Software Development Life Cycle Model Research Articles

Post-COVID-19 Software Development Life Cycle Method Analysis: A Literature Review

The evolution of Software Development Life Cycle (SDLC) methods post-COVID-19 has been critical in navigating the changing landscape of software development practices. This study conducted a comprehensive literature review to explain the adaptation and innovation of SDLC methods after the pandemic. It explores the importance of SDLC in information systems development and its role in promoting transparency, quality, and risk management. Leveraging a systematic literature review methodology, this study analyzes a series of studies published from 2021 to 2024, with a focus on SDLC models commonly used post-COVID-19. Despite potential bias in the selection of literature and limitations in time coverage, this study provides valuable insights into the most widely used uses of agile and scrum methodologies in various sectors, including business, education, government, finance, health, employment, and the food industry. This study underscores the importance of understanding the post-pandemic SDLC method landscape and its implications for software development practices. These findings are important for practitioners and researchers looking to navigate the dynamic environment of software development following the COVID-19 pandemic.

E-Citrus: A Cloud-Based Citrus Pest and Disease Detection, Diagnostic and Prevention using Convolutional Neural Network

Citrus fruit yields in the Philippines have been fluctuating dramatically in recent years. Diseases, pests, and soil inadequacy have all contributed to the citrus industry's severe decline. More than 15 viruses and virus-like diseases have infected Citrus. Agricultural productivity must improve for a country to be progressive. Resources should be utilized to their full potential, diseases and pests should be controlled efficiently, and technological advancements must be adopted. This application will identify and map common pests and diseases of citrus fruits in Oriental Mindoro, apply image processing techniques to analyze diseases of citrus fruits with corresponding solutions caused by bacteria, and give information about diseases related to citrus fruits and how to cure them. The researchers used the Spiral Model as a Software Development Life Cycle (SDLC) model to develop this application. In this model, researchers can plan the flow of the application. If the application did not meet the desired result, the researchers could revise it again until it met the desired one. The researchers used the convolutional neural network to classify and process the captured images of the citrus fruits’ diseases and pests. The researchers asked the selected Citrus farmers in Oriental Mindoro to evaluate the project using the different ISO 25010 criteria and rated the application as very acceptable overall.

A Comparative Study of Agile and Waterfall Software Development Methodologies

In earlier software development all processes were completed and implemented but now this is not a scenario. In the modern era, changes are frequent to any software product or module that is in a development phase, due to market competition's priority of requirement changes Because the traditional process models are incompatible with these changes, agile methodology is used instead.. The earlier waterfall model was convenient because of less requirement of features and the emergency of the application in a short period. This Paper Discusses the Comparative Analysis of the waterfall model and agile methodologies while agile methodologies are taking over, even though the waterfall model is older and time-consuming it is still used in many sectors The paper will help other software development process models. The agile method plays an important role in the areas of software project management, software schedule management, etc. The main aim of agile is Customer satisfaction as well as faster development with a low defect rate. This reflects the comparison of the agile processes with the waterfall model software development life cycle model. Agile processes are always beneficial; they have their own set of downsides. The agile method promotes continuous iteration of development and testing throughout the software.

Implementasi RESTful API Pada Laravel dan Simulator IoT Wokwi Untuk Pengukuran Suhu dan Kelembaban Menggunakan Metode Waterfall

This research discusses the implementation of RESTful API in the Laravel web development framework, along with the utilization of the IoT Wokwi simulator for monitoring temperature and humidity. The application of the waterfall development method is employed as an approach to organize the development process with clear steps in creating the temperature and humidity measurement program. The aim of this research is to create an efficient and well-structured application program interface using Laravel, while simultaneously leveraging the IoT Wokwi simulator as a tool for testing and validating the functionality of temperature and humidity measurement. The research methodology involves the use of the software development life cycle (SDLC) model, specifically the waterfall model, as an approach to the software development life cycle. The anticipated outcome of this research is to provide practical guidance for developers in creating an effectively integrated temperature and humidity measurement system using web technology and IoT.

Web-Based Employee Attendance Information System On CV. Syntax Corporation Indonesia

This study discusses the implementation of a Web-Based Employee Attendance Information System on a CV. Syntax Corporation Indonesia. The application of information technology in employee attendance management has become an increasingly urgent need in various organizations, including CV companies. Syntax Corporation Indonesia faces the challenge of efficient and accurate attendance management. The Information System developed in this study is designed to facilitate recording and monitoring employee attendance and allow real-time data access through an intuitive web interface. This research includes needs analysis, system design, software development, and practical implementation of the Employee Attendance Information System. The development method used is a software development life cycle model that includes requirements analysis, design, development, testing, and implementation. The results of this study show that the Web-Based Employee Attendance Information System implemented in CV. Syntax Corporation Indonesia has improved the efficiency and accuracy of attendance management. Employees can easily record their attendance through the web interface, while management can access real-time attendance data and generate relevant reports. In addition, implementing this Information System also allows for more effective attendance monitoring, detection of unauthorized attendance, and taking appropriate actions per company regulations.

Aplikasi Media Pembelajaran Tumbuhan Langka Indonesia menggunakan Augmented Reality berbasis Android

The absorption and understanding of grade 2 students at SDN SINDUADI 1 in learning about rare plants is still lacking, resulting in students having little or no knowledge of Indonesia's rare plants. Using smartphones as a learning medium is an example of utilizing today's technology. The use of technology in education supports teachers and students in creating creative, innovative, educational, and interactive learning activities. The aim of this research is to create learning media using augmented reality technology to increase students' absorption, understanding, and interest in learning about rare Indonesian plants. This research uses the research and development method to develop products and test their level of effectiveness. System development uses the waterfall SDLC (Software Development Life Cycle) model, including requirements analysis, modeling, implementation, testing, and maintenance stages. Data collection was done through literature study techniques, observation, and questionnaires. Application testing in this research used an alpha test by us and a beta test in the form of a questionnaire using a random sampling technique carried out by nine user samples taken from 30% of the population. The results of this research show that combining augmented reality technology with educational games can support students' absorption and understanding of learning about rare Indonesian plants. Indonesian rare plant learning media shows the feasibility of the media, getting a score of 95.6%. Based on the Likert scale test results, it was concluded that the application for learning rare Indonesian plants using AR technology was very suitable for use.

Software Development Life Cycle (SDLC)

Abstract: The software development life cycle (SDLC) process plays an important role in the development and delivery of a software product. This research article provides an in-depth analysis of various SDLC approaches and their unique capabilities, benefits, and challenges. By reviewing traditional and modern SDLC models,this article aims to provide insight to software developers, project managers, and project partners to help them make decisions. Information and development into the entire software development process.

A Comprehensive Review of Software Development Life Cycle methodologies: Pros, Cons, and Future Directions

The software development process needs specific and studied steps within a reliable plan to achieve the requirements for the success of any project. Software development life cycle (SDLC) methodologies have provided several models that meet the needs of the various proposed projects. These methodologies present various scenarios that can be applied in the process of developing systems to make them more efficient and predictive. The paper aims to illuminate the paramount Software Development Life Cycle (SDLC) methodologies by conducting a comprehensive review of the pros and cons of the various models widely used for software design. Furthermore, the paper discusses fundamental trajectories that are shaping the future landscape of SDLC methodologies. This review included two main types of software development life cycle approaches such as traditional SDLC (heavy-weight) and agile SDLC (light-weight) approaches. The traditional approach included several models such as the Waterfall model, Iterative model, Spiral model, V-Model, and Big Bang Model. Whereas, the agile approach included various models such as the eXtreme Programming (XP) Model, scrum Model, Feature Driven Development (FDD) Model, and Kanban Model. A comprehensive analytical study of all software development life cycle models was achieved and highlighted their most prominent strengths and weaknesses of them. SDLC methodologies wield substantial ramifications across a multitude of sectors, contingent upon several models tailored to individual developmental and research contexts. In culmination, the paper furnishes an all-encompassing perspective on paramount SDLC models, encompassing two principal paradigms: the traditional and the agile approaches. These encompass fundamental sub-models that encapsulate pioneering models poised for application in system development, thus facilitating their refinement more efficiently and predictably.

Comparative Analysis of Software Development Lifecycle Methods in Software Development: A Systematic Literature Review

In the last decades, various Software Development Lifecycle (SDLC) models have been developed to meet the different needs and challenges in the software industry. The purpose of this research is to analyze and compare some of the most common SDLC methods. After the selection and evaluation process is complete, a literature review is carried out by collecting articles, books, and other sources related to the SDLC method. Several main SDLC methods were selected for thorough analysis. Waterfall, Agile and Scrum are some of the methods. Important factors such as flexibility, speed of development, ability to adapt to changing requirements, and project risk are evaluated. The results of the analysis show that each SDLC method has strengths and weaknesses, and that they are appropriate for a variety of situations. While Agile and Scrum methods emphasize flexibility and teamwork, the Waterfall method provides greater structure and clarity to plans. This study aims to determine the best process method for software development. This literature review provides an in-depth understanding of the features, strengths, and weaknesses of various existing SDLC methods. With a better understanding of these methods, organizations can choose the SDLC method that best suits their project needs, thereby increasing the efficiency and effectiveness of software development. This research resulted in a process method that is widely used in software development, namely the Agile method.

Media Pengenalan Peti Kemas Logistik Menggunakan Augmented Reality Berbasis Android

Containers are the most important part in the world of logistics, where the container is a medium for sending cargo or goods from the sender to the recipient. A container is a square-shaped box that is specially carved with a certain size made of iron or aluminum with a door on one side, the box has an important role in the export and import of goods. The study developed the Augmented Reality app using the Markerless and Markerbased methods to visualize Android-based 3D Logistics Box objects. The method used in this application development is the Software Development Life Cycle model Waterfall. Logistic container identification materials that will be used as 3D objects on applications are: dry container, isotank container, open top container, open side container, reefer container and flatrack container. The result of the development of this app is a container recognition media that runs on the Android smartphone using Augmented Reality technology. Based on the results of functionality testing / blackbox testing, it can be concluded that the application runs according to its function and the input/output process successfully produces a valid output. The marker accuracy test obtained a total percentage level of precision of 66.6%, and the markerless accurate test obtains a total level of accuration of 100%. Usability testing by conducting a questionnaire on 30 respondents could conclude all aspects of usability, functionality, efficiency and portability obtain a percentage score of Likert’s scale of 91%.

Agile methodologies between software development and music production: an empirical study

Over the past 20 years agile methodologies revolutionized Information Technology, offering tremendous opportunities for the development of Software Engineering as an independent discipline. More specifically, agile methodologies contributed to enhancing the effectiveness and the speed of the production process as well as to improving the productivity and motivations of software developers organized in high performing teams. The agile philosophy can be and has been applied in different contexts and across several domains. This work analyses the relationship between Agile methodologies used by software engineers and the practices pursued by musicians in their daily lives. Our findings suggests that collaborative, strongly planned software development life cycle models (such as Waterfall, V-model, iterative, and Spiral) are not adequate models to describe the daily practices of musical composers. This is because their work requires a lot of flexibility, which such models intrinsically lack, because they are oriented to ensuring some form of monitorable progress. Interestingly, our findings also show that nine out of 12 Agile Principles are consciously or unconsciously followed by musicians in their practices. This suggests that there are some deep connections between these twoprima faciedifferent fields, which are both very creative. Even though our findings await replication, possibly with larger statistical samples, they contribute to open up a new strand of research in the field.

Framework for the Automation of SDLC Phases using Artificial Intelligence and Machine Learning Techniques

Software Engineering acts as a foundation stone for any software that is being built. It provides a common road-map for construction of software from any domain. Not following a well-defined Software Development Model have led to the failure of many software projects in the past. Agile is the Software Development Life Cycle (SDLC) Model that is widely used in practice in the IT industries to develop software on various technologies such as Big Data, Machine Learning, Artificial Intelligence, Deep learning. The focus on Software Engineering side in the recent years has been on trying to automate the various phases of SDLC namely- Requirements Analysis, Design, Coding, Testing and Operations and Maintenance. Incorporating latest trending technologies such as Machine Learning and Artificial Intelligence into various phases of SDLC, could facilitate for better execution of each of these phases. This in turn helps to cut-down costs, save time, improve the efficiency and reduce the manual effort required for each of these phases. The aim of this paper is to present a framework for the application of various Artificial Intelligence and Machine Learning techniques in the different phases of SDLC.

Development of Village Administration Data E-Monography Application

Utilization and processing of basic village data by the Kedungluk Village Government, Candi District, Sidoarjo Regency, through e-monograph is an effort by the village government to carry out a transformation process to develop an information culture. This study aims to determine the development and design of an application-based information system prototype (village monograph) that provides information and potential as well as village profiles, and provides convenience for village monograph data managers and users. In addition to providing benefits to the village government through the e-monograph application prototype, this research is also expected to contribute to learning in the State Administration Study Program by presenting a learning model that can provide opportunities for students to learn directly (become a laboratory) related to the use of information technology in designing and managing public sector organizations in accordance with the learning outcomes of the fourth study program. The research method used is the Research & Development (R&D) method where one of the models suitable for this research is the SDLC (Software Development Life Cycle) model and specifically the Waterfall model which consists of six stages of software development namely requirements, design, implementation, testing, deployment and maintenance. The output of this research is software or software.

Design and Programming for Multicore machines: An Empirical study on time and effort required by programmer

As the demand for high-performance computing continues to surge, harnessing the full potential of multicore architectures has become paramount. This paper explores a pragmatic approach to transition from sequential to parallel programming, capitalizing on the computational prowess of modern hardware systems. Recognizing the challenges of enforcing parallelism in early software development phases, we advocate for a focus on the implementation stage, where architects, designers, and developers can seamlessly introduce parallel constructs while preserving software integrity. To facilitate this paradigm shift, we introduce the “SDLC model with Parallel Constructs,” a modified Software Development Life Cycle (SDLC) framework comprising additional phases: “Parallel Constructs” and “Test Parallel Constructs.” This model empowers development teams to integrate parallel computing efficiently, enhancing performance and maintaining a structured development process. Our observations reveal intriguing dynamics. Initially, the single-threaded program outperforms its parallel counterpart for smaller datasets, but as data sizes grow, the parallel version demonstrates superior performance. We underscore the pivotal role of available CPU cores and task partitioning in determining efficiency. Our analysis also evaluates the programmer’s effort, measured by lines of code, needed for the transition. Leveraging OpenMP constructs streamlines this transition, reducing programming complexity.

Performance Evolution of Software Engineering Development and Project Management: A Critical Evolution Software Engineering Process

Among the many pressing concerns in the realm of computers, software project development is among the highest. System development life cycle is a part of this (SDLC). A key goal of the software development life cycle (SDLC) is to reduce the likelihood of errors while improving the quality of the final result. Without a well-defined set of steps, the software development process is a pretty complicated affair. Method established to standardize and streamline software development. The introduction of the SDLC (Software Development Life Cycle) existence. What we have here is a methodical and organized approach to the process of creating software. Using the SDLC as a guide, entails a wide variety of steps and processes that must be completed before the final programmer is released. Software comes in many forms. Types of software development life cycles, each with their own benefits and drawbacks, are commonly employed in the software development process. Disadvantages Five of these software development life cycle (SDLC) models, including the waterfall model, the v-shaped model, and the prototype model, are presented in this study. Existing models are compared using a spiral and an iterative structure.

A Study on Fintech Develop in India

In earlier software development all process is completed and implemented but now this is not a scenario. In modern era changes are frequent to any software product or module which is under development phase, due to market competitions priority of requirement changes Due to the fact that the traditional process models are incompatible with these changes, agile methodology is used instead.. Earlier waterfall model was convenient because of less requirement of features and emergency of the application in the short period of time .This Paper Discusses the comparative Analysis of waterfall model and agile methodologies while agile methodologies are taking over, even the waterfall model is older and time consuming it is still use in many sectors The paper will help other software development process models. Agile method plays important role in the areas of software project management, software schedule management etc. The main aim of the agile is Customer satisfaction as well as faster development with low defect rate. This paper reflects the comparison of the agile processes with waterfall model software development life cycle model. Agile processes aren't always beneficial; they have their own set of downsides. Agile method promotes continuous iteration of development and testing throughout the software developed.

Rancang Bangun E-Commerce Berbasis Web untuk UMKM Batik

In the sales process carried out by batik craftsmen who are in Trusmi village, namely still selling their batik cloth to the sorum of batik sellers, so that the craftsmen take profits from selling their batik cloth only slightly, because the batik cloth will be resold by the sorum of batik sellers. In terms of application development, the author uses the Software Development Life Cycle (SLDC) model with an approach using the waterfall method, while the stages use the waterfall method, namely communication, planning, modeling, construction, and deployment. Therefore, the author makes an application for selling batik cloth that aims to break the chain of batik cloth sales, so that craftsmen can get greater profits because they directly sell their products to consumers without going through a batik seller sorum. The final result obtained in this study is an application for selling batik cloth which is expected to help batik craftsmen in Trusmi village in selling their batik cloth directly to consumers without having to go through the center of batik sellers.
 In the sales process carried out by batik craftsmen who are in Trusmi village, namely still selling their batik cloth to the sorum of batik sellers, so that the craftsmen take profits from selling their batik cloth only slightly, because the batik cloth will be resold by the sorum of batik sellers. In terms of application development, the author uses the Software Development Life Cycle (SLDC) model with an approach using the waterfall method, while the stages use the waterfall method, namely communication, planning, modeling, construction, and deployment. Therefore, the author makes an application for selling batik cloth that aims to break the chain of batik cloth sales, so that craftsmen can get greater profits because they directly sell their products to consumers without going through a batik seller sorum. The final result obtained in this study is an application for selling batik cloth which is expected to help batik craftsmen in Trusmi village in selling their batik cloth directly to consumers without having to go through the center of batik sellers.

Comparison of the System Development Life Cycle and Prototype Model for Software Engineering

The concept of system lifecycle models was born, emphasizing the importance of adhering to them. Some methodical technique to developing a new or improved system Several models were suggested, including the waterfall model, the V-shaped model, the iterative model, the spiral model, and the Bing bang model are all examples of models., etc. The comparative analysis is the emphasis of this paper. These Software Development Life Cycle Models were examined. Organizations' operations are expanding, and the need to automate certain processes has grown. As a result, it was thought that standard and structural technique, or It is suggested that a methodology be established in the industry so that the transition from a manual to an automated system may be made as smoothly as possible. Keywords—SDLC Model, Comparative, methodology, developing model

Impact of software development processes on the outcomes of student computing projects: A tale of two universities

Project-based courses are more and more commonly used as an opportunity to teach students structured methods of developing software. Two well-known approaches in this area – traditional and Agile – have been successfully applied to drive academic projects. However too often the default is still to have no organizational process at all. While a large variety of software development life-cycle models exists, little guidance is available on which one to choose to fit the context of working with students. This paper assesses the impact of iterative, sequential and “hands-off” development approaches on the success of student computing projects. A structured, metric-based assessment scheme was applied to investigate team productivity, teamwork and the quality of the final product. Empirical evidence was collected during a controlled experiment carried out at two engineering schools in Europe. More than 100 students at Bachelor’s and Master’s levels participated in the research, with varied software development and teamwork skill sets. Similar patterns were observed among both sets of subjects, with iterative teams demonstrating the highest productivity and superior team cohesion but a decline in the quality of the final product. Sequential development led to a considerable improvement in the external quality characteristics of the software produced, owing to the method’s stress on design activities. The findings of this study will be of use to educators interested in applying software development processes to student groupwork. A set of guidelines is provided for applying a structured way of working in a project-based course.

Formalization of the prediction and ranking of software development life cycle models

The study of software engineering professional practices includes the use of the formal methodology in a software development. Identifying the appropriate methodology will not only reduce the failure of software but will also help to deliver the software in accordance with the predetermined budget and schedule. In literature, few works have been developed a tool for prediction of the most appropriate methodology for the specific software project. In this paper, a method for selecting an appropriate software development life cycle (SDLC) model based on a ranking manner from the highest to the lowest scoring is presented. The selection and ranking of appropriate SDLC elaborate the related SDLC’s critical factors, these factors are given different weights according to the SDLC, then these weights are used by the proposed mathematical method. The proposed approach has been extensively experimented on a dataset by software practitioners who are working in the software industry. Experimental results show that, the proposed method represents an applicable tool in predicting and ranking suitable SDLC models on various types of projects, such as: life-critical systems, commercial uses systems, and entertainment applications.