Coordination System Research Articles

Sistem Informasi Geografis Pemetaan Lokasi Sekolah di Wilayah Kecamatan Wewewa Tengah dengan Menggunakan Metode Arcview GIS

The most crucial area that needs to be addressed in order to raise the standard of human resources is education. Wewewa Tengah sub-district has a vast selection of schools, allowing parents and other young kids to pick one that best matches their needs. Many parents are unaware of where to find information about a school's profile and location, which makes it challenging for parents to select a school for their children. The objective of this research is to create a website-based Geographic Information System that allows for the collecting of school data starting in kindergarten and continuing through middle school, high school, and vocational school. This app encourages users to look up local schools and offers details on each institution's point coordination system. This application is intended to make it simpler for the general public to learn where schools are located and when they start in Central Wewewa. A linear-sequential technique (Waterfall) was utilized to construct the system, and a number of components, including HTML, PHP, and MySQL, were utilised. The key advantage of this study is webgis that can provide school locations and start times in the Central Wewewa community. The study's findings suggest that WebGIS makes it simpler to produce maps, that the system can display locations on a map and information about school locations, and that the system can function effectively.Keywords: Geographic information system, Mapping, WebGIS

Development of Android Based Educational Games as Learning Media on the Concept of Coordination System for Grade XI High School Students

Many students spend time with their smartphones for entertainment, one of which is playing games, and rarely use their smartphones for learning media. This study aims to develop educational game applications, and determine the feasibility and responses of teachers and students to android based educational game applications on the concept of a coordination system. This study uses a developmental research method with a 4D development model consisting of four stages: define, design, develop, and disseminate. The sampling technique is by purposive sampling. The data collection uses a closed questionnaire. Questionnaires are used to assess the feasibility of media by media experts, material experts, teachers and students. Analysis of the data obtained is carried out by quantitative descriptive. In the define stage, the results were obtained from interviews with biology teachers and the distribution of media needs questionnaires to students. In the design stage, the results of the media design (prototype) are obtained. In the develop stage, the results of the media expert validation were 90.67% (very good), while the material expert validation results were 81.25% (very good). Furthermore, a trial was conducted on the teacher and 35 students of class XII high school. The results of the assessment for teachers are 96.88% (very good) and for students are 87.57%. In the disseminate stage, the teacher's response was 98.75% (very good) and the student's response was 83.42% (very good). It is concluded that the educational game-based android application is appropriate to be used as a media for learning biology

Approaches to providing coordination of the regional development policy regarding the restoration of the territories damaged during the course of the war

The article substantiates approaches to ensuring the coordination of regional development policy regarding the restoration of war-damaged territories. It is emphasized that the key to solving regional problems is ensuring the coordination of regional development policy, which aims to reduce disparities in the development of settlements and regions, this situation creates a challenge in the application of an approach to regional development focused on local needs for recovery. It was noted that today the priorities for ensuring the coordination of regional development policy are the support of specific reconstruction projects in territorial communities and the updating of the State Strategy for Regional Development, which should be based on five key priorities: strategic planning and project management; investments and interaction with donors; anti-corruption activity; digitization and management based on open data; urban planning.
 It was noted that the differentiated geographical impact of the war further exacerbated the differences of the regions in terms of their development opportunities and the necessary state support. For the policy of regional development, which aims to reduce disparities in the development of settlements and regions, this situation creates a challenge in the application of an approach to regional development focused on local needs. Today, the simple differentiation of regions into two groups based on the relative indicator of gross domestic product per capita, which is used by the State Fund for Regional Development, is no longer enough, but a much more detailed approach to the RDP that takes into account local needs and is based on the definition and support of development initiatives implemented at the local and regional levels must be developed.
 It is noted that although some tools and approaches to the policy of regional development are already included in the legislation, the system of vertical coordination, i.e. multi-level management with wide use of public participation in decision-making regarding the further development of administrative-territorial units, still remains quite relevant and needs adaptation to ensure greater flexibility and initiative from below.

Efficient Decentralized Multi-agent Learning in Asymmetric Bipartite Queueing Systems

New Algorithm Enables Efficient Decentralized Learning in Bipartite Queueing Systems Bipartite queueing systems, where agents with individual job queues request service from a pool of heterogeneous servers, are standard models for service applications like data networks and call centers. Traditionally, a central controller schedules agent requests with full knowledge of system parameters. However, emerging applications require decentralized operation without this central coordination or complete system information. This presents challenges as agents lack the global knowledge needed to efficiently route jobs. Recent research into efficient decentralized learning algorithms for such systems faces limitations in nonoptimal throughput, demanding computations, or degrading efficiency with exponential queue growth. In contrast, this paper introduces an algorithm that enables queues to efficiently learn decentralized scheduling policies while ensuring throughput optimality. The approach is computationally lightweight, achieving queue length bounds that scale polynomially rather than exponentially in system size. Experiments demonstrate faster convergence and robustness of our algorithm compared with prior decentralized algorithms.

Impact of fintech and environmental regulation on green innovation: inspiration from prefecture-level cities in China

Environmental regulations may promote regional ecological evolution, but they also increase the need for financing green innovation activities. This study uses panel data from prefecture-level cities in China to examine the impact of fintech and environmental regulation on regional green innovation in the digital economy era. Empirical evidence shows that fintech significantly promotes regional green innovation, and fintech has a positive interaction effect with environmental regulation. While the evidence generally supports the role of environmental regulations in promoting green innovation, the evidence is insignificant in some models. The synergistic effect of fintech and environmental regulation on utility model green innovation is significant, but not on invention type green innovation. Climate policy, as a carbon regulatory policy, does not directly lead to green innovation, but it significantly collaborates with fintech to promote green innovation. The effects of fintech and environmental regulation on green innovation also have heterogeneity effects between resource-based and non-resource-based cities, and non-resource-based cities have a greater effect on achieving green innovation through fintech and environmental regulation. Our findings contribute to optimizing the coordination system between financial and environmental policies, thereby driving regional green innovation development with fintech in the digital age.

END OF LIFE CARE IN BRAIN TUMOUR PATIENTS: DEMOGRAPHICS AND PREFERENCES

Abstract AIMS We used a regional NHS Electronic Palliative Care Coordination System (Coordinate My Care) to understand patient preferences and priorities for care at end-of-life. We present data on patient demographics and preferences and factors influencing the location of death in a primary brain tumour patient cohort. METHOD We identified all primary brain tumour patients from NW and SW London on the system. We examined patient demographics and compared the recorded preferred place of death (PPD) with the actual place and explored how patient demographics differ according to this. RESULTS Our dataset contains 1437 patients. 55% were male and 53% were 65 or older. 1222 (85%) were deceased. Of patients that had a recorded preference (N=987), 30 (3.0%) had hospital recorded as one of their two PPDs. Of those with a recorded place of death (N=864), 10.5% died in hospital. 24.8% had an unknown actual or PPD. Of those with a recorded preferred and actual place of death , 83.6% died in PPD. Patients who died at their preferred location had lower overall survival and were more likely to have stayed in a care home. A higher percentage of men compared to females died in a location other than their PPD. CONCLUSIONS Here we present preliminary analysis of patient provided data and their preferences for end-of-life care. We will triangulate these data end-of-life care data from Gliocova project, where we have data on over 50,000 brain tumour patients, to get a more in depth understanding of the patient care in the last months of life.

Planning shared energy storage systems for the spatio-temporal coordination of multi-site renewable energy sources on the power generation side

The application prospects of shared energy storage services have gained widespread recognition due to the increasing use of renewable energy sources. However, the decision-making process for connecting different renewable energy generators and determining the appropriate size of the shared energy storage capacity becomes a complex and interrelated problem when considering the multi-site spatio-temporal characteristics. This paper presents an optimal planning and operation architecture for multi-site renewable energy generators that share an energy storage system on the generation side. Furthermore, an economic-environmental model is proposed to minimize the costs associated with the energy system infrastructure while maintaining a high penetration rate of renewable energy. The centralized multi-objective model allows renewable energy generators to make cost-optimal planning decisions for connecting to the shared energy storage station, while also optimizing the size of the storage capacity to maximize renewable energy generation and minimize costs. The Non-dominated Sorting Genetic Algorithm-II is employed in a centralized manner to solve the multi-objective nonlinear model. Numerical experiments are conducted to demonstrate the economic and environmental benefits of the proposed system. Therefore, this method is highly recommended for implementation on the generation side.

Identifying the Factors that Influence the Use of Care Coordination in Diabetic Retinopathy Screening

Coordination of the necessary efforts of medical personnel, caregivers, and social networks to support a patient with a chronic health condition increases time consumption and costs. According to a CDC study from 2023, six out of ten Americans suffer from chronic illnesses, including diabetes, which can lead to other medical complications like diabetic retinopathy (DR). Care coordination programs are one of the systems currently in use to assist in the management of patient’s healthcare and the network of individuals involved in their treatment plans. Compared to institutions that utilize fewer care coordination systems, those that use these programs consistently have much higher patient attendance rates. Therefore, it is important that to improve the current systems we comprehend the user experience with care coordination. To study the barriers and motivations underlying participation in care coordination programs among diabetes patients, we created an interview utilizing the Integrated Behavior Model (IBM). The findings from our interviews will contribute to the body of existing literature by identifying barriers and motivators that must be taken into consideration when designing DR screening system aids.

정부간협력에 대한 조정제도의 영향

The study examined how the perception of the effectiveness of the dispute mediation institution and the local financial coordination system affects intergovernmental cooperation. To this end, the study conducted a comprehensive analysis using crosssectional regression analysis and joint OLS based on the “Survey on Intergovernmental Relations(IGR)” data(2011, 2014, 2017, 2020) provided by the Korea Institute of Public Administration.
 Summarizing the results, the perception of the effectiveness of the dispute mediation system and the local financial coordination system had a static effect on the perception of intergovernmental cooperation, and the sense of cooperation among public officials and financial decentralization also had a static effect.
 Based on this, in order to further promote intergovernmental cooperation, policy implications such as changing the perception of not only the local self-government system but also the dispute mediation system and the local financial coordination system were proposed.

Blockchain-enabled supply chain coordination for off-site construction using Bayesian theory for plan reliability

The potential of blockchain is being widely explored within the construction industry, particularly for transparent communication and information sharing. However, only limited research has focused on implementing blockchain to address the challenge of aligning conflicting interests among independent agents, specifically, supply chain coordination. This paper develops a blockchain-enabled supply chain coordination system that facilitates the alignment of diverse decisions made by stakeholders in an off-site construction supply chain. To achieve this goal, Bayesian updating is employed to estimate the probabilistic distribution of plan reliability, enabling the calculation of a supplier rebate that incentivizes the contractor to schedule deliveries aimed at minimizing joint supply chain costs. Additionally, the paper describes a blockchain-enabled system that allows practitioners to measure plan reliability. The research findings demonstrate that the blockchain-enabled supply chain coordination system fosters shared common knowledge among project stakeholders and facilitates real-time updates of changes in the contractor's plan reliability, aligning the interests of both the supplier and contractor.

STRUCTURING ORGANIZATIONAL PROBLEMS AND TASKS IN TRANSPLANTOLOGY IN THE REGIONS OF UKRAINE

Purpose: to structure the organizational problems of regional organ donation and transplantation systems and identify key tasks for their optimization. Materials and Methods. To achieve the stated objective, this study employed general scientific methods such as analysis, synthesis, generalization, interpretation of scientific data, as well as systemic and structural-functional approaches. Results. Transplantation is a critically important part of treating individuals with damaged or dysfunctional organs or tissues. It holds global medical and social significance. The primary challenge in transplantation is the shortage of donor organs The main issue in organ transplantation, the problem of an adequate supply of optimal donor organs, can be addressed through effective organization of the donation process. The progress of transplantology is directly dependent on the level of organization of the transplantation process, and therefore, the best results in transplant activity are achieved by countries that have managed to establish an efficient transplant coordination system. Transplantology serves as a growth point for the entire healthcare system. The conducted research has shown that the key problems defining the directions for optimizing the regional organ donation and transplantation system include the following. In the systemic regional model of organ donation and transplantation, it is important to establish a mechanism for patient transfer from donor bases of regional transplantation centers, control organ allocation, and introduce modern medical technology standards at all stages of the donation process to optimize the diagnostic and therapeutic process. Conclusions. The article presents the structured key problems of optimizing the organ donation and transplantation system in the regions of Ukraine and defines optimization tasks as a framework for building a modern regional system. The identified problems confirmed that the conditions in which health care providers conduct transplants work, increasing the volume of transplants that contribute to the preservation of public health, and often life, is problematic. The study contributed to the formation of priority are as for the development of regional health care providers conducting organ transplantation.

Revisiting Malaysia’s port classification system in a complex operational environment to streamline the coordination and management of maritime ports

Malaysia's existing port classification method is confusing and inconsistent, especially in terms of specific lists of ports for each category. This makes it difficult to effectively apply the existing port classification system in Malaysia as the accuracy of the categories is unclear and questionable. An ineffective classification system not only affects the port coordination and benchmarking system but also leads to poor decision-making and ineffective port management. Therefore, this research aims to establish a strategic port classification model with proper definitions for the Malaysian context to overcome the above-mentioned issues. A hybrid multiphase mixed-methods approach was used to establish a proper port classification model that enables Malaysia to face complex environments. This research classified Malaysian ports into three categories; namely, primary, secondary, and tertiary; that have different conceptual definitions. This research provides alternative insights for port authorities and policymakers to enhance the national port coordination system and streamline the port classification system practised in Malaysia. A streamlined port classification system helps create a more efficient and effective way to communicate information about the country’s ports, leading to a better decision-making process and improved port management.

Pengaruh Model Pembelajaran Argument Driven Inquiry (ADI) Terhadap Kemampuan Komunikasi Peserta Didik pada Materi Sistem Koordinasi Kelas XI SMAN 2 Padang Panjang

This study aims to determine the effect of using the Argument-Driven Inquiry (ADI) learning model on students' communication skills in the coordination system material. The method used in this study is a quasi-experiment with the Pretest-Posttest Control Group Design model. The research was conducted in classes XI IPA 1 (using the ADI learning model) and XI IPA 2 (without using ADI) with 36 students each. Selection of both classes based on the purposive sampling technique The research was conducted through observation and data analysis. The instrument used is an observation questionnaire that has been tested for its validity and reliability with as many as five statements and four assessment points. Based on the analysis of the data obtained, there are differences in the communication skills of students who are taught using the ADI learning model and without using the ADI learning model. This conclusion is based on the results of hypothesis testing on the Posttest values of both classes, namely -6,18 < 1.99 or 1,649 < 1,757 (sig) at the α level of 0.05.

The Effectiveness of Visual Media Human Coordination System to Improve Students' Metacognition and Concept Mastery on Learning with Group Investigation Model

This study aims to determine the effectiveness of visual media human coordination system to improve students' metacognition and concept mastery in learning with the group investigation model. The research was carried out at SMA Negeri 1 Ungaran for the academic year 2021/2022. The research method used is an experimental research method with quasi-experimental type two group pretest-posttest with control design. Sampling was done by purposive sampling. Class XI MIPA 5 as the experimental group used the visual media human coordination system in learning with the GI model and class XI MIPA 6 as the control group used video and PPT in learning with the GI model. The effectiveness of the visual media human coordination system in learning with the Group Investigation (GI) model to improve metacognition ability was determined from hypothesis testing, there was a significant difference in metacognitive ability between the experimental class and the control class. The effectiveness of the visual media human coordination system in learning with the Group Investigation (GI) model to improve students' conceptual mastery skills is determined by the criteria, 1) Achievement of KKM, 2) Obtaining N-Gain, and 3) There are significant differences in the results of students' concept mastery between the experimental class and control class. The results of the metacognitive ability hypothesis test showed that there was no significant difference in the metacognitive ability of the experimental class and the control class. The results of the concept mastery ability showed that the experimental and control class classical mastery > 75% with the increase in students' classical mastery in the experimental class which was higher than the control class. The results of the N-gain test showed that the students' mastery of concepts in the experimental class had reached the criteria. The results of the hypothesis test showed that there was a significant difference in the mastery of the concept of the experimental class and the control class. The conclusion of this study is that the visual media of the human coordination system ­in learning with the GI model is effective in increasing the ability to master concepts but is not effective in increasing students' metacognitive abilities.

The Pap Hub: A Novel Centralized System for Cervical Cancer Screening and Prevention

Summary Complex guidelines for managing the results of cervical cancer screening create specific challenges in ensuring appropriate follow-up for patients. The authors describe the development and implementation of a centralized Pap Hub system for the real-time coordination of up-to-date cervical cancer screening and follow-up at HealthPartners in Minnesota. Preliminary review of 8-year trends in screening rates under the Pap Hub shows an overall improvement in screening rates that exceeded the national average. The review also demonstrated that despite an overall improvement in screening rates in the population, there exist and remain disparities between white patients and patients of color. Qualitative review of the end-user experience with the Pap Hub showed a high degree of satisfaction for both patients and providers in coordination of cervical cancer screening and follow-up.

Protection Coordination Analysis Study Considering The Arcflash In The Electrical System Of PLTU Paiton Unit III Using IEEE Standard 1584-2002

Arch flash is a disorder that often occurs in the electrical system of an industry or factory. In this research focusing on the analysis of the protection system by considering arc flash, it will be discussed in detail at the existing factory in East Java, namely PLTU Paiton unit 3 which is developing a unit with a capacity of 1x815 MW. The electrical system at PLTU Paiton unit 3 discusses only high and medium voltage systems. In order to support the continuity of the plant, to connect the Java-Bali electricity system, it is necessary to have a good protection coordination system to avoid black out due to one of the impacts caused by the arc of fire. After coordination of protection in the Paiton PLTU unit 3 system, arc analysis will be simulated with IEEE 1584-2002 standard calculations to find the magnitude of energy incidents and determine the safety limits of workers and also personal protective equipment according to NFPA 70E standards. The results of the study after resetting the protection coordination of PLTU Paiton unit 3 using differential rele on the SWGR-3A bus incident value of arc energy and Flash Protection Boundary (FPB) value decreased which originally reached a level outside level 4 (40cal / cm2) to level 3 (8.1-25cal / cm2), on the SWGR-3B bus the incidence energy value was at level 3 (8.1-25cal / / cm2) dropped to level 2 (4.1-8cal / cm2), for coal hand sys bus SWGR A the energy incident value from level 3 (8.1-25cal//cm2) drops to level 0 (0 -1.2cal/cm2), while for the coal hand sys SWGR B bus the energy incident value when existing conditions reach level 3 (8.1-25cal//cm2) drops to level 0 (0-1.2cal/cm2). After obtaining the energy level of the bus, then personal protective equipment can be determined.

Stages of Government Administrative Fast Services in the COVID-19 Pandemic in Probolinggo District

This research aims to describe and analyze the implementation of LAPAK. This study uses a qualitative research approach to analyze the Miles Huberman Model. The research location was conducted in Sukapura District, Probolinggo Regency, because of the research substance under study. The research method used is a qualitative research type with a descriptive approach with a research focus on the stages of implementing sub-district administration fast services and supporting and inhibiting factors in implementing sub-district administration fast services. The results showed that the implementation of the District Administration Fast Service (LAPAK) policy during the Covid 19 Pandemic in Sukapura District, Probolinggo Regency, through Phase I, Phase II, and Phase III, which in this case was supported by several factors such as the legal basis and facilities and infrastructure I and supported by fast response behaviour from LAPAK operators. On the other hand, several things must be considered to avoid obstacles, including the coordination system and lack of public awareness.

Explaining factors affecting the participation of nongovernmental organizations (NGOs) in disaster management: A systematic review.

Numerous disasters have occurred over the recent years. Moreover, there has been a considerable rise in the number of victims, injured people, and damages caused by disasters worldwide. Governments cannot meet needs alone due to the complicated nature of crises and accidents. Therefore, nongovernmental organizations (NGOs) and communities must assist the states during disasters. The present study aimed to derive the factors affecting the participation of NGOs in disaster management using a systematic review in 2022. This systematic review was done using ISI, Science Direct, Scopus, PubMed/MEDLINE, ProQuest, and Cochran Library based on the preferred reporting items for systematic reviews (PRISMA) standard from January 1, 2000 to December 31, 2021. The articles were selected based on the search keywords (population, intervention, comparison, outcome (PICO)). After studying the titles, abstracts, and full texts of the articles, the factors affecting the participation of NGOs in disaster management were derived. The final assessment was done on 13 articles. Cooperation and coordination with other organizations, education, communication between NGOs, social empowerment, access to adequate references, and flexibility were the criteria with the highest frequency. As multiple NGOs take part in responding to disasters and performing relief operations, establishing a unified command and supervision system for effective coordination and collaborations among NGOs and other stakeholders is highly suggested. Further research is needed to develop a -measurement tool for assessing the effectiveness of NGOs' activities during disasters.

Implementasi Kebijakan Program Beras Daerah Bagi Rumah Tangga Sasaran Penerima Manfaat (RTS-PM) di Desa Respen Tubu

The Regional Rice Program (Rasda) is an innovation program carried out by the Government of Malinau Regency to empower the community as an effort to improve people's welfare. The aim of the research is to analyze program implementation, supporting factors, and inhibiting factors for this program. The research was carried out using a qualitative approach, data collection techniques through interviews, observation, and studying reports or documents related to research. Researchers analyzed it using the implementation theory put forward by Van Mater and Van Horm. Because of the theory of Van Meter and Van Horn. The results of the research analysis show that the implementation of the Rasda program in general can be carried out well. In terms of standards and policy targets, the Rasda program has been regulated in the form of District Head Regulations, District Head Decrees, and guidebooks. In terms of resources, the implementation of the Rasda program is supported by and through subsidy spending from the APBD (Regional Revenue and Expenditure Budget) of Malinau Regency in the amount of IDR 5,000,000,000.00 (five billion rupiahs) annually. Aspects of communication with the existence of an effective coordination system starting from the village, sub-district, up to the district level. The disposition aspect in the form of delegating monitoring and supervision tasks to the village government supported by the provision of honorariums can increase accountability for the implementation of the Rasda program. Characteristic aspects have been realized through the District Rasda Team which consists of eight OPD (Regional Apparatus Organizations) and Perumda (Regional Public Company) Intimung. Aspects of the social, economic and political environment show that the Rasda program is able to help meet food needs. The factor that supports the implementation of the Rasda program is the district head's high commitment to production and distribution. The inhibiting factors are limited regional rice productivity and limited facilities, infrastructure, and facilities.

Maneuvering into the future: Open-Architecture Data Repository (OADR) prototype: Towards civil and commercial space traffic coordination

In 2018, the US National Space Council released Space Policy Directive-3 (SPD-3), which instructed relevant US government agencies to begin re-assigning many aspects of space traffic management (STM) and space traffic coordination (STC) serving non-military US space operators. This was identified as a ‘whole of government’ approach, and the organization identified to lead many of the efforts was the National Oceanic & Atmospheric Administration (NOAA) Office of Space Commerce (OSC), in the US Department of Commerce (DOC). The US Congress, in Public Law 116–93, Consolidated Appropriations Act, 2020, legislation directed that the Secretary of Commerce contract with the National Academy of Public Administration (NAPA) to study the Trump Administration's proposal. The NAPA study affirmed OSC would be best suited. Congress also mandated that OSC accomplish an important first step: assemble an Open Architecture Data Repository11Since this paper was first presented, the name for the effort, the Open Architecture Data Repository (OADR), has been changed to TraCSS (Traffic Coordination System for Space). As the focus of this work is on the prototype demonstration system, we will retain the use of OADR in this paper. (OADR) prototype to demonstrate the efficacy of the approach and architecture.OSC, along with The Aerospace Corporation, MITER, MIT Lincoln Laboratories and the University of Texas-Austin, architected and assembled a working prototype in 2021. The team obtained two-months of data from the US Space Surveillance Network (SSN), along with data from commercial space surveillance data providers and satellite operator ephemerides. Using the prototype, the authors analyzed the data, identified potential satellite conjunctions, calculated probabilities of collision, and generated Conjunction Data Messages (CDMs). The team compared the results to existing operational systems, with good agreement. OSC and their partners demonstrated the OADR prototype results to the Congress, as funded and directed by Public Law 116–260, the Consolidated Appropriations Act of 2021. This paper describes some of the background and rationale for the prototype, goals and derived requirements of the prototype, the architecture, software deployed, data utilized, conjunction analysis results, comparison of the prototype's results with existing operational US government systems, and possible next steps for the OADR.