Architecture for Web-Based Image Mining and Management Systems

Managing real estate properties efficiently presented challenges due to the complexity of tasks involved, including tenant communication, maintenance scheduling, and financial tracking. Traditional methods often relied on manual processes, leading to inefficiencies, errors, and delays. Motivated by the need for a streamlined solution, this paper introduced a web-based real estate property management system designed to address these challenges. By employing a descriptive research design and utilizing the mixed methodology approach, the study investigates the challenges faced by realtors in managing property information. It also evaluated the current information management systems of each realtor in handling property listing, sales, leases, and rentals. The research findings revealed that 45% of respondents encounter challenges in property information management, primarily related to inefficient handling of sales information and lease agreements. While 72.7% of respondents use real estate software, shortcomings such as a lack of detailed property information and communication issues underline the need for a comprehensive web-based management system meeting various real estate management needs, as preferred by 90.9% of respondents. The results of the study will be used to propose a web-based real estate property management system for the overall efficiency of real estate operations and revolutionize how real estate assets were managed and optimized in digital age

This paper presents a comprehensive methodology for developing a web-based warehouse management system (WMS) utilizing the Waterfall method. Warehouse management is a critical aspect of business operations, and the transition to web-based systems offers numerous advantages in efficiency and accessibility. By adopting the Waterfall method, which provides a structured and linear approach to software development, this study ensures a clear framework for system implementation. The system's architecture, including its use of HTML, CSS, JavaScript, and PHP, is discussed in detail, highlighting the technical aspects of the development process. Through the analysis of various diagrams, such as Use Case, Class, and Activity diagrams, the paper demonstrates the system's functionality and its potential to enhance warehouse management practices. This research contributes to the advancement of warehouse management technology, offering insights into the implementation of web-based systems using established software development methodologies.

With the advancement of technology, the Internet users are increasing exponentially. In this technology enhancement era, web-based complaint management system becomes more favored and therefore, it becomes more effective and efficient to manage the complaints received, especially for the service-oriented organizations or business operators that are profit-oriented. Up to date, little literature could be found with regards to community welfare and public health complaint systems developed for the non-profit-oriented organizations or companies, especially as an intervention to combat tobacco use at public or work places. This study aims to fill in the gap by designing and developing a web-based smoking complaint management system as an innovative initiative to support the Blue Ribbon Campaign initiated by the World Health Organization, to fight the tobacco epidemics within the context of Malaysia. A framework for this web-based smoking complaint management system is proposed. This study employs the iterative waterfall model that incorporates the adapted human-centered agile work flow. The interface design and the development of the system are described. Limitation and recommendations for future works are also presented.

Advances in LAN technology have enabled fast data transmission. However, without effective management of these resources, congestion of networks as well as waste of resources are inevitable. Therefore, it is necessary to supervise, report, and even control, if necessary, the network resource status so that the communication network can be effectively operated without service interruption by monitoring traffic among the hosts. Web‐based network management systems have been developed and applied for remote management without using specific applications. However, such web‐based network management systems have limited manager mobility and poor performance. To overcome such disadvantages, this paper proposes a network management system using wireless communication. Copyright © 2003 John Wiley & Sons, Ltd.

General background: The digital age has significantly impacted education, posing challenges in managing student behavior and addressing rule violations, necessitating more efficient solutions. Specific background: Educational institutions are exploring the use of web-based systems with real-time notifications to improve efficiency in recording and communicating student violations. Knowledge gap: Despite the advancements in technology, many schools have yet to fully adopt integrated digital systems for managing student violations, and the effectiveness of real-time notification systems has not been fully explored. Aims: This study aims to design and develop a web-based application for managing student violations, integrated with WhatsApp notifications, to improve efficiency, accuracy, and communication between schools and parents. Results: Using the Extreme Programming (XP) methodology, the system was developed iteratively, allowing for rapid adjustments based on user feedback. The system successfully reduced errors in violation recording and accelerated communication with parents, facilitating faster responses to student misconduct. Novelty: The web-based violation management system incorporates real-time WhatsApp notifications, offering a more efficient and trustworthy communication channel between schools and parents. Implications: The system enhances both the management of student behavior and the engagement of parents, and it serves as an innovative model for other educational institutions to adopt for more effective administration and improved educational outcomes. Highlights: Efficiency: Reduces errors in managing student violations. Communication: Enhances parent-school connection via real-time WhatsApp notifications. Adaptability: XP methodology supports rapid adjustments and iterative development. Keywords: Web-based system, student violations, real-time notifications, WhatsApp integration, Extreme Programming

The present research scholars are having keen interest in doing their\nresearch activities in the area of Data mining all over the world. Especially,\n[13]Mining Image data is the one of the essential features in this present\nscenario since image data plays vital role in every aspect of the system such\nas business for marketing, hospital for surgery, engineering for construction,\nWeb for publication and so on. The other area in the Image mining system is the\nContent-Based Image Retrieval (CBIR) which performs retrieval based on the\nsimilarity defined in terms of extracted features with more objectiveness. The\ndrawback in CBIR is the features of the query image alone are considered.\nHence, a new technique called Image retrieval based on optimum clusters is\nproposed for improving user interaction with image retrieval systems by fully\nexploiting the similarity information. The index is created by describing the\nimages according to their color characteristics, with compact feature vectors,\nthat represent typical color distributions [12].\n

This paper addresses the architecture and implementation of a medical drawing management system. The system enables physicians to draw directly on a patient picture or built-in anatomical templates of a body part. It contains modules for querying patient data and managing associated drawings including sketching, uploading, and sharing features. The system adapts to embed Windows-based applications into web pages; the web-based applications contain Windows-based graphical tools and enable seamlessly incorporating necessary drawing modules into the web-based healthcare information system at National Taiwan University Hospital. The system provides a web-based sketching capability that effectively support practitioners’ daily operations, as well as the use of paperless, digitizing patient records, and ultimately, will improve the overall quality of healthcare.

Research background: Authors have explored that there are different idea management system application types that could be used both locally and globally. But there is the question – how organizations can benefit from these systems during COVID19? Purpose of the article: The article aims to clarify how external and mixed web-based idea management systems could be used during COVID19 time for distance idea generation sessions, as well to solve complex problems with different idea generation sources and evaluators Methods: Literature review (data collection: systematically data collection from scientific data bases; data analysis: content analysis). Survey of n>400 enterprises with web-based IMS experience (data collection: survey; data analysis: statistics). Case studies (data collection: web-based idea management system creator secondary data; data analysis: content analysis). Findings & Value added: External and mixed web-based idea management systems are great tools during COVID19 time for distance idea generation sessions as well to solve serious problems with different idea generation sources and evaluators. These tools could be used by private, public organizations, as well by higher education institutions and research institutions as an innovation actor under the Triple Helix Model. By involving all these organizations in the idea management process the innovation potential is increasing.

As development plans become more complex, information about the means of implementation at the organizational stage becomes more and more important. However, spurious and informational experiments often occur when processing handwritten information. The construction project consists of compound entrepreneurs and subcontractors who have different technical and supervisory systems and need to communicate continuously by generating building information among shareholders. Therefore, this study will present a prototype of a web-based periodic records management system in which project stakeholders can participate in construction information using digital pen input on a web-based system. Based on the submitted system, this topic assumes the results of production efficiency, smooth transmission, and resource management. The result of this survey is to increase the fertility rate of buildings by providing a network-based daily reporting management system to construction sites.

Efficient stock and sales management is essential for the smooth operation of grocery stores. However, many grocery stores still use a manual system, which is prone to errors and delays in updating information. This research aims to design and implement a web-based stock and sales management information system for grocery stores, to assist owners and employees in managing stock of goods, recording sales transactions, and monitoring reports in real-time. The system is built using web technology, which allows for easy and quick access from various devices such as computers and mobile phones. With this system, store owners can more easily monitor stock conditions, manage sales, and minimize recording errors that often occur in manual systems. The implementation results show that this system improves the efficiency of stock and sales management, and produces accurate and timely reports. In addition, this web-based system also allows store owners to monitor data and make business decisions more effectively, even remotely. Thus, this information system has the potential to improve the operational performance of grocery stores and support better decision-making.

Configure-to-order (CTO) strategy has been implemented by many industries that adopt mass customization. Its major concern lies in a series of product fulfillment activities, e.g. configuring the individual product and corresponding production process. The successful implementation of CTO production calls for the correctness and promptness of the execution of these activities. Therefore, a Web-based integrated information management system is important and necessary. Facilitated by such a system, not only the required product and process information can be shared and exchanged by multiple partners dispersed geographically, but also the enabled functional integration contributes to an effective communication and coordination among departments across a supply chain network. In the paper the issues relating to the integrated information management and a Web-based system are discussed in detail. Also provided is the role of the system in supply chain management in today's e-commerce environment.

ABSTRACTBackground: Cost-containment initiatives are re-shaping the pharmaceutical business environment and affecting market access as well as pricing and reimbursement decisions. Effective price management procedures are too complex to accomplish manually. Prior to February 2013, price management within Astellas Pharma Europe Ltd was done manually using an Excel database. The system was labour intensive, slow to update, and prone to error. An innovative web-based pricing information management system was developed to address the shortcomings of the previous system.Development: A secure web-based system for submitting, reviewing and approving pricing requests was designed to: track all pricing applications and approval status; update approved pricing information automatically; provide fixed and customizable reports of pricing information; collect pricing and reimbursement rules from each country; validate pricing and reimbursement rules monthly. Several sequential phases of development emphasized planning, time schedules, target dates, budgets and implementation of the entire system. A test system was used to pilot the electronic (e)-pricing system with three affiliates (four users) in February 2013.Outcomes: The web-based system was introduced in March 2013, currently has about 227 active users globally and comprises more than 1000 presentations of 150 products. The overall benefits of switching from a manual to an e-pricing system were immediate and highly visible in terms of efficiency, transparency, reliability and compliance.Conclusions: The e-pricing system has improved the efficiency, reliability, compliance, transparency and ease of access to multinational drug pricing and approval information.

This research focuses on the development and implementation of a web-based citizen data management system in Keboan Anom Village, Sidoarjo, Indonesia. The aim of the study is to enhance the efficiency and effectiveness of citizen data recording and management processes. The System Development Life Cycle (SDLC) Waterfall model is employed as the methodology for system development, ensuring an organized and systematic approach. Data collection involves semi-structured interviews and unstructured observations, targeting the village's RT 01 (neighborhood association) officials. The application features two key functions: citizen registration, including permanent and non-permanent residents, and a comprehensive data summary. Access to these functions is limited to the RT Secretary and the RT Chairman. The implementation of the system provides improved data management and financial tracking capabilities, enabling simplified reporting. The web-based platform ensures accessibility for RT officials and residents with internet connectivity. Black box testing confirms the functionality of the website and its compliance with expected outputs. The results demonstrate that the application supports the transformation of Keboan Anom Village into a more efficient and technologically connected Digital Village. Future research is suggested to examine community participation levels in using the citizen data management application and its impact on decision-making and overall village governance, incorporating participatory approaches to understand the perspectives and active involvement of Keboan Anom Village residents.
 Highlight:
 
 Efficient citizen data management: The development of a web-based application for citizen data management in Desa Keboan Anom enables efficient recording and documentation of resident information, improving data accuracy and accessibility.
 Technological transformation: The implementation of the web-based system contributes to the realization of a Digital Village concept, facilitating efficient and technology-connected administration in Desa Keboan Anom, Sidoarjo.
 Participatory approach: Future research should focus on evaluating community participation levels and the impact of the citizen data management application on decision-making and overall village governance, utilizing a participatory approach to gain insights and foster active involvement of Keboan Anom Village residents.
 
 Keyword:
 Keboan Anom Village, Citizen Data Management, Web-Based Application, Efficiency, Participatory Approach

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.

The development of a web-based management system that integrates descriptive analytics and scheduling algorithms helps overcome the limitations of manual processes such as inefficiency, data inaccuracy, and lack of real-time updates. Through automation and data analysis, the system enhances productivity, minimizes human error, and enables informed decision-making. By centralizing operations, it ensures improved accuracy, accessibility, and overall business performance. The combination of descriptive analytics and scheduling algorithms strengthens operational efficiency and organizational intelligence. Descriptive analytics reveals patterns and performance insights, while scheduling algorithms automate and optimize resource allocation in real time. Together, they create an adaptive, intelligent, and reliable management solution that continuously improves business operations. SJOE Pet Supply, established in 2018, struggles with managing appointments, inventory, and customer records due to its manual system. To address these challenges, the proposed PetStreet system aims to automate core business processes and enhance operational efficiency. It incorporates descriptive analytics for data-driven insights and a scheduling algorithm to optimize appointments and staff workload management. Applied Developmental Research, focusing on designing and implementing a Web-Based Management System for SJOE Pet Supply, evaluated through the ISO/IEC 25010 software quality model. The evaluation centered on Functionality, Reliability, Efficiency, Usability, and Security to ensure the system performs accurately, operates smoothly, and safeguards sensitive business data. Data collection was conducted before and after system development, using interviews, surveys, and a Likert-scale questionnaire based on ISO 25010 criteria to measure user satisfaction and system performance. The Agile Methodology served as the development framework, emphasizing iterative development, continuous testing, and feedback integration to rapidly adapt to changes and refine features. Each phase aligned with ISO 25010 standards, ensuring that the system was functional, reliable, efficient, user-friendly, and secure to meet the operational needs of SJOE Pet Supply. PetStreet is a web-based management system developed for SJOE Pet Supply to automate grooming appointments, manage client and pet records, and control inventory efficiently. Based on the ISO/IEC 25010 evaluation, both users and technical experts strongly agreed that the system is highly functional, reliable, efficient, user-friendly, and secure. The study successfully developed and evaluated the PetStreet system, meeting all ISO/IEC 25010 quality standards. It proved to be an effective, secure, and user-centered solution for improving operational processes in the pet care industry. Future enhancements for PetStreet include developing a mobile version, strengthening security features, and enabling offline functionality. It is also recommended to integrate advanced analytics, payment options, and scalability features to support business growth and wider adoption.