Application Development Model Research Articles

Automatic Portal Access Application Using Static Qr Code Reading

This study is a study that aims to determine the results of the automatic portal access application using a static QR Code reading based on the results of the ISO 25010 testing standard and to find out the results of using an automatic portal access application using a QR Code reading. The development model used in this research is the Rapid Application Development (RAD) model and the application quality test is based on the ISO 25010 quality standard. Data were collected using documentation and observation techniques. The instrument and system were validated by two system experts. Data were analyzed using descriptive statistical analysis techniques. Based on the test results using the ISO 25010 quality standard, the automatic parking application using QR Code reading has met the standards where: a) testing the functionality suitability aspect Testing the application is carried out by involving 2 (two) expert validators who are experienced in the field of application programming, the percentage is obtained in the category Very Good and has met the functionality suitability aspect; b) testing the performance efficiency aspect of the application can run well without experiencing a memory leak which results in a force close and launch fail so that the application is said to be successful and has met the performance efficiency aspect; c) Testing the maintainability aspect From the test results on the maintainability aspect, it shows that the maintainability aspect test has met three aspects of the test, including instrumentation, consistency, and simplicity, so the results of the maintainability aspect test can be said to meet the maintainability standard.

Desain Sistem Berbasis Web Penunjang Pemasaran Limbah Ternak Kelinci (LTK) Sebagai Bahan Baku Pupuk Organik


 
 
 CV. Mitra Ternak Sejahtera packs livestock waste of their broiler rabbits and ornamental rabbits to be sold as raw material for fertilizer. The sale of rabbit manure waste utilizes a network of resellers that already exist related to the marketing of broiler rabbits and ornamental rabbits. Marketing of rabbit livestock waste is done through messaging applications on social media. Conventional marketing and the high demand for rabbit waste products pose a problem considering that the marketing of rabbit waste uses resellers who also market broiler rabbits and ornamental rabbits. Accuracy of order data and guarantee of availability of waste products that are ready to be marketed are a problem. To reduce product order fulfillment errors and make it easier for resellers and general consumers to find out product stock, this study designed a web-based system for marketing kelimci livestock waste. The system design uses the Agile methodology and the Rapid Application Development (RAD) model with the hope that this system can be developed sustainably and adapt to the needs of the system owner
 
 

Information management system for research of Don Mariano Marcos Memorial State University–South La Union Campus

This study aimed to develop an information management system for research (IMSR) for the South La Union Campus of Don Mariano Marcos Memorial State University. The descriptive-developmental research design was applied, and the rapid application development model was used in the system development. An interview was conducted and ISO/IEC 25010-based questionnaire was employed. Respondents consisted of 37 faculty members and five (5) research office personnel. The researchers were able to develop the intended IMSR and were able to check its acceptability revealing that the system was very acceptable based on the measurement criteria of the ISO/IEC 25010 as to the following characteristics: functional suitability, reliability, usability, efficiency, maintainability, portability, compatibility, and security. The overall result was found that the IMSR is a deployable functional information management system in enhancing the research operations.

AppYourself Instant Store (Case Study: SMEs Industry in Aceh Province)

The purpose of this study is to implement the use of AppYourself to create an Instant Store that can be used in Small and Medium Enterprises (SMEs) Industry in Aceh Province. The Software Development Life Cycle method used is IDI. IDI is a combination of iterative design / iterative method and incremental build model that is used for software development. Testing and measurement based on usability level using the People at the Center of Mobile Application Development (PACMAD) model based on its seven aspects. This research uses Performance Measurement, SUS Questionnaire, NASA-TLX Questionnaire, and RTA Questionnaire in data collection. The data was measured using usability metrics, statistical tests, and calculation formulas from the questionnaire. The results of this study have succeeded in making an application called InstantStore by involving several stages from data collection to testing. The results of the initial test or pre-evaluation and final testing or post-evaluation, it can be concluded that after an evaluation by designing a prototype of improvement recommendations using the rules of The 4 Golden Rules Of User Interface Design, there is a significant increase, based on the results of statistical tests on testing Pre-evaluation shows that there are significant differences between respondents in South Aceh Regency and Banda Aceh City on aspects of efficiency, memorability, satisfaction, and cognitive load. In addition to the aspects of effectiveness, learnability, and errors there is no significant difference between respondents. While the results obtained from statistical tests in the final test (post-evaluation) there are no differences between respondents to the seven aspects of the usability of the PACMAD model.

Aplikasi Rumah Laundry Berbasis Web Menggunakan Rapid Application Development

Laundry house is a business engaged in laundry services. Every day the laundry house can receive about 20 to 25 laundry per day. Most data management processes are still carried out manually, starting from customer data registration, recording transaction data, and even for making reports still written in the general ledger. This causes various problems such as, the difficulty of finding customer data, making complicated reports because they have to recap transaction data that takes a long time and is not efficient. The creation of a Web-Based Laundry Application at a Laundry House using Rapid Application Development (RAD) models that aims to make it easier for employees to serve costamers, with this Web-Based Laundry Application, employees can more quickly handle transactions quickly and accurately so that transaction calculations can be done quickly based on the service chosen by the customer. With the Web-Based Laundry Application, it is also easier for laundry business actors to monitor their daily income in real time, see the busiest time in the field and make accurate reports automatically.

Comparative Analysis of Various Software Development Life Cycle

Software development life cycle is the process used by the software industry to design, build, and test high-quality software. SDLC's primary objective is to provide high-quality software that exceeds customer expectations. SDLC may also be referred to as Application Development Life Cycle. SDLC is not a technique; rather, it is a description of several phases. Participate in software development from project design to deployment. Sustainment. These SDLC phases serve as a roadmap for project activities. In our in this study, we describe many SDLC models (Waterfall, Spiral, V-Model, Iterative,). Rapid Application Development Model).

Application development and practice model for radiation education

Application development and practice model for radiation education

Mobile Learning Model for Children with Special Learning Needs

The mobile learning developed for children with special learning needs have limited users even within the same learning disability because severity in learning disability varies greatly even within a specific learning disability. Mobile learning developed for these children currently uses the same model used by any mobile application development where it caters for the masses rather than focusing on personalisation. The objective of this paper is to propose a mobile learning model for children with special learning needs, named APIE. ADDIE model is a generic instructional system design model that consists of processes: Analysis, Design, Develop, Implement and Evaluate. APIE is a modification from the ADDIE model, which makes APIE a mobile learning application development model. APIE iterates the design and develop processes under the Personalisation stage to explore the most suitable way for customisation for individual learning. APIE is applied to the development of a mobile learning for Dyslexic Children to assist the children to read and spell. Through APIE, a mobile learning application, DysleRead is produced. DysleRead integrates two classroom approaches: sight word and phonic where teachers can set and monitor individual learning needs of the children. The teachers find DysleRead helpful to teach the children. This shows that the mobile learning application produced using APIE meets the objective to cater for personalisation within a specific learning need without undermining the role of the teachers. Hypothetically, APIE model is applicable to other special learning needs too.

Usability and Performance of the Web-based Frontline Services and Laboratories System

Objectives: The study developed a Web-based Frontline Services and Laboratories Evaluation System for NIPSC to identify the needs and concerns of attending students in NIPSC by giving ratings and posting comments or suggestions in laboratories and frontline services. The main objectives of the research were to determine the level of usability of the developed features of a Webbased Frontline Services and Laboratories Evaluation system for NIPSC. Evaluate the system’s performance in terms of functionality, reliability, and efficiency of the information provided to clienteles. Methods: Descriptive and developmental research designs were employed in this study. It also helps the researcher analyze the information by the deployed standard survey questions to ensure the developed system meets its developed features and functions. The researcher used the Rapid Application Development (RAD) model as the software development life cycle for the software development activities. The researcher gets the total sampling size using sloven’s formula. Findings: The finding implied was very good in using the developed system to get feedback from the students. The developed system gives satisfaction to the users in which they can easily rate and give their comments and suggestions to the services and laboratories of the NIPSC. The administrator can easily gather feedback from the students in helping them to know what were the lacking needs of their services are. Using the developed system, it can continuously progress and outgrow the services of Northern Iloilo Polytechnic State College when it comes to evaluating the school’s frontline services and laboratories. The system’s overall performance in terms of functionality, reliability, and efficiency implied that using the developed system is very good in getting feedback from the students. Novelty: The developed system can evaluate the comments and suggestions of the students of NIPSC using their mobile phones and tablets. Be able to give results quickly, and it is user-friendly. It is very good if the school may continue to update the developed system, which may help to maximize its potential and improve its functionalities, reliability, and efficiency. Keywords: Usability and Performance; Frontlines services and laboratories; Evaluation; Rating; Webbased; RAD Model

Application Development and Practice Model for Radiation Education

Application Development and Practice Model for Radiation Education

Aplikasi Cyber Counseling Sebagai Solusi Pelayanan Konseling Online Berbasis Android

Existing technological developments have affected all aspects of life, one of which is guidance and counseling services. One of the innovations utilizing the development of Information Technology in the implementation of counseling services is Cyber Counseling services or often called online counseling. The purpose of this research is to realize a system to support the online counseling process in the form of an Android smartphone mobile application. This application development model in the process of requirements analysis and system design is the Rapid Application Development method. The application of the Rapid Application Development method in this study was proven to be able to save development time. The result of this research is an android-based Cyber Counseling application.

RAPID APPLICATION DEVELOPMENT DALAM RANCANGAN SISTEM INFORMASI PEMINJAMAN DAN PENGEMBALIAN BUKU

Ananda School, which is located in Bogor City, is a school that is very active in the habit of reading its students. This school has a fairly complete library with quality books, but unfortunately, the system of borrowing and returning books is still conventional by recording transactions on many books. This causes problems in the process of searching for books and transactions that have occurred so that they are less effective and efficient in daily activities. The design of the Book Borrowing and Returning Information System is a solution to overcome the problems that occur by using the Rapid Application Development model in the software development method. The data collection process uses the interview method, observations by paying attention to the system that is currently running, and several examples of sites related to information systems for borrowing and returning books, and literacy are also used as reference materials. The Information System for Borrowing and Returning Books at this school has also made it much better with the various kinds of databases used and the reports that are the output of this information system.

Statistical analysis of software development models by six-pointed star framework.

Software Development Process Model (SDPM) develops software according to the needs of the client within the defined budget and time. There are many software development models such as waterfall, Iterative, Rapid Application Development (RAD), Spiral, Agile, Z, and AZ model. Each development model follows a series of steps to develop a product. Each model has its strengths and weaknesses. In this study, we have investigated different software development process models using the six-pointed star framework. Six-point star is a framework of project management industry standards maintained by Project Management Body of Knowledge (PMBOK). A survey is designed to evaluate the performance of well-known software process models in the context of factors defined by the six-point star framework. The survey is conducted with experienced users of the software industry. The statistical analysis and comparison of results obtained by the survey are further used to examine the effectiveness of each model for the development of high-quality software concerning lightweight and heavyweight methodologies for small, medium and large scale projects. After exploring the results of all factors of the six-pointed star model, we conclude that lightweight methodology easily handles small-scale projects. The heavyweight methodology is suitable for medium and large-scale projects, whereas the AZ model, which is one of the latest models, works efficiently with both small-scale and large-scale categories of projects.

Sistem Informasi Manajemen Fakultas Teknik Universitas Teknologi Sumbawa

Currently, the governance process at the UTS Faculty of Engineering is still using a semi-digital system. Based on this, the researchers built a digital governance process management information system in the form of monitoring lecturer evaluations, judicial registration, general administration related to correspondence, and accreditation forms. The research method used is a qualitative method and a System Development Life Cycle (SDLC) with a Rapid Application Development (RAD) model as a software development method. Programming Language in making this management information system with PHP programming language which is implemented in CodeIgniter framework and MySQL database. At the end of making this information system tested using the black-box method. With this Management Information System (SIM) it can help and facilitate the management of the Faculty of Engineering in carrying out general and academic administration governance for the better. In addition, it can assist lecturers and students in completing the general administrative process related to the preparation of reports and the burden of lecturer performance as well as judicial registration for students who have completed their final assignments effectively.

Modern Web Frameworks: A Comparison of Rendering Performance

Recent years have seen the rise of a new generation of UI frameworks for web application development. These frameworks differ from previous generations of JavaScript frameworks in that they define a declarative application development model, where transitions in the state of the UI are managed by the framework. This potentially greatly simplifies application development, but requires the framework to implement a rendering strategy which translates changes in application state into changes in the state of the UI. The performance characteristics of these rendering strategies have thus far been poorly studied. In this article, we describe the rendering strategies used in the frameworks Angular, React, Vue, Svelte and Blazor, which represent some of the most influential and widely used modern web frameworks. We find significant differences in the scaling of costs in their rendering strategies with potentially equally significant practical performance implications. To verify these differences, we implement a number of benchmarks that measure the scaling of rendering costs as an application grows in complexity. The results of our benchmarks confirm that under certain circumstances, performance differences between frameworks can range up to several orders of magnitude when performing the same tasks. Furthermore, we find that the relative performance of a rendering strategy can be effectively estimated based on factors affecting the input sizes of render loops. The best performing rendering strategies are found to be ones which minimize input sizes using techniques such as compile-time optimization and reactive programming models.

SISTEM INFORMASI DAN REKOMENDASI PENJUALAN MENGGUNAKAN METODE SIMPLE ADDITIVE WEIGHTING

PD. Prima Karya Busana is an embroidery service provider since 2006 but more modern competitors have emerged. The COVID-19 pandemic has also forced digitalization activities. With this sales information and recommendation system, customers don't need to come and order manually, which can be done via the web as well as reach out to potential customers. There is a recommendation feature that can be used by customers to determine the selection of the best type of embroidery fabric based on several criteria such as price, weight, absorption rate, level of smoothness, clarity of embroidery stitches, and material resistance through interviews with PD. Prima Karya Busana owner using Simple Additive Weighting method. The method used for web development is System Development Life Cycle with Rapid Application Development model. The programming language used is PHP and MySQL as the database. The development has been completed properly based on Blackbox Testing and in accordance with the PD. Prima Karya Busana owner based on User Acceptance Testing and feedback provided. Customers and prospective customers are also proven to be able to access the web online well and use the recommendation feature to choose the best type of embroidery fabric based on the User Acceptance Testing.

Automated Security Light Motion Sensor with SMS Notification

The purpose of this study was to assist the faculty of the Institute of Information and Computer Studies in securing their records and personal devices that were left at the office. This study made use of developmental-descriptive research. In software development, the Rapid Application Development (RAD) model was used. The system was developed using the n-tier architectural design. Because the developed system will be deployed in the IICS Building, the concerned faculty can be added as secondary users of the system so that they, along with the guard-on-duty, receive notification whenever there is motion detected during the night. A short message service (SMS) support is essential as a communication tool in notifying the room custodian and security guard-on-duty.

Senior Citizen Information System

This developmental-descriptive research sought to design and developed a computer-based system, to be known as the Senior Citizens Information System, to provide real-time information dissemination among senior citizen members in the Municipality of Batad, Iloilo pertaining to their membership status and monetary assistance monitoring. The Rapid Application Development model was employed as the SDLC in the development of the system product. More so, the three-tier architecture was used as the architectural model. There were 120 senior citizens as user-respondents and five IT experts for evaluation. The system product was evaluated using a researchers-made survey instrument to determine if level of usability and performance. Results of the investigation shows that the system product was perceived as very good with its level of usability as well as its performance.

Internship Program Management Information System with Lean Management

Internship program intends to empower students with real-world knowledge, skills, and desirable attitudes by allowing them to gain hands-on experience. This study focuses on implementing lean management principles in developing a web-based information system that manages the data and processes undertaken by the students in their internship program. The system was developed using the Rapid Application Development (RAD) model which was divided into four main modules. These modules are for monitoring and supervision of the internship program. The system will help the coordinators to manage documents, the supervisor to give grades, the students to create a journal that will monitor progress, and the administrator to manage the system. To determine if the developed system is efficient and functional, trials were conducted utilizing test scenarios, test cases, and comparison table. The developed system was evaluated using a survey questionnaire based on ISO 25010 software quality model as to Product Quality. It obtained an overall mean of 4.32 with a standard deviation value of 0.666. This validates that the objectives of the study were met and achieved. Moreover, the system was able to reduce the cost and time spent from the previous process, which proves that it successfully integrated lean management principle in its design.

Design and Build a Student Activity Proposal Application Using Web-Based Digital Signature With Extreme Programming Method At Wastukancana College Of Technology Purwakarta

With the existence of computers and applications, it is hoped that it can help humans or users in processing and presenting accurate and fast information so as to obtain effectiveness and efficiency, both in terms of time and cost. However, this still really requires a security system in the delivery of a document or information so that it cannot be used by other unauthorized parties who can harm the owner of the document or information both materially and immaterially. Digital signature is an electronic signature that can be used to prove the authenticity of the identity of the sender of a message or the signer of a document, and to ensure that the contents of the message or document are sent without changes. (Junadhi, 2019) .The application development model used is the Extreme Programming model with the stages of planning, design, coding, and testing, using the Unified Modeling Language (UML) design, namely Usecase Diagrams, Activity Diagrams, Sequence Diagrams, and Class Diagrams. The builder software used is XAMPP and uses the Codeigniter framework and the PHP programming language with a MySQL database, and uses Black Box Testing as its testing. The conclusion that can be drawn from the results of making application for student activity proposals using web-based digital signatures with this extreme programming method is that the proposal tracking feature can make it easier for the Student Association to see if the proposals have been submitted and digital signatures using qr-code can make it easier student associations to directly print signature documents without coming directly to several parties, can make it easier for the Head of Study Programs, Student Executive Board, Head of Student Affairs and Head of STT to approve or approve proposal documents through applications at any time, and make it easier for the Head of Field Staff Students to monitor the delivery of proposal documents from the Student Association. So this application is still in the tri dharma of college.