Application Of Management System Research Articles

Implementation of the Accreditation Document Management System (SISMADAK) in Hospitals: Literature Review

Background: The Accreditation Document Management System Application (SISMADAK) is an application to help hospitals in the hospital accreditation process. This application was made by the Hospital Accreditation Commission (KARS), which aims to prepare for hospital accreditation by collecting, storing, and retrieving evidence documents related to accreditation. This was done because almost 80% of hospitals had problems preparing documents for accreditation, which were still done manually. In the search for documents, it is often too late, and it is often found that the documents are scattered or damaged due to time constraints in checking all documents owned by the hospital.
 Objective: The purpose of this study was to find out the implementation of the accreditation document management system (SISMADAK) in hospitals.
 Methods: This study employed a literature review conducted on national and international journals published online between 2016 - 2022 and found 11 journals for the literature review. Hospital accreditation document management system, accreditation, hospitals (man (human resources), material-machine (facilities and infrastructure), method (method), market (environment), money (finance), and time (financial) are some of the keywords used. 
 Results: The implementation of the Accreditation Document Management System (SISMADAK) at the hospital is carried out by collecting, processing, and storing data carried out by the sismadak admin officer which must be filled in the daily quality indicator form and then documented so that reporting records will be stored automatically the achievement of reporting results during the implementation of the sismadak program is carried out already good. Human resources in fulfilling SISMADAK there are still many sismadak admin officers who do not understand and forget how to operate the sismadak program. There is no budget so that SISMADAK administrative officers are lazy and do not focus on inputting accreditation reporting data. The necessary facilities are complete but the obstacles experienced by SISMADAK officers are the lack of stability of the internet network.
 Conclusion: Hospitals should have a special officer who will input the Accreditation document data at SISMADAK. Officers are also given regular training related to the system used so that there are no obstacles when filling out the SISMADAK. Hospitals are also expected to improve the quality of the internet network so that the internet network is stable.

Giant magnetoresistance (GMR) spin-valve based magnetic sensor with linear and bipolar characteristics for low current detection

High sensitivity linear, bipolar, and hysteresis-free magnetic field sensor is necessary for low current measurement of the order of 1000 mA with a resolution of 1 mA. Magnetoresistive technology has evolved into popular magnetic sensing technology where magnetic multilayered structures were tailored to obtain linear output characteristics. In this report, a GMR spin-valve structure was used to develop magnetic field sensing elements. Mechanical assembly of the sensing elements in the form of a Wheatstone bridge configuration was made to have the linear and bipolar characteristics of the sensor. Application of the constant DC biasing field perpendicular to the sensitivity axis was made to have fully hysteresis-free output characteristics and the maximum sensitivity was achieved of the order 2 to 2.5 mV/G with a supply of 1 mA current to the bridge circuit. The in-house developed spin valve sensor was then used to measure the current in the range of ± 1 A, having a sensitivity of the order of 2 mV/mA with a resolution down to 1 mA by using non-intrusive current sensing technology. A core-based sensor has a large aperture size that accommodates a current-carrying conductor with an ampacity of 1 kA. The calibrated output shows the sensor can measure the field in the range of ± 0.4 mT with a resolution of ∼ 200 nT and has the potential for floating current measurement application in the battery management system.

Environmental management systems: international models and experience of Kazakhstan

Significant air and water pollution, which is detrimental to the health of the citizens of Kazakhstan. Courts and regulatory authorities do not properly fulfill their obligations in the framework of environmental protection. Currently, government agencies are pursuing a policy aimed at protecting the environment and the rights of citizens. Purpose of the study is to analyze international models, practices, application of management systems for the legal protection of the environment and the health of citizens with application in Kazakhstan. The article discusses and explores a number of principles and methods of environmental management. Since these principles and practices contribute to the establishment of rational and effective environmental policy and management, it is proposed to take them into account when rethinking the current system in Kazakhstan. The article analyzes models and methods of legal protection of the environment and response to damage to the health of citizens, these tools can be part of an integrated system. Based on the study, it was found that in order for environmental management to reach its full potential, Kazakhstan also needs to undertake political reforms and involve ordinary citizens in the formation of policies and protection mechanisms. The studied strategies for collecting and taking into account the opinions of people when making managerial decisions on environmental protection can be used in Kazakhstani society.

Design and Development of Education Management System

While pursuing any graduation Degrees or in school student have difficulty controlling their time and faculty work parallelly. This certainty affects work productivity in offices. With the establishment of the Education Management system application. The purpose of making this application is to assist users in managing their college work or school work all at once in an application. The research method used in data collection is literature study and indirect observation. The application development method uses the system development life cycle method with the waterfall model. This model uses a systematic and sequential approach that starts at the level of requirement to the level of maintenance. This application is based on Android Developed with the Java programming / Kotlin language. The result is an Education Management system application that can be used for remainder or also bring a Digitalization which also reduce a crowd or keeping a store of documents of college students or school students.

Strategies for Increasing the Productivity of Goat Farming Business in the Era of Industry 4.0 in Banyumas District

The development of goat breeding business needs to be done so that the business can compete in the era of industrial 4.0. The study aims to formulate the strategy to increase productivity in goat breeding business on the 4.0 industry era. The study used survey methods. Determination of the sample was done using stratified random sampling that took the region based on high land, moderate and low land. Then, on each level was taken by criteria of number of goats and the dominant species. Number of sample was determined using Nomogram Harry King and the total respondents was 322 farmers. The analysis used was Causal Loop Diagram modeling and Qualitative Descriptive. The results show that to increase the productivity of goat breeders can be done with optimize Information and Communication Technology (ITC) in production factors, utilization management system application and the inovation of feed technology, optimize smartphone as promotion and trading tools, share the information via social media, supply of information service based on website or application and transformation of extension to virtual extension.

Design and Implementation of Clinical LIS360 Laboratory Management System Based on AI Technology

In order to realize the automation, standardization, and informatization of clinical laboratory work, this research topic develops and accomplishes a set of laboratory information systems (LISs). According to the design methods of software engineering, we first understand user’s demand and the current work situation of clinical laboratory and establish the system case model using Unified Modeling Language (UML) modeling technique. During the system design period, we explain the key technology theories, network structure, system security policy and the connection scheme with hospital information system (HIS). During the system function design period, the system was designed with 6 modules, they are daily inspection work, inquire and statistics, quality control, data dictionary, system configuration, and other tools. Through establishing database model, we accomplish the system database structure design. After the system design, we perform system implementation and test, to show the interface of system implementation and test plan accordingly. The development and application of LIS360 laboratory information management system can greatly improve the management level of laboratory and promote the standardization, modernization, and science of laboratory management. This system has solved the traditional mode of sending test report sheet manually for many years in the laboratory and won valuable time for clinicians to know the patient's condition in time.

Strategy for Improving the Application of Occupational Health and Safety Management System in Heat Related Illness Prevention in XYZ Industrial Area

Strategy for Improving the Application of Occupational Health and Safety Management System in Heat Related Illness Prevention in XYZ Industrial Area

A conflict elimination-based model for failure mode and effect analysis: A case application in medical waste management system

As a recognized and powerful risk analysis tool, failure mode and effects analysis (FMEA) has proven its effectiveness in medical waste management, which has profound significance to human health and ecological environment. However, existing FMEA studies pay little attention to the heterogeneity of team members (TMs) and their trust relationship, potentially leading to inappropriate results. Therefore, this paper constructs a FMEA model with internal and external TMs for medical waste management system, which focuses on the conflict elimination under social network to circumvent TMs’ negative behaviors and improve team harmony, thereby enhancing the reliability of FMEA. Firstly, to increase the flexibility and accuracy of information expression and synthesis, probabilistic linguistic term sets (PLTSs) and Dempster-Shafer evidence theory (D-S theory) are employed to provide and process evaluations of failure modes (FMs). Secondly, an objective trust prediction method based on bounded confidence is proposed for building a credible social network. Thirdly, a conflict elimination mechanism is devised to improve team cohesion, in which TM weights are dynamically determined. Afterwards, an integrated DEMATEL-TODIM decision framework is proposed to prioritize FMs. An application and related analysis prove that the proposed model can effectively improve the social relationship of TMs and obtain a reliable ranking of FMs on the basis of discriminating FMs’ causality while considering TMs’ bounded rationality.

Evidence-based operational model for conducting an online, synchronous, proctored, closed book professional examination during the COVID-19 pandemic lockdown

Background: Medical education has migrated online as a result of the COVID-19 pandemic. Formative and summative evaluation are critical in medical education to support the learning process. However, many problems occur during online assessment, such as internet access, proctoring, and reliable software. To mitigate this situation, there is presently no standardised model available that demonstrates reliability and validity, particularly when it involves high-stake examinations. The goal of this study was to introduce an evidence-based operational model that was used to conduct a comprehensive high stake online examination to Year 2 MBBS students during the COVID-19 pandemic. Prior to entering the clinical years (year 3-5), year 2 MBBS students were expected to pass their high-stake examination earlier conducted as face-to-face session which is now administered online. Methods: The model proposed enables the conduct of an online, synchronous, proctored, closed-book examination in real-time that is comparable to the face-to-face (FTF) manual examination. The examination and invigilation were carried out using the Learning Management System (LMS) and Google Meet applications with the existing information technology (IT) facilities and the Standard Operating Procedure (SOP) was developed to optimise and integrate the technology effectively. Results: Both students and faculty were satisfied with the online examination, with the latter being more so. The online examination with a Cronbach alpha score of 0.71 suggested good internal consistency and reliability and various test of validity ensured this online model was dependable, reproducible and concurrent with other examinations. Conclusions: We concluded that this operational model is a credible alternative to the FTF examination that requires new learning technology and is very cost effective. Thus, we highly recommend this model for all examinations that involve participation of off campus students.

O-077 Application of a knowledge management system in sheep and goat producers

O-077 Application of a knowledge management system in sheep and goat producers

Forest Sharing® as an Innovative Facility for Sustainable Forest Management of Fragmented Forest Properties: First Results of Its Implementation

The forestry sector in Italy and throughout Europe is going through a critical period due to ongoing natural and anthropological processes, such as climate change and the abandonment of rural areas. These processes lead to a constant fragmentation of properties in small forest parcels, with direct impacts on management capacity. In this framework, new sustainable forest management methods are being tested and are shown to be good practices to oppose the decline of forest ecosystems. Their innovative aspects concern the introduction of a form of shared and circular economy, where management is built on the process, rather than on the product. Their technical activities are based on precision forestry systems and digitalization. The new approach takes into consideration the fact that the woods are an asset available to the whole community, in terms of benefits and protection. Forest Sharing® is an example of the application of shared forest management systems, due to which the owner user benefits from several services and opportunities, such as the advanced monitoring platform and the access to investment funds. After eighteen months of activity, the first results of the application of the new management systems can already be seen. Many aspects need further development, such as case studies concerning the enhancement due to forest certification and new recreational activities. Shared forest management systems have the potential to increase the level of knowledge and awareness of citizens about environmental and territorial issues.

Transformational Leadership Contribution To Increase Motivation and Employee Discipline Through ASN Management Application System

The existence of the application of a transformational leadership style by the leadership of the Malang City BKPSDM has made various implementations from the management side of the State Civil Apparatus now having to start adapting to the programs that have been made such as the implementation of the ASN Management Application System. One of the obstacles faced by the implementation of the ASN Management Application System is that there are many elderly ASNs who did not yet have technology in their era, so they still do not understand the ASN management application system. From these reasons, the authors wanted to compile research with the aim of knowing and analyzing the contribution of the Malang City BKPSDM transformational leadership in increasing employee motivation and discipline through the ASN management application system. The research method used by the author is a qualitative method. The results of this study are that the transformational leadership contribution of the Head of BKPSDM Malang City in increasing employee motivation and discipline through the ASN management application system has been going well and as it should. Apart from that, there are also several obstacles such as the adaptation of employees who are still not good and the application system which crashes several times, there is maintenance so that employees cannot use the application.

Passive battery thermal management system for an unmanned aerial vehicle using a tetrahedral lattice porous plate

Lithium-ion batteries (LIB) are the main energy source for unmanned aircraft vehicles (UAVs) and drones. A drone operates at various ambient temperatures, depending on its flight characteristics. For optimal performance, this requires the application of a passive battery thermal management system (BTMS) that does not require additional equipment due to drone weight limitations. This study proposes applying a multifunctional tetrahedral lattice porous plate (TLPP) to analyze the performance of a passive BTMS using aspirated airflow through a drone flight mode. A battery cell constant-current discharge experiment is conducted to derive the equivalent internal resistance of the battery cells for the numerical simulation of battery heat generation. The performance of a passive BTMS with a TLPP channel, including part of the freestream through a series of drone modes, is analyzed using experiments and numerical simulations at the battery cell and module levels. The main conclusion of this study was that in a numerical simulation of takeoff and landing in drone operation mode, the maximum temperature, and deviation reduction rates were 22 % and 4 9%, respectively. Additionally, the maximum temperature and deviation from the TLPP application under conditions in which some freestreams were aspirated during the drone's forward flight were reduced by 35 % and 76 %, respectively. It is confirmed that the maximum temperature and deviation on the battery surface are significantly reduced due to the application of TLPP on a bare battery. Therefore, passive BTMS with TLPP can provide effective multifunctionality for the thermal management of drone batteries.

Design and Application of Medical Equipment Management System Based on B/S Architecture and WeChat Official Accounts

In order to solve the problems of equipment comprehensive management in grade A hospitals, such as complicated work, low maintenance efficiency, error-prone, non-standard management process, et al. A set of efficient information-based medical management equipment platform was designed to serve the concept of medical departments. B/S (browser and server) architecture and WeChat official accounts technology were adopted to construct the application end and WeChat official accounts client developed by Web technology, and MySQL server was selected as the system database technology. Asset management, equipment maintenance, quality control management, equipment leasing, data statistical analysis and other modules were integrated into the system, which optimized and standardized the medical equipment management process, improved the work efficiency of equipment management personnel, and improved the opening rate of medical equipment. Intelligent management by means of computer technology can effectively improve the utilization rate of hospital equipment, improve the level of hospital informatization and fine management, and contribute to the informatization development of medical engineering department.

Analysis Of Implementation Of Work Safety And Health Management System In Accident Field In Jabodetabek Toll Road In PT. Jasa Marga (Persero) Tbk Using Hazard And Operability Method

PT Jasa Marga (Persero) Tbk is a company engaged in toll road management and toll road development. The method used in this study implements the Hazard and Operability method in analyzing the Occupational Safety and Health Management System with this method which can later determine the risk and level / level of the Application of Safety and Health Management Systems to accidents. And get proposed improvements to reduce existing risks. The achievement of SMK3 at PT Jasa Marga (Persero) Tbk was 74.89% in YELLOW category. This value is obtained from an average of 5 (Variables), namely K3 Commitment and Policy (76.15%), K3 Planning (72.77%), K3 Plan Implementation (75.07%), K3 Performance Evaluation and Evaluation (74 , 64%), and Review and Improvement of SMK3 Performance (75.79%). Achievement of Occupational Health and Safety Management System (SMK3) on accidents occupies level 3, namely caution. Proposed improvements to reduce the risk of potential hazards arising is to make special crossings for workers, make drainage channels in special crossing lines for workers, and require every worker to use personal protective equipment.

Application of Farm Management System in The Grand Parent Stock Farm of PT. Berdikari Unit Lebak

The research objective was to compare the application of FMS (Farm Management System) and a manual system based on the perception of farm officers at the Grand Parent Stock farm of Berdikari Lebak Unit. This research was conducted from 18 January 2021 to 18 February 2021 at the Grand Parent Stock farm of Berdikari Lebak Unit. Data were obtained by purposive sampling with 30 respondents of Lebak Farm officers, which include the Head of Farm Unit, Farm Officer, and Operators. In addition, data was also obtained from interviews with Berdikari employees in IT Department. This study uses primary data and secondary data. The data analysis was processed using a Likert scale, and the comparison of the application of the FMS and manual systems was used quantitative descriptive analysis. The results showed that the application of the FMS system was better than using the manual system. It can be seen based on the recap time, input time, and data transmission time where the application of the FMS system is faster than the manual system. The manual system data input average is 10 minutes, while the FMS system is one minute. Moreover, the time for sending data is also faster in the FMS system, while in the manual system, it will take 5-10 minutes, depending on the network speed. The implementation of the FMS system results in safer and more reliable data. The application of the FMS system can be integrated with the entire company system, the ERP (Enterprise Resource Planning) system.

A review of advanced pavement distress evaluation techniques using unmanned aerial vehicles

ABSTRACT The economy of the nation is significantly influenced by pavement management systems. The use of cutting-edge techniques and technology in various pavement management system applications, as well as research into these topics, are particularly important today. To reduce human errors in data collection, advances in technology and automated surveillance should be used. The most recent methods used in modern equipment for the automatic evaluation of pavement deterioration are reviewed in this paper. To identify trending tools, research gaps, emerging technologies, challenges and limitations of using computer vision for pavement distress and condition assessment, papers collected using UAV (Unmanned Ariel Vehicle) data collection and the application of machine learning methods are investigated. The review comes to the conclusion that the application of machine learning techniques is the general trend in evaluating the condition of pavements, despite some limitations not only in the detection of a small number of pavement distresses with complex patterns but also in the indication of the severity and density of distresses, opening up possibilities for further study.

Impacts of Digital Information Management Systems on Green Transformation of Manufacturing Enterprises.

Under the background of increasingly prominent environmental problems, the establishment and application of digital information management systems established by the digital economy have brought new opportunities and challenges to the green transformation of manufacturing enterprises. Considering the micro level of Chinese manufacturing enterprises, does the adoption of information management systems really promote the improvement of the green transformation level of manufacturing enterprises? This paper takes the adoption of digital information management systems by China's enterprises as a "quasi natural" experiment and uses the Difference-in-Difference and Propensity Score Matching model (PSM-DID) to explore its impact on the green transformation of manufacturing enterprises and its mechanism. The study found that the adoption of digital information management systems by enterprises significantly improved the green transformation level of manufacturing enterprises, especially the symbolic green transformation level, and had no significant positive effect on the substantive green transformation level. The mechanism analysis shows that manufacturing enterprises can achieve green transformation by adopting information management systems to improve the digital level, strengthen green innovation ability, and increase the redundant resources of enterprises. The heterogeneity analysis based on the internal governance and external environment of enterprises shows that the adoption of digital information management systems by manufacturing enterprises has significantly improved the green transformation level of non-state-owned enterprises, enterprises with high corporate governance, non-heavily polluting enterprises, and enterprises in the eastern region. The research conclusion enriches the research related to digitalization and green transformation of enterprises and has important inspiration for Chinese manufacturing enterprises to use digitalization capabilities to seek green sustainable development under the wave of digital economy development.

Real-Time Measurement of the Daily Total Locomotor Behavior in Calves Reared in an Intensive Management System for the Possible Application in Precision Livestock Farming.

Housing confinement, adaptation to different light/dark conditions, and social deprivation could modify the amount of total locomotor behavior of calves recommended for their psychophysical health. Total locomotor behavior was recorded by means of an activity data logger every 5 min for 6 consecutive days. To do that eight clinically healthy 30-day-old Holstein calves living in calf boxes under natural photoperiod and environmental conditions were enrolled. ANOVA (analysis of variance) showed a statistical effect of the day of monitoring and animal. In the temporal distribution of the resting-activity frequency, it was observed that the calves presented periods of total locomotor behavior with the existence of two peaks, one between 06:00-07:00 and another between 17:00-18:00, which corresponds to time of food intake. In all animals, a diurnal daily rhythm of total locomotor behavior was observed during time of monitoring. Intrasubject and intersubject variabilities were statistically different in mesor, amplitude, and robustness of rhythm. In conclusion, the total locomotor behavior showed a diurnal daily rhythmicity in 30-day-old calves. The characteristics of rhythm were different from individual to individual and from day to day. The recorded intersubject variability must be taken in consideration during the monitoring of farm animals and justifies the application of the device to each animal, as precision livestock farming suggests.

Application Of Learning Management System (LMS) Simpai 7 As A Means Of Learning Social Studies at Junior High School 7 Bandung

The availability of adequate learning facilities must support the achievement of a marginal learning process. This study aims to manage and describe social studies teachers implementing the SIMPAI 7 Learning Management System (LMS) as a learning tool at Junior High School 7 Bandung. This study uses a qualitative approach with a descriptive method. The research informants were a student of classes VI C, VI E, and VII H and teachers of Junior High School 7 Bandung. Data collection techniques in this study include interviews, observations, and documentation studies. The results of the study show that: (1) in Junior High School 7 Bandung applied LMS SIMPAI 7 as a learning tool due to changes in the learning system, limited time allocation, and the availability of ICT-based learning facilities; (2) the process of managing LMS SIMPAI 7 carried out by IPS teachers includes planning, implementation, and evaluation: (3) The effectiveness of the implementation of LMS SIMPAI 7 is categorized as sufficient, especially in terms of improving students' understanding and learning outcomes; and (4) perceived obstacles in implementing LMS SIMPAI 7 such as delays in collecting assignments and websites that are difficult to access.