Web-based Management System Research Articles

A Web-based Patient Management System in Teeth Segmentation Using Deep Learning

A Web-based Patient Management System in Teeth Segmentation Using Deep Learning

Innovative Question Bank Management System – Leveraging Digital Technology for Learning

Aim/Purpose: This paper introduces a web-based question bank management system (QBMS) designed for the "Ground Theory and Aviation Systems Engineering" course at Beihang University. The system, developed using Vue.js and Spring Boot, streamlines question management, practice, and online assessments. Methodology: A software development approach was utilised to design and develop a system to enhance student's knowledge and testing regarding aviation systems engineering. It incorporates a collaborative filtering algorithm to offer personalised practice recommendations, enhancing both teaching efficiency and student learning outcomes. Contribution: This research provides details to a robust educational tool, setting a foundation for future advancements in course-specific educational technology. The smart question management system can scale to all subject areas contributing the body of knowledge in smart education. Findings: The question bank management system addresses scalability issues of manual question management and introduces Spearman Correlation-based question filtering for a more adaptive learning experience. This was shown to be more effective and efficient for the learning and assessment environments.

Implementing A Web-Based Document Management System to Optimize Operational Efficiency in Engineering

Implementing A Web-Based Document Management System to Optimize Operational Efficiency in Engineering

ENHANCED PEST INFORMATICS SYSTEM

Pest Management System (PMS) is a computer application in Integrated Pest Management. The term encompasses computer-based storage, retrieval, sharing, and optimal use of pest management data, information, and knowledge for problem solving and decision-making. The pest control industry is continuously experiencing novel technologies and products that will improve the way to manage and prevent pests. The development of an intensive electronic crop pest informatics is highly essential to help bridge these gaps. The aim of this research is to design and develop a voice enhanced Pest Informatics System(PIS). Pest Informatics System was designed and implemented using VModel an extension of the Waterfall model, which offers a means of making the development process more feasible. The tools used for the development of the voice enhanced web-based pest management system are PHP/Laravel, Java Script, HTML and CSS. Result shows that PIS consists of over one hundred pests with their scientific names, descriptions and control measures. It is voice enhanced, therefore can assist visually impaired individuals and aid decision support on farm through listening and not necessarily reading. It is web based which makes it easily accessible, compact, educative and enhance decision making. Conclusively, The need to deliver a first hand information to farmers as at when due is critical to good yield. Access to compact information about pests is of great significance to farmers. Enhanced pest informatics system is a smart tool that creates mobile extension services to farmers using a stress free and friendly approach. User’s evaluation result confirmed that the tool is flexible, user friendly, reliable, efficient and robust.

Implementasi Sistem Informasi Manajemen Laporan Pengaduan Masyarakat Pengguna Air Bersih

The development of a complaint report management system in Manokwari was carried out in a structured and directed manner to make it easier for employees to manage public complaint data. The methods and approaches used in the research are data collection methods including literature studies and interviews as well as a structural approach that uses several tools and techniques to build public complaint applications. By implementing the development of a web-based complaint report management system in Manokwari using the programming languages HTML, CSS, PHP, XAMPP, Boostrap and SublamText 3, it is hoped that it will make it easier for employees to process public complaint data.

Innovating Information Management System for Cow's Milk Distributor

This study explores the recent advancements in cattle farming, focusing on the significant role of dairy farming in bolstering the economy, particularly in rural communities. It highlights how dairy farming enhances the economic value for farmers, with an emphasis on Banyuanyar Boyolali, where residents predominantly engage in this practice. The research underscores the profitability of selling cow's milk, noting the local milk prices, and aims to develop a web-based milk data management system. This system seeks to bring transparency and accessibility to milk production data, benefiting both farmers and collectors. Utilizing the Rapid Application Development (RAD) method, which involves minimal personnel, the study demonstrates how this web-based system streamlines data entry and access, facilitating better record-keeping and decision-making in dairy farming.

Penerapan Sistem Manajemen Rekam Web pada DPMPTSP Kota Samarinda dengan Menggunakan Framework Laravel

The management of physical archives into digital formats is a crucial aspect in enhancing the operational efficiency of government agencies, particularly the DPMPTSP of Samarinda City. This research proposes and implements a web-based record management system using the Laravel framework to facilitate this process. The primary focus is to simplify employees' tasks in transforming and managing archives digitally, reducing dependence on physical archiving that often consumes time and resources. Laravel framework is chosen for its reliability in web development and ease of integration with other technologies.The implementation of this system not only transforms how employees store archives but also streamlines the file borrowing process. The system allows employees to easily search for and borrow archives electronically, overcoming traditional barriers in information retrieval. The implementation results show a significant improvement in archive management efficiency, creating an innovative and relevant solution to administrative challenges in government agencies. The success of this implementation creates opportunities to further modernize public administration processes, making technology utilization a key factor in improving productivity and service quality. Thus, this research makes a positive contribution to the transformation of public administration through technology implementation, paving the way for more effective and integrated archive management.

Antenatal care management platform

BackgroundPregnancy is a process of developing a fetus in a woman’s womb leading to anatomical and physiological changes. Currently, numerous health facilities offering antenatal services are yet to adopt health informatics. This led to several challenges, including unskilled, early and poor quality antenatal and delivery care, case traffic because many patients are admitted per day, and shy medical professional doctors, nurses, midwives and nursing aids. The main idea of this project was to design and develop a new system for managing maternal health in antenatal care.MethodsThis web-based antenatal care management platform is designed using XAMPP, PHP, HTML and CSS. It involves designing the stoner interface and identifying the inputs, outputs, and processes of the designed system. The configuration involves the use of case diagrams, sequence diagrams and class diagram tools to achieve the physical consummation of the antenatal care management platform and positive living information system. The purpose of this work was to create a web-based platform for managing antenatal care.ResultsThe designed project was tested by using parameters such as WHO guidelines, security, user-friendliness and data storage. Three testing criteria, namely, unit testing, integration testing and system testing, were used to check the efficiency and effectiveness of the antenatal care management platform (ANCMP). The platform that was created met almost all of the criteria that were set out in the design.ConclusionThis project is objectively targeted to develop a web-based antenatal care management system to overcome the complications that occur during and following gestation.It controls the overall conditioning of antenatal care, which includes the enrollment of expectant mothers, shadowing of the listed day and reminding them via email and effectively recording and saving all medical information about the mothers.

Web-Based Crime Management System for Samara City Main Police Station

Crime is a human experience, and it must be controlled. The Samara town police station plays a significant role in controlling crime. However, the management of crime activities is done manually, which is due to the lack of an automated system that supports the station workers in communicating with citizens to share information and store, retrieve, and manage crime activities. To control crime efficiently, we need to develop online crime management systems. This project, entitled "Web-Based Crime Management System," is designed to develop an online application in which any citizen can report crimes; if anybody wants to file a complaint against crimes, they must enjoy online communication with the police. This project provides records of crimes that have led to disciplinary cases in addition to being used to simply retrieve information from the database. The system implemented is a typical web-based crime record management system based on client-server architecture, allowing data storage and crime record interchange with police stations.

The Development of a Web-based Library Management System using RFID Technology

A library is a non-profit repository that stores a valuable collection of human knowledge and information. Next, RFID stands for Radio-Frequency Identification, which uses RFID tags to gather digital data. The main research objectives are to design, develop and test a Web-based Library Management System using RFID Technology. The Waterfall model was employed in the development of this system which requires each phase of work to be completed before going on to the next. It is easy to comprehend and use. The proposed system worked effectively for handling book borrowing and return tasks and minimized errors that may occur while utilising manual library management. Future improvements that may be made to the project to make it more effective are based on the book tracing and future security issues such as theft detection.

Optimizing Educational Institutions: Web-Based Document Management

Documents, which consist of written or printed materials, play a crucial role in educational activities. Private schools in Tangerang still face challenges in efficiently storing, accessing, and managing educational documents. Manual document storage consumes a significant amount of time and physical space. Therefore, a technology-based solution is required to address this issue. This research aims to develop a web-based Document Management System (DMS) that allows teachers and school staff to easily manage, store, and access educational documents digitally. The software development method employed is the Waterfall model, involving a series of stages ranging from needs analysis to testing and implementation. The outcome is a web based DMS application accessible to teachers in the school. This application enables teachers to view, upload, edit, and download teaching materials effortlessly. Additionally, teachers can manage their teaching schedules and user access rights. The usability of DMS has been tested through User Acceptance Testing (UAT), and users have provided positive feedback on the application. This web based DMS effectively addresses the issues related to document storage in schools, enhancing the efficient management of educational documents, reducing dependence on physical documents, and increasing productivity in the learning process. Consequently, this DMS holds great potential as a valuable tool in the educational context of the school.

Streamlining Attendance Management in Education: A Web-Based System Combining Facial Recognition and QR Code Technology

Attendance tracking has long posed challenges in educational institutions due to the inefficiency and error-prone nature of traditional paper-based methods. In response, many institutions have embraced web technologies and automated attendance systems, incorporating biometrics, QR codes, barcodes, and RFID-based technologies. However, the applicability of these systems may vary across different educational settings. This paper introduces a web-based student attendance management system that combines facial recognition technology and QR codes to address the challenges associated with manual attendance tracking in a university college. The system leverages a centralized database for streamlined monitoring and auditing of attendance records, offering the flexibility to choose between face recognition and QR code attendance marking options. User acceptance tests were conducted to evaluate the system's effectiveness, and the results indicate that the proposed system greatly improves attendance tracking transparency and demonstrates high usability based on positive user ratings. Additionally, the preference for face recognition over QR code scanning was evident. Incorporating these technologies into the automated attendance system represents a substantial advancement in educational technology, offering an accurate and efficient way of recording attendance.

Development Of Chair Module In Web-Based Conference Management System

Conferences are an important platform for academics, researchers, and practitioners to share knowledge and the latest research results. Efficient conference management is crucial in ensuring the success of such events. In this context, a Conference Management System (CMS) has emerged as a solution that facilitates various aspects of conference management. This research discusses the development of a Chair module in a web-based Conference Management System. The purpose of this research is to improve the efficiency and functionality of the Chair module so that it can better manage various aspects of the conference. Because in the existing application there are shortcomings in digital integration between organizers and information management that has not been centralized in one conference. The results showed that the development of the Chair module has worked as expected in the planning stage. The interaction between the Chair and conference participants, reviewers, and paper authors became more coordinated and integrated. The responsiveness of the web-based interface provides better accessibility, allowing the Chair to access information and make decisions in real-time.

Warehouse Management System Design at PT XYZ

The warehouse is one of the most important parts of a company. Ineffective warehousing processes can disrupt warehouse operations. Recording warehouse transactions that are done manually will require checking one by one on the hardcopy form that has been stored. Therefore, this internship program aims to improve the performance of warehousing operations at PT XYZ. The method used in the analysis is data collection and application system design using the prototype method. The data is taken based on the results of interviews and observations in the warehouse. This activity creates a web-based warehouse management system application to help control incoming and outgoing inventory. The system built makes it easy for administrators to see the number of items made for each event. The results of black box testing show that the application has 100% functionality. The test results illustrate that the application functions properly according to user needs and has been accepted by PT XYZ

Web-based Inventory Management System

Maredel T. Tanaman et al., International Journal of Science and Advanced Information Technology, 12 (5), September - October 2023, 44 - 48 44 ABSTRACT This software project is a web-based inventory management system for a small business enterprise established in Pagadian City, Zamboanga del Sur, Philippines. It primarily supports the business owner of the said business enterprise to perform regular inventory management online through a web platform. This mechanism did not only improve the overall business process but also enabled the business owner to manage inventories with efficiency and convenience. The enterprise comprises four branches and a mobile store that strolls around the city to cater to customer needs. In addition, the current mechanism of conducting inventory management is purely manual through the use of paper files, which overwhelmed the business owner with several challenges, including data inaccuracy due to the reliance on using papers where data are recorded and process inefficiency due to the manual recording and distribution of inventory and sales reports. This software project addressed these challenges by eliminating these manual approaches through an automated computing solution using a web platform where data are electronically recorded and processed, and reports are electronically produced.

Knowledge Management Evaluation Using Digital Capability Maturity Model in Higher Education Institution

In the higher education institutions, they recognize the value of knowledge management (KM) in enhancing organizational performance and productivity. However, the current KM system faces challenges in adapting to modern issues and suffers from inefficient utilization. This paper aims to address these shortcomings by identifying the maturity level of KM using a digital capability maturity model (DCMM). To achieve this objective, data were collected through interviews, questionnaire surveys, and observations, and a descriptive data analysis method was employed. The study utilized the model's eight Business Transformation Management (BTM) disciplines to gain a comprehensive understanding and holistic analysis of digital transformation. The research findings revealed a defined maturity level (Level 3) of Effective Knowledge Worker Digital Capability. This suggests the need for strategic improvements to propel the institution towards a higher level of digital readiness. To elevate the KM maturity level, the paper recommends the development of a web-based Knowledge Management System (KMS) as a pilot project within the IT Operational department, before its potential company-wide implementation. The proposed KMS includes eight essential features, including document management, lessons learned, project management, announcements, schedules, FAQ page, and forum. This web based KMS promises to enhance knowledge sharing, collaboration, and accessibility. Beyond the specific institution studied, the research offers valuable insights for other organizations seeking to evaluate and improve their KM performance. By adopting the digital capability maturity model and considering the suggested features in the KMS, institutions can drive innovation and better adapt to the evolving landscape of knowledge management. Ultimately, this research contributes to the advancement of knowledge management theory and practice in higher education institutions, offering strategies to boost organizational agility and knowledge utilization. The findings can guide decision-makers in enhancing their KM strategies, ultimately leading to improved organizational outcomes and increased competitiveness in today's dynamic and rapidly changing environment.

Breakthrough infection among healthcare personnel following exposure to COVID-19: Experience after one year of the world’s largest vaccination drive

ABSTRACT Context: The COVID-19 vaccination drive globally was supposedly a game-changing event. However, the emerging variants of the virus and waning immunity over time posed new challenges for breakthrough infections. Standing at the frontline of defense against COVID-19, healthcare personnel (HCP) were vulnerable to such infections. Aims: This study estimates i) the vaccine breakthrough infections (VBI) among HCP following exposure to COVID-19 cases, and ii) the mean interval between the second dose of vaccine and laboratory-confirmed SARS-CoV-2 infection Materials and Methods: A cross-sectional study was conducted including 385 HCP with a history of exposure to COVID-19 cases during January and February 2022. Demographic details and clinical and vaccination history were collected from the test forms and the Web-based hospital management system. Laboratory testing of COVID-19 was carried out by real-time RT-PCR test. Results: The majority of the HCP were males (262; 68.05%) and nurses (180; 46.75%) by occupation. Two doses of vaccines were received by 278 (87.7%) HCP. VBI was confirmed in 185 (66.55%) HCP. No significant difference in VBI between the COVAXIN and COVISHIELD recipients (P = 0.69) was observed. The interval between the second dose and confirmed SARS-CoV-2 infection was significantly higher (P < 0.00001) in COVAXIN recipients (median 228 days) than in COVISHIELD recipients (median 95 days). Conclusions: The incidence of VBI was very high among the HCP, but not statistically different among the COVAXIN and COVISHIELD-recipients. Waning immunity over time suggests boosting immunity with a third dose because of emerging variants.

Management System Project for Textile Company using Risk Management Analysis

As technology continues to advance across industries, the strategic role of information in organizations becomes increasingly evident. Recognizing the potential of information technology to enhance operational efficiency and customer satisfaction, various industries have integrated technology into their management systems. However, these innovations also introduce risks to the organization's information landscape. Risk management, therefore, emerges as a crucial discipline to identify, assess, and mitigate information technology-related risks. Textile companies, for instance, employ web-based management systems to support their operations, but encounter challenges hindering effective business process execution. This leads to reduced work performance and hampers goal attainment. This study aims to analyze the risks associated with web-based management systems in the textile industry and to suggest strategies for minimizing these risks. The research combines literature review and analytical methodologies to achieve its objectives. The literature review encompasses topics such as management systems, their components, and risk management. The research proposes a risk management process comprising nine stages: system characterization, identifying threats, determining vulnerabilities, analyzing controls, estimating probability, evaluating impact, assessing risk, proposing controls, and documenting results. Nevertheless, there is very little and/or scarce research on the use of technology throughout the textile industry. Thus, in order to fulfill the research emptiness within the use of information technology to increase the performance of the textile industry, this research underscores the critical role of risk management in safeguarding information technology systems within the textile industry.

Design and Implementation of a Web Based Archive Management System (AMS) (A Case Study of Federal Polytechnic, Ile – Oluji, Ondo State)

In the modern digital era, efficient archival management systems are paramount for educational institutions to preserve institutional memory, enhance research capabilities, and streamline administrative processes. This study presents a comprehensive investigation into the design and implementation of a Web-Based Archive Management System (AMS) at Federal Polytechnic, Ile – Oluji, Ondo State. Through a mixed-methods approach, encompassing qualitative analysis and quantitative evaluation, this research examines the impact of the web-based AMS on archival accessibility, administrative efficiency, and academic endeavors within the institution. The study delves into related literature, revealing insights into the significance of web-based archive management systems in educational contexts. By leveraging user-centered design principles, the system was tailored to the specific needs of administrative personnel, exam officers, lecturers, and departments. A user-friendly interface, advanced search functionalities, and secure access controls were incorporated to facilitate seamless archival material retrieval and management. The digitization of historical records transformed archival preservation, facilitating research and decision-making processes. Efficient system performance, exemplified by low database query response times, underscored the viability of the implemented AMS. The findings of this study emphasize the successful integration of technology to revolutionize archival management and administrative processes. The implemented web-based AMS serves as a model for institutions seeking to modernize their archival practices, ultimately contributing to the preservation of institutional heritage, informed decision-making, and educational excellence. The insights gained from this case study offer valuable guidance for future implementations and enhancements of similar systems in educational environments.

Optimization of Teaching Path of Artificial Intelligence Programming Course in the Context of New Engineering Construction

Abstract Under the background of new engineering construction and the requirements of new curriculum reform, the problem of using big data technology to combine with the teaching of the “Artificial Intelligence Programming” course has caused many educational researchers to focus on the problem. In this paper, we propose data mining based on a clustering algorithm to build a teaching management system to optimize the teaching path of the Artificial Intelligence Programming course and build a web-based teaching management system based on clustering analysis and clustering validity index. Then the system structure and database are designed through the teaching system requirements, and the course teaching evaluation index system is built based on the teaching objectives of Artificial Intelligence Programming. Finally, the course’s teaching efficiency is analyzed using the teaching system with 20 weeks of teaching Artificial Intelligence Programming in one semester. The results show the clustering algorithm: the average course teaching efficiency is 39.95%, and the BP neural algorithm: the average course teaching efficiency is 34.71%. Genetic algorithm: the average course teaching efficiency is 33.96%. Based on the clustering algorithm teaching system improves the course teaching efficiency by 39.95% compared with the other two better performances, which is conducive to improving the quality of course teaching and teaching reform. This study provides better information technology support for new engineering construction and engineering teaching optimization and has reference guiding value for course teaching research.