities.

A health information systems architecture study in intellectual disability care: Commonalities and variabilities

Care providers in intellectual disability care use various health information systems (HIS) to document the care they provide. This generates a substantial amount of structured and unstructured data with significant potential for reuse, which is currently underexploited. To enhance data reuse, it is important to understand the architecture of health information systems in intellectual disability care, including their commonalities and variabilities (differences), as well as to identify related privacy and security issues. Our study adopts a multiple-case study approach, examining the architectures of four health information systems in the Netherlands. We conducted interviews with seven stakeholders from four HISs and reviewed multiple documents concerning system infrastructure. We identified commonalities and differences between these systems and outlined the primary challenges regarding privacy and security for data reuse. For each HIS, four architectural views were developed: a context diagram, decomposition view, layered view, and deployment view. The study discusses crucial security and privacy aspects for data reuse in intellectual disability care and highlights several challenges that must be addressed to unlock the full potential of this data. This research provides initial guidelines for overcoming these challenges.

Aplikasi Pencatatan Pelanggaran Siswa melalui Whatsapp Gateway berbasis Web

In MTs Negeri 5 Klaten, recording violations committed by students is still recorded manually in a book, and reporting violations to parents is still printed on paper. For this reason, a system is needed that can assist in recording and reporting violations by building the system into a web. This study aims to build an application for recording student violations through a web-based WhatsApp gateway. The method used in this study uses prototyping. The data collection phase starts with problem identification by collecting data through observation and interviews. The prototyping phase is a temporary design of the software using context diagrams, data flow diagrams, and entity-rational diagrams. The stage of coding the system using the PHP programming language with the bootstrap framework and MySQL database. The data analysis techniques used are qualitative. Qualitative analysis in the form of data collection is conducted through observation and interviews Application testing is carried out by Blackbox testing, which aims to determine whether the functions, inputs, and outputs of the system are built by the required system specifications. The findings are in the form of a student violation recording application through the web-based WhatsApp gateway, which shows that the application is running well, is feasible to use, and can help schools convey student violation report information to parents quickly and accurately.

EVALUATION AND DESIGN OF MANAGEMENT INFORMATION SYSTEM DEVELOPMENT IN COMPLETENESS OF RECIPE SCREENING IN AR-RASYID ISLAMIC HOSPITAL PALEMBANG

Errors in prescribing and administering drugs are things that often occur in medicine, so in an effort to improve pharmaceutical performance, an evaluation and development of a SIM is carried out to support pharmaceutical services in hospitals. The aim of this research is to evaluate the Management Information System needs at RSI Ar-Rasyid Palembang and continue with the development of a design model. This research is descriptive research conducted through direct observation and documentation. The development of this research system uses a prototype method starting from needs analysis, system design and implementation of the EUCS (End User Computing Satisfaction) framework system, creating a system design using context diagrams, Data Flow Diagrams and Entity Relationship Data, the data analysis method used is qualitative analysis. The results of the research from direct observation on the completeness of the IFRS SIM show that the SIM at RSI Ar-Rasyid in pharmaceutical screening has been fulfilled, but in administrative screening and clinical screening it has not been fulfilled and the results of evaluation using a questionnaire distributed to pharmaceutical installation staff show an average the answer to each statement variable is satisfied. In making a draft design, there are suggestions that include clinical screening of prescriptions, it is hoped that this will help pharmacy installation staff in providing services to avoid medication errors. Based on system design, input design and output design, the patient prescription screening management information system design meets the criteria so it is ready to be implemented into the system.

ПРОЕКТИРОВАНИЕ «УМНОГО ДОМА» С ИСПОЛЬЗОВАНИЕМ МЕТОДОВ СИСТЕМНОГО АНАЛИЗА

The article discusses the process of designing an intelligent home automation system. Using various methods of system analysis, namely the tree of goals, context diagrams of the Unified Modeling Language standard and the analytical hierarchy process, the Smart Home system was considered and analyzed. The innovative home systems currently on the market are evolving at an extremely fast pace. A wide range of devices that can be used in the "Smart Home" does not always have the ability to work together with equipment from different companies. This is one of the main existing problems, which is considered in the work. Using the analytical hierarchy method, the most attractive variant of organizing communication in the microservice architecture of the designed home automation system using the TCP protocol was calculated. Creating a "bridge" for integrating hardware from different companies will open up great opportunities for combining devices and make the process of creating a "Smart Home" more flexible and comfortable.

SISTEM ANALISIS PENYAKIT MATA BERBASIS PHP DAN MYSQL MENGGUNAKAN METODE TF-IDF

The development of information technology has had a positive impact on the healthcare sector, particularly in disease analysis. Eye diseases are among the health issues that require early detection for effective prevention and treatment. In this context, this research proposes the development of a PHP and MySQL-based Eye Disease Analysis System utilizing the Term Frequency-Inverse Document Frequency (TF-IDF) method. The system is designed to provide a web platform facilitating the analysis of textual data related to eye diseases. Involving PHP as the programming language and MySQL as the database, the system allows efficient storage, management, and retrieval of medical information. The TF-IDF method is employed to analyze unique characteristics within textual data, enabling the identification of symptoms, diagnosis, and treatment of eye diseases. Context Diagram, Data Flow Diagram (DFD), and Entity-Relationship Diagram (ERD) serve as visual guides in designing this system. The Context Diagram provides a general overview of the system's interaction with its external environment, while DFD illustrates the flow of data within the system. ERD is used to represent the data structure within the database.
 The research results are expected to significantly contribute to the efficiency of eye disease analysis, providing faster information to medical professionals and enhancing the general public's understanding of eye diseases. This system is anticipated to serve as a foundation for further developments in the application of information technology in the healthcare sector, particularly in disease analysis.

Designing the Decision Support System to Determine the Major and Higher Education Institution based on Preferences of Prospective Students

There are several factors considered by students toward determining the major and higher education institution. As a result, determining the best choices for further studies becomes difficult. Moreover, there are many choices of higher education. This study contributes to developing a decision support system (DSS) to help students determine the major and higher education institution considered several criteria based on Analytical Hierarchy Process (AHP). Several criteria and subcriteria were chosen by distributing 186 questionnaires to final grade students. Based on the result, criteria and subcriteria used were tuition fee, scholarship, infrastructure (library, classroom, laboratory, transportation, teaching staff), curriculum, quality (accreditation, study period, achievement), reputation, and international collaboration. According to these criteria and sub-criteria, a DSS was built to help students determine their major and higher education institution according to their preferences. The algorithm used was AHP, which was then built with Borland Delphi. Context Diagram, Data Flow Diagram (DFD), and Entity Relationship Diagram (ERD) were made as a guide to design the DSS. This DSS was tested using black box test, beta test and compatibility test with manual calculations. The black box test showed that the DSS has performed the functions according to the design. Later, the beta test resulted in a correctness score of 20.4, reliability of 16.8, usability of 25.5, which means they were in the very good category and integrity of 3.4, which means good. Meanwhile, based on manual calculations, the DSS provides output in accordance with the results of manual calculations. Finaly, he DSS was proven to be used as a decision-making tool in determining the major and higher education institution for students

SISTEM INFORMASI MANAJEMEN KELUHAN PELANGGAN BERBASIS WEB (PT. Semen Baturaja Tbk Palembang)

Customer complaints service is one of the spearheads of increasing customer satisfaction. The intended customer is the employee of the company itself. Coordinated and complete customer complaint handling can provide a positive image of the company / organization. Complete and effective services need to be supported by a coordinated system and cover an entire service cycle that begins with making a complaint, receiving a complaint, updating the complaint status or recapitulation of incoming complaints as a reference for management to assess which domains the customer complains about. This customer complaints management information system is designed to help PT. Semen Baturaja Tbk Palembang to manage and monitor customer complaints. This system focuses on the delivery of complaints from customers based on the type of complaint submitted. Incoming complaints are recorded and then delegated to related parties, as well as monitored the settlement status of the complaint. In this system can also manage customer registrants and company employees to be able to submit complaints and any process in changing the status of complaints or employee data and customer data stored in the report. This system can help management to improve the quality of service, so as to increase customer satisfaction. The method of making the system include system analysis in the form of Flow Chart, system design in the form of Context Diagram, DFD, Use Case Diagram and Activity Diagram The result of the system is applied into web design using PHP programming language and database management using MySQl with Apache web server.

RANCANG BANGUN APLIKASI PENYEWAAN MOBIL ONLINE “EAZYRENT” BERBASIS WEBSITE

The world of technology is now more advanced and sophisticated, where technological developments are widely used to facilitate and support people in carrying out their every activity. Many activities and jobs are impacted by technological advances, one of which is in the world of rental. Car rental is a business entity in the field of four-wheeled vehicle rental services. This study aims to provide complete information to make it easier for users to use it, as well as build a car rental information system on the website so that car rental transactions and promotions can be carried out online and save users more time when it comes to car rentals without the need to come to the rental office in person. because in this day and age where technology is rapidly developing it changes the lifestyle of people who want a simple, easy-to-understand, quick-to-access, flexible, and efficient system that can be accessed anywhere. The purpose of this research is to build a web-based car rental information system on Eazyrent, with research boundaries that will include the process of entering car data, tenant data, and user data. This research was conducted using the waterfall model. It consists of several stages starting with a literature study, followed by determining the formulation of the problem, then analyzing the data that has been collected, discussing the research results in the form of dataflow such as decomposition diagrams, context diagrams, system pages, and testing. After discussing the results, the study was closed with conclusions and suggestions. The results of this study can be concluded that by building an information system it can become a liaison between tenants and Eazyrent users, and can accommodate all the data information needed by users when using Eazyrent, so that it makes it easier for users.

Model‐based systems engineering approach to the study of electromagnetic interference and compatibility in wireless powered microelectromechanical systems

AbstractElectromagnetic Interference and Compatibility (EMI–EMC) are a serious problem in Microelectromechanical Systems (MEMS), and specially in powered by wireless energy transfer MEMS. Most MEMS have dimensions in the order of 1 mm or less, thus, most of the suitable electromagnetic radiation sources have wavelengths larger than this, making isolation of electromagnetic effects very difficult. Model‐Based Systems Engineering (MBSE) can be an excellent tool to deal with EMI—EMC in MEMS during early design phases. In this work, we present a problem‐solving procedure and integration of EMI—EMC in MEMS from a Model‐Based Systems Engineering perspective. This approach is described in detail by a real example using a procedure based on nine steps fully integrated with the proposed systems engineering methodology. For example, the use of context diagrams (IBDs) and N SQUARE charts to describe EMC interactions is explained in detail. The system is formed by a Wireless Power Transfer (WPT) subsystem working near 2.45 or 4.5 GHz coupled to an electromagnetic micromotor. This micromotor contains copper microcoils which can receive electromagnetic radiation directly at the same time that the WPT subsystem. The greatest difficulty is, then, to power the WPT while isolating the micromotor, and optimizing the coupling interface. A summary of the most important EMC concepts and tools are reviewed from the systems engineer perspective and possible problems during the design and testing phases are discussed in detail using the example.

Optimization of Human, Technological, Administrative Resources for Decision-Making in Information Security Governance

Problems for decision-making in information security governance are persistent because there are no adequate models. The objective is to generate a model that optimizes human, technological and administrative resources for decision-making in the governance of Information Security. The deductive method and exploratory research were used. A resource optimization model with 95% reliability generated by Cronbach's Alpha resulted; the mathematical justification of the business, information and application architecture with 96.13%, 95.89% and 95.20% confidence respectively generated by the Pearson correlation; an enterprise architecture context diagram; and an algorithm expressed with flowchart techniques with 98.21% degree of association in its elements generated by the multiple correlation coefficient. It was concluded that with the proposed model, a company's resources can be optimized for information security governance; so that managers have adequate support for making decisions with a mathematical basis with simulations in quantities of components within the architectures; so that the function in business management becomes simpler by applying a general model that can be adapted to various types of companies to achieve success for decision making in security governance of information security.

Model Transformasi Informasi Artikel Minangkabau sebagai Preservasi Pengetahuan tentang Budaya Lokal

Newspaper articles are intellectual works of individuals that need to be respected as a form of information which can provide valuable knowledge to the reading community about various aspects of life. This source of information is frequently used as a primary reference to support various community activities such as developing knowledge and general insight. So far, there is no system of information available for continuous documentation for articles containing Minangkabau in printed newspapers. The writing of this paper aimed to explain the transformation model of Minangkabau articles in printed newspapers become information that can be accessed digitally. The research method used was research and design. Determination of the sample was using purposive sampling technique with specific criteria. The conditions is sample contains information that can be used all the time and comprehensively discuss one aspect of the lives of Minangkabau community. The study was conducted on 127 articles containing Minangkabau found in four newspapers which is spread in West Sumatra particularly Singgalang, Padang Ekspres, Posmetro, and Haluan through the use of the concept of information transformation and preservation of knowledge. The results of the study showed that the information transformation model of Minangkabau articles begins with article selection, article documentation in the form of clipping, indexation, context diagram formation and User Interface configuration as a design for digital documentation.

Perancangan Sistem Informasi Penjualan Berbasis Web di PT. MARKTEL

Information systems are needed in every company to facilitate fast and accurate data processing. One of them is a sales information system currently used at PT. MARKTEL still has processes that have not been computerized. To meet these information needs, especially to deal with data processing problems, report generation and systems that have not worked as expected, companies need a computer-based information system. The system development method in this study uses the waterfall method which has a systematic and clear flow so that the system development is more detailed. The waterfall method is a structured modeling-based method consisting of Flowmaps, Context Diagrams, Level 0 Data Flow Diagrams (DFD) and Entity Relationship Diagrams (ERD). In designing and implementing the program, the author uses the PHP programming language with MySQL database. The existence of a web-based sales information system at PT.MARKTEL is expected to simplify and speed up data processing and report generation and can minimize errors so that company goals can be achieved optimally.

RANCANG BANGUN SISTEM INFORMASI MANAJEMEN KARYAWAN

The employee management information system at Nazra Swim School (NSS) was created with the aim of improving the performance and service of employees at Nazra Swim School (NSS). Nazra Swim School has a lot of data, one of which is employee data that needs to be stored and processed. Employee data processing is currently still done manually. To facilitate the processing of employee data, an information system is needed to process employee data so that the resulting information is more accurate, efficient and precise. This employee management information system is done using the waterfall method. This information system design includes document flowcharts, system flowcharts, data flow diagrams, context diagrams, database design, conceptual data model (CDM), physical data model (PDM) and user interface design. The employee management information system is designed using the programming language PHP, Notepad++ and MySQL database. implementation of a web-based employee management information system can help administration and employees in managing employee data automatically.

Academic Information System in Nurul Falah Islamic Foundation in Garut District Web-Based

Academic, namely activities carried out within the world of education related to the teaching and learning process. The academic information system at the Nurul Falah Islamic Education Foundation is considered ineffective where recording student data, teacher data, subject data, student class data, scheduling and assessment are still recorded in books so they are easily damaged or lost and making reports takes a long time. This study aims to determine the current system, make system design, analyze and test the system and to implement academic information systems. The method for designing the system used by the author in this study is the waterfall method where the data collection techniques used include observation, interviews and literature study. The development method uses a structured method with several tools and processing techniques such as flowmaps, context diagrams, and data flow diagrams. The programming language used in designing and implementing academic information systems is PHP and the database used is MySQL.

TATA KELOLA REKAM MEDIS BERBASIS ELEKTRONIK DALAM PEMBUATAN LAPORAN POLIKLINIK PASIEN RAWAT JALAN MENGGUNAKAN METODE AGILE

This study aims to determine the governance of electronic-based medical records in making outpatient polyclinic reports using the agile method. The research method used is qualitative research with a descriptive approach. After analyzing the needs of the polyclinic reporting system, this study presents the steps of implementing the agile method of extreme programming. By using this method, a system that is adaptable, responsive, and focused on user needs can be developed. The results show that the use of the agile extreme programming method in the development of an electronic-based medical record system provides significant benefits. The process of planning, designing, coding, testing, and releasing is done iteratively and collaboratively. With this approach, the system can be continuously improved and adjusted to meet changing user needs and priorities. By describing the system design flowmap, context diagram, DFD and ERD to visualize the relationship between the components in the system that provides a systematic description of the stages of the report generation process. In conclusion, electronic-based medical record governance in making outpatient polyclinic reports using the agile extreme programming method is an effective and efficient approach. By combining the advantages of agile and extreme programming methods, an adaptive and responsive system can be developed.