Web-based Management System Research Articles

SISTEM INFORMASI MANAJEMEN LABORATORIUM PADA JURUSAN FARMASI POLITEKNIK KESEHATAN KEMENKES JAMBI

Laboratory Management is a systematic process that involves collecting, storing, maintaining, processing, retrieving, and validating data required by the laboratory to make informed management decisions. The Department of Pharmacy at Politeknik Kesehatan Kementerian Kesehatan (Poltekkes Kemenkes) Jambi needs a management system that can handle a significant amount of data. The current laboratory management system is not digitalized, which has led to inadequate documentation of inventory data, borrowing and returning of lab equipment and tools, as well as other relevant information related to schedules and student final projects. Therefore, the objective of this research is to develop a web-based information system for laboratory management. The system will assist laboratory staff in managing data and information related to practicums and laboratory activities. Input data are inventory of laboratory tools and materials data, lab schedule data, and lab activity data. The system output will provide tool and material inventory data reports, as well as reports on the use and borrowing of tools and materials. This research has resulted in the development of a Laboratory Management Information System that assists laboratory managers in managing inventory and laboratory activity data.

TPO AND STUDENT CAMPUS DRIVE MANAGEMENT

The availability of information and the facility for the user to take action on the information collected have been revolutionized by the use of the Internet and the World Wide Web. The placement process can be managed using the internet which arises a need to develop a web-based placement management system specifically by the recruiters and the software engineers that can be used as a Recruitment system (Online TnP portal). This system can be used as an application for both candidates and recruiters. Advanced features for recruiters are available as they can shortlist candidates for further rounds according to their requirements on the basis of the probability obtained. The current recruitment system recruiters do not possess candidate information apart from his/her CV. This proposed system aims to analyze the candidate performance and recommend candidates fittest for the job using Random Forest Regressor algorithm that will help to maximize the placement probability of candidates easing the recruiter’s task. Random Forest builds multiple decision trees and merges them together to get a more accurate and stable prediction. This system will provide ease and efficiency in recruitment process. Key Words: Blockchain, KYC,IPFS,DLT

Implementasi Metode Kano dan Importance Performance Analysis pada Pengembangan Sistem Pelayanan Puskesmas

<p><em>Puskesmas is a community health service. Improving public health services can be achieved through providing excellent and quality health services. In terms of the performance of the puskesmas administrative services, there is no information system for processing patient data, which has an impact on the quality of services in the puskesmas. The aim of this research is to create a web-based knowledge management system that assesses the quality of health services provided by health centers. This will measure the gap between the actual performance of the Puskesmas, patient expectations, and the level of satisfaction experienced by patients. The system will also propose alternative solutions to increase patient satisfaction. in improving the quality of services provided by Community Health Centers. The methods used in the research are Importance and Performance Analysis (IPA) and the Kano method. The reason for choosing the IPA method is because IPA can be used to measure respondents' mastery of research attributes and can also measure the importance of an attribute based on respondents' perceptions. This research uses the Kano technique to categorize the features of a product or service based on their ability to fulfill customer desires effectively. The result of this research is a Knowledge Management System designed for Community Health Center services, which has the potential to reduce knowledge gaps.</em></p>

Knowledge Management System For Forest and Land Fire Mitigation in Indonesia: A Web-Based Application Development

Forest and land fires in Indonesia have serious impacts on many aspects, including the environment, health, economy, politics, and international relations. They cause haze pollution that extends to neighboring countries and peatland degradation. Despite extensive research and mitigation efforts, forest and land fires continue to occur and cost lives. Therefore, effective management and mitigation strategies are required. This research developed a web-based knowledge management system (KMS) using the Laravel framework as an effective forest and land fire mitigation platform. The KMS aims to support decision-making, facilitate knowledge exchange, improve coordination between stakeholders, and expand access to relevant information, while maintaining the sustainability of forest and land resources in Indonesia. The KMS evaluation results cover two important aspects: blackbox evaluation and performance evaluation. The blackbox evaluation showed that KMS provides knowledge retrieval features based on expert knowledge. The performance evaluation revealed that the KMS provides easy and quick access to information on forest and land fire prevention and management. Thus, this research has great potential to help overcome the problem of forest and land fires in Indonesia and protect the environment and society from their adverse effects.

A Framework Design of Web-based Knowledge Management System with NoSQL Database

In today's dynamic and information-rich environment, effective knowledge management has emerged as a critical determinant for organizations seeking to take advantage of intellectual resources. Nevertheless, it is unrealistic to expect experts who lack a background in Information and Communications Technology (ICT) to possess an advanced level of technological proficiency or linguistic analytical skills. This study provides a comprehensive framework targeted at developing a Web-based Knowledge Management System (WKMS) coupled with chatbot application that is precisely tuned to meet the complex challenges of organizing, disseminating, and utilizing knowledge related to agriculture sector. This paper elaborates on a framework from both functional and technical perspectives, including the identification of knowledge origins, the establishment of mechanisms for capturing and sharing knowledge, and the facilitation of collaborative knowledge generation. This study employing a methodological approach and adopts a three-tier architecture for framework construction, coupled with text processing for data preparation. The findings emphasize that a successful WKMS should prioritize not only technology infrastructure but also strategies for building a culture favorable to information exchange. This paradigm lays the groundwork for enhanced discovery, innovation, and decision-making in a variety of professional fields by fusing theoretical insights and pragmatic considerations.

An Intelligent Web-based Energy Management System for Distributed Energy Resources Integration and Optimization

The integration of renewable energy sources into power distribution systems frequently presents challenges for conventional energy management systems (EMS) due to the unpredictable and unstable characteristics of such energy sources. As a result, novel and cutting-edge solutions are required. This paper presents an intelligent web-based energy management system (iW-EMS) specifically designed to address the integration and optimization of distributed energy resources, as outlined in the proposed approach. The system incorporates a hybrid novel optimization approach that integrates simulated annealing and cone programming to effectively manage the distribution of energy resources and attain optimal outcomes from the proposed EMS. Additionally, it leverages generative AI services to create optimal scenarios based on historical data and real-time information, ensuring adaptability to the dynamic nature of renewable energy generation, providing a user-friendly and flexible web environment for scenario planning. The proposed framework facilitates seamless communication and collaboration among stakeholders involved in renewable energy integration, while also enabling the incorporation of real-world data sources such as weather forecasts and energy consumption patterns into the planning process.

Design of Inventory Information Systems at CV Company. Web-Based Berjaya Jaya Abadi

This research focuses on the design and implementation of a web-based inventory management system for CV. Berjaya Jaya Abadi company. Inventory management plays a crucial role in the efficient operation of businesses, particularly in ensuring optimal stock levels, minimizing costs, and improving overall productivity. The proposed system aims to streamline inventory-related processes by providing real-time access to inventory data, facilitating inventory tracking, and automating inventory management tasks. Utilizing web-based technology offers the advantage of accessibility from anywhere with an internet connection, allowing employees to manage inventory remotely and enhancing collaboration among team members. The system will include features such as inventory tracking, stock level monitoring, order management, and reporting functionalities to provide comprehensive support for inventory management tasks. By implementing this web-based inventory system, CV. Berjaya Jaya Abadi can expect improved efficiency, accuracy, and visibility in their inventory management processes, ultimately leading to better decision-making and business performance.

Analisis Perbandingan Penggunaan Pengkodean Low-Code dan Konvensional Pada Pengembangan Sistem Informasi Kepegawaian

The creation of a web-based application management system is essential to assist organisations in maintaining their operational efficiency in the rapidly growing digital era. The purpose of this research is to apply the waterfall development method approach to the development of a web-based application management system. We compared the time efficiency and features of a low-code platform such as OutSystems and traditional coding using native PHP. By streamlining procedures for recruitment, leave, warning or dismissal data, and human resource management, the system can improve overall operational effectiveness and efficiency. This research can provide in-depth information on the efficiency of development time and overall features. Our contribution is to clarify the performance comparison in the context of application management system development between low-code platforms and traditional development approaches.

Sistem Manajemen Inventory dan Costing Produk pada Minimarket Puri Mart Berbasis Web

In inventory management, computerized data collection is needed, therefore the warehouse and store section can handle the data collection process easily and minimize errors and shorten the time required. control any costs that may be too large or too small in the production process. This research was conducted at the Puri Mart Minimarket. The process of checking the stock of goods at the Puri Mart minimarket still uses the manual method, namely seeing the stock directly one by one in the warehouse, the manual work system by recording in excel one by one which requires the Puri Mart minimarket to update its working system so it doesn't take too much time to check goods one by one and if there is a dispute over the number of goods. The purpose of this study is to produce an inventory and costing management system at the Puri mart minimarket and make it easier for the Puri mart minimarket admin to determine the selling price of a product, so that it can provide benefits for the minimarket. The result of this research is a web-based management system that is able to record, manage and print stock and price reports at the Puri Mart Minimarket which consists of calculating the number of incoming and outgoing stock and the price of a product. Data collection methods used in this study were interviews, observation, and literature study. The system development method used is Waterfall with UML (Unified Modeling Language) modeling which consists of use case diagrams, activity diagrams, sequence diagrams and class diagrams. The system is designed web-based using the PHP programming language, using MySQL as a database and using Black box testing

Development Of A Web-Based Supply Chain Management System At The Minahasa Cooperatives And Umkm Service Using The K-Means Algorithm

The development of Micro, Small and Medium Enterprises (MSMEs) plays a very important role in the regional economy. Therefore, a Supply Chain Management (SCM) system is a very important aspect of business operations that involves coordinating the activities involved in the production and delivery of goods and services to customers. SCM can be applied to small and medium enterprises (MSMEs) in the Minahasa Cooperatives and UMKM Department to improve their performance and competitiveness. SCM aims to efficiently manage the flow of goods, information and capital from suppliers to end consumers. This research aims to design and develop a web-based Supply Chain Management system for the Department of Cooperatives and MSMEs by applying the k-means algorithm for customer segmentation. In this research, the K-Means algorithm is used to group similar data points. This algorithm works by defining clusters so that the total intra-cluster variation (known as total within-cluster variation) is minimized. The results of this research can help increase the efficiency and effectiveness of supply chain management. In developing this system, customer, supplier and product data were successfully grouped into several groups based on similar characteristics using the k-means algorithm. Apart from that, the system that has been developed can also help facilitate the SCM process by utilizing information technology.

Prototype Development of Final Year Project Management System to Monitor Student’s Performance

The university requires students to complete a comprehensive software development project in their final year of study in all Information Technology (IT) and Computer Science (CS) programmes, run by the Faculty of Computing & Multimedia (FCOM), Universiti Poly-Tech Malaysia. As the number of students increases by semester, manual procedures for managing student projects become a major issue. Ineffective supervision and monitoring of student progress are more likely to occur as the number of students to supervise per lecturer also increase. This circumstance may contribute to an increase in the number of students who will fail to complete project development within the time frame specified. A log book is currently used to document meetings and discussions between supervisors and students. Although a detailed schedule has been proposed, a monitoring process that triggers specific actions to ensure all deadlines are met is required. The objective of this research is to improve project monitoring and supervision by developing a prototype of a web-based Final Year Project Management System (FYPMS). The initial prototype is built on the dashboard approach concept, where students can see their progress and lecturers can use this centralized system to monitor students' performance. This system’s users are divided into three groups: students, lecturers, and coordinators where they can communicate efficiently and effectively by using this system. By using the FYPMS, the faculty can look forward to better project management, improved supervision, fewer project delays, and a more efficient final year project process.

The usefulness of computer skills for enhanced teaching and learning among lecturers in an open distance e-learning (ODEL) environment

This study reports on the usefulness of computer skills for enhanced teaching and learning among lecturers in an open-distance e-learning (ODEL) environment. Computer skills have become fundamental due to increasing new technological tools of web-based management systems, laptops, digital tablets, learning management systems, webinars, and the applications of Microsoft Teams, Zoom, and WhatsApp manufactured daily. The quantitative research approach was employed in this study where data was collected through an online questionnaire from respondents in two ODEL institutions. The purposive and snowball sampling technique was applied to enable reaching out to lecturers with whom the author has contact in the two ODEL institutions. First, the author purposively approach those in his contacts, before requesting those lecturers he contacted to help spread the good news of his research investigation to other of their contacts. The study sampled 80 lecturers from both countries’ ODEL institutions leading to sending out 80 copies of the online questionnaire to the lecturers. Of the 80 online questionnaires sent, only 50 were received. The results obtained were analyzed using Microsoft Excel presented in frequency and percentage. Findings reveal that the purpose of computer skills is to enhance teaching and learning among Lecturers in the ODEL environment between the country’s institutions. Exposition to programming languages and applications, ability to navigate within the online platform, use of communication/networking tools of social media of Facebook, Twitter, and teleconferencing tools of Zoom, Skype, Webinar, Webcast, Teams, WhatsApp) were profoundly enabled through computer skills. Findings further indicate that computer skills have influenced lecturers for personal development in multifarious ways, user experience, memory usage, and storage of information, ease students grading, and developing course materials, facilitate instructional delivery of courses/modules taught at a geometric progression, and support lecturers using the asynchronous and synchronous method in teaching and learning. Based on the findings, the study recommends upskilling lecturers to advance their knowledge in computer skills through continual use of new technologies for better and quality services in teaching and learning to meet students’ information needs.

NStock: notified stocks management system for food and beverages industry

The development of a web-based stock management system aims to provide effective control over sales and stock levels for the food and beverage industry. The web-based application provides a platform for staff members and business proprietors to effectively modify and manage data related to stock and transactions. However, it is apparent that bakery enterprises exhibit a shared approach in their stock management procedures. The baker has a responsibility to manually update the stock availability on the WhatsApp group following each production. In order to maintain continuous production, it is imperative for management to take proactive measures by initiating the procurement of fresh stock from the vendor when the existing stock nears depletion. One potential resolution is the implementation of a streamlined stock management system that effectively addresses the needs of both bakers and managers. The objective of this project is to meet the demand for effective stock management among bakery store owners by offering a user-friendly and dependable system. The nStock system has been intentionally developed with the objective of effectively overseeing the procurement of raw materials from suppliers and accurately tracking the stock allocated for bakery production. The solution aims to employ Telegram bot services as a mechanism for alerting the management in the event that the stock levels fall below the predetermined reorder threshold. The approach employed by the project is in accordance with the Waterfall Model of System Development Life Cycle (SDLC). A functionality test is conducted prior to implementation in order to verify its compliance with the specified design and functional requirements. Notably, each participant provided the system with a "pass" rating, indicating its successful functioning and meeting their expectations.

Application of Rapid Application Development Method in Designing a Knowledge Management System to Improve Employee Performance in National Construction Company

This research aims to learn how to create and implement a web-based knowledge management system to enhance worker productivity. This study uses literature reviews, interviews, and observation to collect data. The system development methodology used in the research was called Rapid Application Development (RAD). The study's findings suggest that knowledge management and documentation have significantly benefited from this research. The employee knowledge documentation process can be centrally and methodically recorded thanks to implementing the knowledge management system (KMS) used in this study. This improves the efficiency of the time spent conducting knowledge searches. The findings of this study allow staff members to log into the system directly. This technology will enable employees to organize, store, and transfer knowledge effectively. In line with the established key performance indicators (KPIs), having a knowledge management system improves employee performance overall. Employees can access knowledge from anywhere with flexibility when a web-based knowledge management system is implemented, thanks to MySQL database storage and PHP programming. Workers have access to and can contribute to the organization's information, which encourages high flexibility and supports worker mobility. In general, it is intended that the creation of this knowledge management system will serve as a valuable means of advancing knowledge management. Implementing this system is expected to increase employee productivity and performance while optimizing the use of knowledge owned by the company.

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.

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.