Online Management System Research Articles

Online Bus Pass Management System

The project entitled “ONLINE BUSPASS MANAGEMENT SYSTEM” this system is solution for the passengers who are facing problems with the current manual work of bus pass registration and renewal. Online bus pass Management system is helpful as it reduces the paper work, time consumption and makes the process of getting bus pass in simple and faster way. This initially user needs to register with the application by submitting their details through online.

Integrated System for Official Vehicles with Online Reservation and Moving Path Monitoring

Companies have official vehicles for the convenience and time efficiency of employees to carry out official duties. However, private uses, false reports of fuel consumption, and excessive use by users may harm the company’s finance and reputation. Moreover, it is difficult to quantify and manage the use of official vehicles as they are used by different groups in the company. Locating vehicles also is a problem that is caused by inappropriate management. To solve these problems, an online monitoring and management system of official vehicles is proposed in this study. The system includes a set-top box (STB), key cabinet unit, line bot, and backstage management system in four major units with GPS and moving path tracking functions. The STB functions include GPS mobile tracking, power management, and Wi-Fi communication. The key cabinet unit manages key storage for the STB and detects the location of the set-top box. The backstage management system stores general information and GPS locations of vehicles. Line Bot allows online management, and the backstage management system provides administrators with information on official vehicle uses. The test result of the system shows successful monitoring of the vehicles on identifying moving paths, mileage, and locations with an accuracy of 5 m. The system prevents doubled reservations and informs the exact location of the vehicles. It helps the administrator of the official vehicles monitor and analyze the data of uses of the vehicles to improve the management efficiency and prevent misuse of the vehicles. The system also provides a solution for sharing economy of vehicles.

An Online Management System for Streamlining and Enhancing the Quality of Learning Outcomes Assessment

Learning outcomes assessment is an effective academic quality assurance tool that enables educators to review and enhance the alignment between planned, delivered, and experienced curricula. Accurately assessing what students know and are able to do after completing a learning module is the first step to decide on the strategies to implement and the proper actions to take in order to ensure the continuous improvement of the student learning experience. Nonetheless, learning outcomes assessment processes in higher education are still facing major challenges that affect their proper and effective implementation. Hence, faculty do not usually experience noticeable improvement in the students’ performance over several assessment cycles, which causes their frustration and reluctance to continue participating in the assessment process. This paper discusses the main issues that affect the implementation of the assessment process and prevent the closure of the assessment loop. It also introduces a unified assessment process and an online management system that have been developed recently to address the discussed issues. The online management system streamlines the assessment process, while providing administrators and quality assurance officers with valuable infographics and reports to effectively oversee the implementation of the assessment process. The system has been deployed at the United Arab Emirates University since fall 2018, and has been successfully used by faculty to assess the learning outcomes for more than 1000 courses each semester. Moreover, collected statistics showed that the online features provided by the system allowed faculty to continue their assessment tasks seamlessly during the COVID-19 pandemic.

Cloud Computing Revisited For E-Learning Systems with Some Improvements with Auditing

E-learning has brought great dynamics and parameters in the field of education and research. It has revolutionized the way learning has imparted to students. The perks of e-learning include consistency, scalability, cost cut down, in contrast to the traditional learning method. It is equally well-being and doing great in every field of learning. During this period of COvid-19 e-learning is developing and has completely taken over and administrated the education system. But along with the advancement of the field there comes the challenges. One would always keen to look up for the technology to make the learning process reliable, faster, easier to use, and can enhance with more interactive features.This is the spot where cloud computing stands with a bunch of its unmatchable capabilities. Cloud Computing refers to provide the computing assets on the internet which may include storage, servers, software systems, databases, online management systems, and online applications. Having a paradigm like Cloud Computing gives an edge for innovators and entrepreneurs to design and develop their mainstream projects and products with ease.This paper provides an insight into how Cloud Computing has the potential and can be the primary driver of e-learning. How the field of e-learning can benefit from this revolutionary technology. This research discusses the cloud services, architecture nature as a service for the e-learning environment. Further, the comprehensive converses about the impact of Cloud Computing on e-learning along with the security fears and features can potentially get the most out of the combination of both fields with the introduction of auditing of the system .

Higher education in a “post” - pandemic era: lessons learned for faculty and administration

The COVID-19 global pandemic greatly impacted education systems across all age groups and grade levels. Teachers, students, parents, administration, academic advisors, and other stakeholders experienced varying levels of distress, trauma, and a multitude of academic and personal challenges. This article focuses on the positive lessons learned in higher education as a result of this tumultuous and transitional period in history. As the world gradually progresses into a post-pandemic era, it is necessary to utilize lessons learned to improve the overall educational experience for learners and teachers of all ages. At the higher education level, many implications emerged for managing crises, improving online and remote instructional management systems and teacher training, expressing flexibility to accommodate learner needs, enhancing advisement procedures to include greater course delivery options, incorporating student and faculty wellness screenings, considering socio-cultural development, and introducing needed community resources. A robust post-pandemic educational institution models and offers opportunities for regular self-care, mentoring, professional development, and constructive supervision experiences. Student and faculty needs are often most easily identified by administrators and academic advisors, because their roles inherently result in developing a vast knowledge of university resources and communicating regularly with students and nearly all campus facilities. Every academic organization, and particularly administrators, is best served by reflecting on the lessons learned during the pandemic to evaluate current practices and implement necessary improvements that result in optimizing academic advisement, student achievement, and overall satisfaction with student services.

University students’ perception of online learning: A case study of Virtual Class learning management system in the University of Lampung

The use of online media to facilitate distant learning during the pandemic has become one of the solutions that can be implemented to support the government's policy of reducing crowds in public spaces. In this case, students at the University of Lampung's Faculty of Teacher Training and Education benefit from an online management system called Virtual Class Unila. This platform is intended for students to use to access resources, download learning modules, and participate in classroom discussions. The Virtual Class was created to assist students with distance learning. However, since the initial implementation of Virtual Class at the start of the pandemic in early 2020, both positive and negative perceptions about its use have emerged. As a result, we were encouraged to ascertain diverse perceptions regarding the use of this sophisticated learning management system among students at the Faculty of Teacher Training and Education, University of Lampung. This study employed a quantitative approach, collecting data via a scaled survey questionnaire. The target participants were 272 students from various departments who were asked to complete a survey regarding their perceptions of the implementation of Virtual Class. The findings of this study are expected to be beneficial for the future maintenance and development of Virtual Class, as well as for determining the optimal method of conducting online learning.

RE-ENGINEERING OF A WEB-BASED STUDENT INFORMATION MANAGEMENT SYSTEM: DEVELOPMENT PERSPECTIVE FOR OFFICE OF INTERNATIONAL PROGRAMMES, UNIVERSITY OF IBADAN

This study was carried out to study the existing paper-based system of receiving information and managing international student’s information at the Office of International Programme (OIP), University of Ibadan and to design an only student information management system that will help the OIP in managing international students’ information efficiently and effectively. Agile Methodology was adopted. System analysis was carried out in order to collect factual data, understand the process involved in the old system, identify problems and recommend feasible suggestions for improving the functioning of the system. In studying the existing system (paper-based), direct and indirect techniques were used in obtaining data for the analysis of the system. The problems of the existing system were identified and Online Student Information Management System was considered a possible solution to the problem of the existing system. The new system provides quick and efficient storage and retrieval of information from the database. The software used to design the new system includes XAMPP server, JavaScript, PHP, Cascade Style Sheet, HTML, and MySQL. The new system was evaluated by twenty-five (25) users, using Information System Model parameters such as usefulness, perceived ease of use/user-friendliness, performance and security. The overall performance of the new system was satisfactory as it helps all users to efficiency and effectively performs their various tasks based on their level of access in the new system. The new system was deemed suitable for use and therefore, it was recommended for implementation.

Automatic Sensing and Measuring Technique for Power Metering

The growing demand for electricity has set higher requirements for the sensing and measurement system of smart distribution network. Therefore, a new state monitoring technology for power metering is proposed based on automatic sensing and measuring technique to improve power metering. Firstly, the influence of various physical conditions and natural environment is analyzed on power metering equipment. Then, internal detection is used to detect the operation state of the equipment. Secondly, DC (direct current) magnetic bias is detected by self-excited fluxgate. Furthermore, the working condition of the secondary circuit is tested by the secondary circuit current measurement method. Finally, the narrowband Internet of Things technology is adopted to conduct data communication with the terminal platform. The research results show that compared with the traditional online operation state detection and management system of smart distribution network, the innovative state monitoring technology can additionally monitor the temperature, DC magnetic bias and secondary circuit of the distribution network. This shows that improved monitoring technology based on automatic sensing and measuring technique can monitor the important state of the distribution network to reduce the risks caused by the inability to detect potential problems and improve the performance of the distribution network. The optimized state metering technology makes an example for the improvement of automatic sensing and measuring technique of the metering equipment of smart distribution network nationwide.

Online Blended Learning in Small Private Online Course

In this work, we studied the online blended learning model of computer network experimentation, focusing mainly on the problem of traditional network experiments being limited by location and time, and explore the applicability of the small private online course (SPOC) advanced teaching concepts to computer network online experiment teaching. Based on the structure of a combination of virtual and real, real and not virtual, an online network experiment platform and management system has been designed and constructed, enabling students to carry out remote online computer network hardware experiments anytime and anywhere, without being restricted by time, space, or content. Using the online network experiment platform, we can organize the experimental modules and knowledge points via the SPOC course concept, by developing online network experimental content, modularizing and fragmenting of the experiments, creating the pre-experimental explanation and experiment preview videos, and evaluating the assignments via peer grading to analyze students’ learning behavior. By exploring online network experimental teaching methods and management models, offering experimental guidance in an interactive manner, and highlighting the openness and sharing characteristics of online experimental teaching platforms, we can improve the utilization rate for teaching resources, and provide ideas for applied scientific research methods.

Optimization of the Alumni Site of SMK Muhammadiyah Sintang

<p>Alumni have an important role in the development of educational institutions in the public sphere, but regarding alumni, many schools have not used alumni in school contributions, one of which is SMK Muhammadiyah Sintang. Regarding information, SMK Muhammadiyah alumni have not implemented an online alumni data collection and management system. So far, data collection on alumni is still carried out by recording in written documents which results in data management that cannot be done quickly, and errors often occur, and it is difficult to update information about alumni. In conducting research, the authors use existing literature and literature study materials to build alumni websites using the WSDM (Website Development Design Method) research method, website development methods using Extreme Programming (XP), and the development of alumni information systems using a bootstrap framework, providing designs responsive web that gives the appearance of the website will automatically adjust the screen size of the browser used. The purpose of this research is to design or create a website that can help schools quickly and accurately in the process of data collection and data management of alumni in obtaining information about alumni.</p>

Reduced emergency room visits and improved medication adherence of an integrated oncology pharmaceutical care practice in China.

We described our initial experience of a new integrated oncology phamaceutical care practice to enhance the quality of pharmacy service and patient care in Huashan hospital.Data sources: A retrospective study was performed from August 2019 to September 2020. Patients were described as integrated pharmacy service group and routine care group. Medication adherence of patients in integrated pharmacy service group was recorded by the online management system. Patient satisfaction and the cumulative incidence of emergency room (ER) and outpatient visit were evaluated between two groups.Data summary: In total, 323 patients received the integrating oncology pharmacy service. The percentage of the patients missing administration every day was reduced from 29.7% to 0.3% within a 40-day monitoring and intervention period. There was a significant difference on patient satisfaction with pharmacy service in two groups (P < 0.05). Fewer patients in the integrated pharmacy service group visited clinic and ER compared with routine care group (33.1% vs. 59.2%; P < 0.05). As a new practice model, the integrated program is adopted to provide patient care and ongoing monitoring for cancer patients. The practice model delivers high continuity of care for cancer patients and improves communication and collaboration between healthcare professionals and oncology patients. The practice also provides the potential of developing hospital pharmaceutical service and optimizing disease prevention and treatment strategies.

Impact of a wound management system on budget optimisation, formulary compliance and variations in care.

Optimising budgets in wound care is crucial if local health economy efficiencies are to be realised. How spending is managed and monitored can be difficult for community nursing services due to the variety of supply routes. Online wound management systems not on help tailor supply routes to reduce waste, thereby reducing cost, but also provide an audit platform for transparency across clinical practice. The non-prescription ordering system Formeo was implemented across City Health Care Partnership (CHCP), Hull, through a value-based industry collaboration. With its use, monthly spend on wound care reduced by approximately £5354 (11.9%), with a reduction in the total spend of £64 254. Further, Formeo enabled an audit of clinical practice to minimise products on the formulary. This provided CHCP, Hull, the opportunity to reduce variations in care, and therefore potentially improve clinical outcomes.

Research on Electric Vehicle Battery On-line Management System

This paper takes STM32 MCU as the control core to make deep research on the electric vehicle battery online management system. The internal resistance detection method and Kalman filter method are used to estimate the SOC value, and the equalization control circuit is used to make the SOC value of each single battery tend to be consistent, and the equalizing protection circuit is used to effectively protect the battery. Debugging and experimental results show that the system can accurately estimate the SOC value, solve the problem of inconsistent SOC value of each single battery, and effectively improve the efficiency of the battery.

Research on Anti-Interference Screening of On-line Measurement of Battery Ageing under Smart Grid Big Data

By analyzing the traditional operation and maintenance mode of substation batteries, the paper proposes a new remote online maintenance and management system for batteries based on smart grids, which changes the traditional maintenance method of using discharge load meters to check offline battery discharge packs. Single battery online voltage inspection, internal resistance test, and dynamic equalization, as well as battery pack remote online verification discharge and equalization charging, real-time monitoring of battery aging, promote intelligent, efficient, and unmanned maintenance battery status in substations, Provide strong technical and program guarantees.

Research on online management system of network ideological and political education of college students

With the development of the network society, the life of college students is shrouded by the network society, and there are more and more channels for them to contact various kinds of information, which brings new challenges to their ideological and ideological behaviors. We need to use the correct, active, positive way to increase the ideological network political education of students. College students' ideological and political education also gradually stepped into the network education wave, in the process of the new era of university education, network education is more and more important in the process of ideological and political education. Inn carrying out the education work in colleges and universities, we should departure from the specific teaching content, in order to effectively promote the physical and mental development of college students, and ensure the ideological and political education of college students. The development of network provides a broader path for ideological and political education, and network education is also a new challenge for ideological and political educators. This paper proposes an efficient online education management system based on cloud computing technology, which improves the traditional information management process and information classification algorithm, and can be a good online education task.

Online secure store management system by face recognition authentication

Online secure store management system by face recognition authentication

E-challan: Online traffic rules violation penalty and management system

The objective of this article is to create an online platform to facilitate the drivers and the traffic police to handle the penalties for traffic infractions. E-Challan System is the online platform geared at offering a broad variety of assistance in controlling and monitoring the traffic fines, enabling users about the difficulties people encounter in paying for their challan. The E-challan System is essentially an interaction between Police and drivers simply via an internet portal or an app. This project prototype explains how challan becomes easier for people by keeping it online. The online platform seeks to minimize the paperwork, manual procedure and boost the convenience for the users.A system which makes the people obey the laws and drive safely, without breaking any regulations. E-Challan is that foolproof controlled mechanism. E-Challan is an online governance system to enable the traffic administrators to handle the traffic infraction as well as for the drivers to manage the penalties.

Online secure store management system by face recognition authentication

This paper presents target on the security of store management system from unauthorised access control using face recognition. We propose a service system which is composed of three modules in order to work cooperatively: the store management for multiple locations warehouses provides the location maps; the process of goods withdrawal by confirming biometric face identity; and the module for data analytics to provide statistic report of warehouses store based on individual, date, time and location of the warehouse, where goods are requested. The system is designed in a form of web application to support the organisation with the accuracy and security for the stakeholders who are involved in store management task. The results contribute to producing a certain level of information to suit data analytics, and that it can be beneficial to support managerial decision-making in enhancing business performance.

Online Support Management System for University of Antique

This paper discussed the development of an Online Support Management System to have a centralized system to support the information technology needs of every department of the University of Antique, in effect, to support the needs of the students. The system was developed using the modified Software Development Life Cycle Waterfall Model using six phases – Conceptualization, Technical Feasibility, Development, Pilot Testing, Creation of User’s manual, and Evaluation of Online Support Management System. Each phase must be completed before the next phase can begin and there is no overlapping in the phases. The researcher anchors the study on Research and Development (R&amp;D) which aims to create a new body of knowledge about existing products or processes, or the creation of an entirely new product. Unstructured interviews, document analysis, and modified survey-questionnaire adapted from ISO/IEC 25010: 2011 Systems and Software Quality Requirements and Evaluation (SQuaRE) - System and software quality models had been conducted for data collection. The findings showed that three groups of the respondents were satisfied with the features and capabilities of the Online Support Management System and complied with the requirements or specifications based on ISO/IEC 25010: 2011 standards. Though the respondents are satisfied with their evaluation of the developed Online Support Management System, the result revealed that there was a significant difference noted in the evaluations of the respondents. This result implies that the evaluation made by the three groups of respondents significantly differs from one another in terms of functional suitability, performance efficiency, compatibility, usability, reliability, security, and maintainability.

Concept of digital management in the potash mining industry

Uneven quality of ore feed to a milling plant makes considerable difficulties in processing. The national and foreign experience, analytical calculations and special experiments prove that reduction in quality variation of crude ore fed for the processing leads to an essential increase in production efficiency, to improvement of final product quality and to simultaneous economy. The article describes the research findings on implementation of a two-level management digitization model for a mining and processing integrated works based on the simulation and mathematical model of production cycle processes. With regard to the developed procedure for description of process flows, an automatic process control system is proposed for the underground and surface mine infrastructure management using a single information and maintenance support. Considering actual background of Belaruskali mines and mills in terms of local automation of certain processing circuits, as well as based on the development and introduction of the concept of digitization of rating, modeling and prediction of process flow parameters for ore preparation, extraction and milling, using the modern methods and means of the mining and processing works management, it is possible to create an integrated automated on-line management system for all process flows. This system allows following-up of operation in any face and on any level in a mine, as well as any process stage at a milling factory and checking their compliance with the control criteria.