Relevant Personnel Research Articles

Research on Practical Teaching Reform of Logistics Management Major in Vocational Undergraduate Colleges under the OBE Concept

With the rapid development of the social economy and technology, logistics enterprises have gradually undergone digital transformation to adapt to the trends of the era. To meet the demand for logistics management talents in society, logistics management majors in vocational undergraduate colleges have begun to continuously strengthen their teaching staff and teaching quality, establish practical training bases and other reform explorations, aiming to cultivate compound and application-oriented logistics industry talents. This article briefly introduces the connotation of the OBE education concept, analyzes the existing problems in the practical teaching of logistics management major, and proposes some strategies for the reform of practical teaching of logistics management major, for reference only by relevant personnel.

Construction technology and quality control of new prestressed concrete T beam

Prestressed concrete T beam has been widely used in the construction of modern expressways and railway bridges, and its excellent carrying capacity and economic benefits have been unanimously recognized by the engineering community. However, with the increasing of project scale and the improvement of design requirements, how to improve the construction quality and engineering efficiency of prestressed concrete T beam has become the focus of current research. This paper discusses the production process of new prestressed concrete T beam, including the raw material selection, concrete modulation, steel binding, mold selection and production and prestress application, supervises the whole process of quality control, and proposes solutions to the problems in the project. Through the research on the construction technology and quality control of the new prestressed concrete T beam, it provides a set of valuable engineering practice experience for the relevant personnel in the industry, which is helpful to improve the completion quality and efficiency of the project.

Prediction of potential conflicts between active targets in airport flight zones based on LSTM

Aiming at the problem of constant conflicts in airport flight zones, a method based on LSTM to predict potential conflicts of active targets in airport flight zones is proposed. Firstly, based on the complex network theory, two types of active targets, aircraft and vehicles, are taken as the research objects, and the flight zone active target network is established. The network dynamic evolution model is set up, and the operation data is input to calculate multiple network characteristic indicators. The principal component analysis of the indicator time series is performed to fit the potential conflict index; then, the Keras framework is used to build a long short-term memory neural network (LSTM) model, and the indicator time series is input into LSTM for training and prediction, and compared with other prediction methods; finally, the actual operation data of Xi'an Xianyang Airport is used for experiments, and the predicted values are compared with the true values. The mean square errors of the prediction results of each indicator are respectively 1.61%、13.13%、0.72%、0.004%、0.014%; The research shows that by establishing the flight zone active target network model, the network characteristic indicators can be used to characterize potential conflicts from different angles; LSTM can effectively predict the potential conflicts of the flight zone active target network, remind relevant personnel to pay attention to preventing conflicts and reducing the probability of conflicts.

The Model of Nursing Administration and Quality of Working Life Management of Nurses after COVID-19 Pandemics, in Thailand

The research results showed that 1) Conditions and guidelines the nursing administration and quality of working life in during and after the pandemics COVID-19 were explored and found that executives understood their personnel and emphasized that relevant personnel must perform their duties according to the measures to prevent the spread of COVID-19. Problems found included insufficient personnel for the work and overlapping roles. Factors that supported personnel to manage their work quality after the COVID-19 outbreak included teamwork, participation in planning and solving work safety issues, having time for work and family, and job satisfaction. The guidelines for operations after the COVID-19 outbreak should include changes to the work system, building morale, participation, teamwork, and job satisfaction. Good time management could affect the quality of life of nurses. 2) In the study of measurement model, it was found that all sub-component latent variables were suitable as the observed variables of each main component, and all main components were suitable as the observed variables of the nursing administration model and the management of working life quality of nurses after the COVID-19 outbreak. When checking the consistency of the measurement model, the measurement model was consistent with the empirical data, thus confirming the development of the nursing administration model and the management of working life quality of nurses after the COVID-19 outbreak in Thailand, by the linear structural component analysis method. 3) the model of nursing administration and quality of working life management of nurses after the COVID-19 pandemic in Thailand or SWAP FECT MODEL; it was found that all experts confirmed that the model was a model with practical steps, consisting of 2 main components, 10 sub-components, and 66 indicators. The main components of nursing administration in the VUCA model had 3 sub-components: transparency, empowerment of subordinates, and collaboration. The main components of management of working life quality had 7 sub-components: agency support, work safety, work participation, work satisfaction, well-being, self-development, and free time management. There were 3 steps of good management: 1. Inputs 2. Processes and 3. Outputs.

A risk assessment model of spontaneous combustion for sulfide ores using Bayesian network combined with grounded theory

Sulfide ores, collectively referred to as a class of minerals with extensive applications, are increasingly susceptible to spontaneous combustion incidents as the mining environment evolves. The spontaneous combustion of sulfide ores is a complex nonlinear process, and the mechanisms of which remain not fully understood. Consequently, it is challenging to delineate the accident trajectory through traditional accident causation models and subsequently construct a probabilistic model for spontaneous combustion risk. To address this issue, this paper proposed a risk assessment model based on grounded theory and Bayesian network. The advantage of this model is that it employs grounded theory to categorize and organize factors influencing the occurrence of accidents, thereby forming a clear accident trajectory and providing a framework and basis for constructing a probabilistic assessment model. Furthermore, the model presented in this paper introduces the D number theory and the Noisy-OR model to handle uncertainties in the risk assessment process and to establish more rational conditional probability tables. The findings suggest that environmental temperature, heat dissipation conditions, safety awareness, and safety skills are the most influential factors in spontaneous combustion incidents when considering a particular point in time. However, when considering the entire process of sulfide ore pile spontaneous combustion, the temperature of the ore pile is the most critical accident factor to monitor. Therefore, the key to suppressing the spontaneous combustion of sulfide ores lies in reducing environmental temperatures, enhancing heat dissipation, and elevating the safety awareness of relevant personnel.

Research on the Innovation Path of Enterprise Management Mode in the Era of Big Data

With the continuous development of the market economy and the advent of the big data era, traditional management models cannot meet the requirements for enterprise development, which poses certain obstacles to business growth. Therefore, enterprises must continuously leverage the commercial value embedded in the big data era to innovate their management models. In practical terms, internal managers and relevant personnel can innovate based on traditional management models, fully utilizing the advantages of big data to optimize and innovate enterprise management models. By utilizing information technology for extensive data analysis and integration, businesses can be guided in the right direction, provided with reasonable operational plans, and ensured safe decision-making, thereby achieving healthy and sustainable development. This approach enables enterprise management to keep pace with the progress of the times and enhances the role of management in business operations.

Thermal optimization of alloy additive manufacturing process and visual design of metal process products based on edge computing

Alloy additive manufacturing technology has been widely used in aerospace, medical equipment and automobile manufacturing. The purpose of this study is to explore the thermal energy optimization scheme in the process of alloy additive manufacturing based on edge computing technology, and to display the metal process products in an all-round way through visual design, so as to promote the knowledge and practice of thermal energy management in the industry. In this paper, the edge computing platform is used to monitor the heat energy data generated in additive manufacturing process in real time, and the heat energy distribution is analyzed with machine learning algorithm. By establishing thermal energy optimization model, adjusting manufacturing parameters to reduce energy consumption, improve material utilization and product quality. At the same time, using visual design technology, the optimization process and results are graphically represented, which provides intuitive decision basis for engineers. The experimental results show that the thermal energy optimization scheme based on edge computing significantly improves the thermal energy efficiency of the alloy additive manufacturing process, and significantly reduces the thermal energy loss. Through the visual design, relevant personnel can understand the thermal energy distribution and process changes more clearly, and promote the collaboration between multiple departments. This study reveals the application potential of edge computing in alloy additive manufacturing and provides an effective thermal optimization strategy.

Research on Chinese Hero Films from the Perspective of Film Narratology

From the perspective of film narratology, a comparative analysis of Chinese hero films reveals how many films use narrative techniques to construct heroic phenomena. Based on Chinese history, mythology, legends, or modern backgrounds, they shape heroic images with national characteristics and the spirit of the times, better disseminate culture and inherit spirit, and play a positive role in shaping national identity and cultural confidence. Based on this, this article mainly focuses on the research content of Chinese hero films from the perspective of film narratology, briefly describing the historical development, narrative structure, narrative themes and symbols of Chinese hero films, and comparing and analyzing the narrative structures, themes and techniques in different hero films, in order to provide corresponding reference for relevant personnel.

Problems and Strategies of Financial Services Supporting the Real Economy

With the rapid development of China's economy, the status and role of the financial industry in the national economy have become increasingly prominent. The healthy development of the financial industry is of great significance for promoting the development of the real economy, adjusting the economic structure, and upgrading the economy. However, there are still some problems with financial services supporting the real economy in China, such as the misallocation of financial resources, high financing costs, and rising financial risks. These issues limit the support financial services can provide to the real economy. This paper analyzes the main problems currently existing in financial services supporting the real economy and proposes countermeasures from optimizing the allocation of financial resources, reducing financing costs for the real economy, preventing and resolving financial risks, and deepening the structural reform of the financial supply side. The aim is to provide references for relevant personnel.

Exploration of the Application of New Building Materials and Technologies in Residential Engineering

With the development of the economy and social progress, the number of residential construction projects in China is constantly increasing, and building materials are also constantly developing and improving. The application of new materials and technologies in residential engineering in China mainly aims to improve the quality of residential construction, reduce environmental pollution, and meet people's requirements for residential buildings. In the new situation, the country has put forward higher requirements for residential construction, so it is necessary to pay attention to the application of building materials and technology. This article explores the application of new building materials and technologies in residential engineering, aiming to provide reference for relevant personnel.

Research on named entity recognition method for high-speed railway technology transformation project text

Abstract High-speed railway technology transformation projects are crucial to the layout of high-speed rail transportation production, high-speed rail safety, and high-speed rail operation and management. However, the data of high-speed railway technology transformation projects is mainly stored in the form of unstructured text, and the relevant personnel of high-speed railroad often need to manually go through the form to extract the key information of the project data and enter it into the system, with a low degree of automation and intelligence. Therefore, to improve the efficiency and quality of processing the data of high-speed railway technology transformation projects, and help the intelligent development of high-speed railways, this paper constructs the RoBERTa-BiLSTM-CRF fusion model to automate the identification of key information entities in the data of high-speed railway technology transformation project. The experimental data were selected as technology transformation project documents of a railway bureau from 2013 to 2022, and six defined entity types were identified. Experimental results show that the constructed model can effectively identify six types of defined entities, and the F1 value of each type of entity is above 90%. In addition, compared with other commonly used models, the F1 value has been significantly improved. The fusion model proposed in this paper can be used as a method to automatically extract key information for high-speed rail technology transformation projects.

Leveraging technology in humanitarian supply chains: impacts on collaboration, agility and sustainable outcomes

Purpose This study aims to understand the role of technology adoption (TA) in improving the efficiency and environmental sustainability (ENS) of humanitarian supply chains through collaboration and supply chain agility. This study made an attempt to explore how technological resources can be used strategically to achieve operational efficiency and contribute to sustainable humanitarian logistics. Design/methodology/approach The data collected from 274 respondents involved in humanitarian logistics is analyzed using the confirmatory factor analysis and the Partial Least Squares Structural Equation Modeling. These respondents include logistics managers, coordinators as well as other relevant personnel from different non-governmental organizations, international aid agencies and relief operations. Findings The results of this study show that TA plays a critical role in improving both collaboration and supply chain agility in humanitarian operations. It is evidenced that both collaboration and agility significantly moderate the relationship between TA and supply chain outcomes, respectively, improving the effectiveness and ENS of aid delivery. In particular, technology-facilitated collaboration and agility cut down operational costs, reduce the response time and minimize the environmental impact. Originality/value This study extends the application of dynamic capabilities view in humanitarian operations and supply chain and elaborates on how technological capability improves humanitarian supply chain performance. This study also highlights the mediation role of agility and collaboration to achieve aid delivery efficiency and ENS.

Research Progress on the Treatment and Care of Common Sports Injuries in College Students

Physical fitness is one of the comprehensive qualities of college students, and a strong body is fundamental for college students to study, live, and work. At present, many college students like to play sports during school, but they are affected by many factors during sports and the emergence of sports injuries is inevitable. In order to accelerate the speed of recovery from injuries, college students need to master a certain amount of knowledge on sports injury treatment and care. This paper analyses the causes of common sports injuries among college students and discusses the treatment and nursing methods of sports injuries, in order to provide references for relevant personnel.

FORMATION OF COMPETENCE OF FITNESS AND RECREATION SPECIALISTS IN INSTITUTIONS OF HIGHER EDUCATION

The relevance of the study is the challenges of the fitness industry in recent times. Having suffered significant losses due to quarantine restrictions and the continuation of military operations on the territory of Ukraine, priority directions for the development of fitness and recreation were determined. These vectors require interested organizations and heads of higher education institutions of physical culture and health profile to take into account the modern demand of the population for fitness and recreational services and to contribute to the development of a system of training relevant personnel. The purpose of this work is to study the state and modern requirements for the training of fitness and recreation specialists in higher education institutions. Methods: theoretical analysis of literary sources, questionnaires, pedagogical observations, methods of mathematical statistics. Results. According to the results of the study, regarding the determination of the professional training of masters of the Institute of Health Care, it was possible to state that only in 9.43 % of respondents found a basic level of fitness skills, 13.2 % of higher education graduates have a threshold level, and 77.37 % have not developed clear abilities for professional growth, which does not allow them to effectively carry out fitness and recreational activities. According to the results of a survey of fitness clubs administrations in Rivne and Vinnytsia, the categories of specialists that are most needed in the fitness industry today are determined:51 % are fitness trainers, 22 % – service sales manager, 21 % – marketers, 6 % are administrators. As a result, it was possible to establish that the respondents give preference to a specialist with an educational and qualification level when selecting personnel: specialist junior bachelor – 24 %, bachelor – 33 %, master’s degree – 36 %, 7 % believe that the level of education is not important. In addition, the majority of respondents give preference to specialists with up to 3 years of work experience – 16 %, from 3 to 5 years – 60 %, over 10 years – 24 %. Based on the analysis of the state of training of fitness and recreation specialists, we have proposed a technology for the formation of fitness and recreation competence in future specialists. Conclusions: the state and requirements for quality training of fitness and recreation specialists to satisfy the requests of service consumers are determined.

Research on Immersive Physical Education Teaching in Technical Colleges

Sports, as a key lever for technical colleges to implement the fundamental task of "cultivating virtue and nurturing talents", plays an important role in promoting the healthy growth of students both physically and mentally, and improving the quality of talent cultivation in technical colleges. The traditional physical education teaching mode and strategy in vocational colleges are relatively single, making it difficult for students to have a good experience, which also affects the value of sports education. Immersive physical education teaching focuses on creating an "immersive" sports atmosphere, which can fully stimulate students' interest in sports, promote the improvement of physical education teaching effectiveness, and help students grow and develop better. This article explores and analyzes the practical path of immersive physical education teaching in technical colleges, for reference only by relevant personnel.

Evaluation of sanitation standard operating procedure (SSOP) implementation in nata de coco production process in micro-scale industry in Tempel, Sleman, Yogyakarta Special Region

The Standard Operational Sanitation System (SSOP) is a critical component in ensuring the safety of food products in the industry. Although SSOP has been implemented, many businesses still face challenges in effectively implementing it. Therefore, this study aims to analyze the SSOP in the small-scale UMKM (Micro, Small, and Medium Enterprises) coconut jelly industry and identify areas that require improvement. The study involved direct observations and interviews with relevant personnel, and the necessary data for analysis was collected. The findings of the research indicate that there are several weaknesses that require attention, including equipment maintenance deficiencies, personal hygiene, and inadequate cleaning procedures. This study underlines the importance of continuous monitoring and improvement in SSOP to enhance product safety and compliance with sanitation regulations. The research provides specific recommendations to address the identified shortcomings, including additional training for personnel and a review of cleaning procedures. We hope that these observations will provide valuable insights for other coconut jelly industries to improve the quality and safety of their products.

Accessing Anonymised Data from Ireland’s Maternal and Newborn Clinical Management System for Research Purposes

Background Since 2016, maternity units across Ireland have been switching from paper clinical notes to an electronic health record called the Maternal and Newborn Clinical Management System (MN-CMS). Currently, four units have implemented the MN-CMS: Cork University Maternity Hospital (CUMH), University Hospital Kerry (UHK), Rotunda Hospital and National Maternity Hospital (NMH). The MN-CMS provides opportunity for new data-driven discovery to answer important research questions on maternal and child health. Aim Provide detailed information on how a request can be made to access anonymised MN-CMS data for research purposes, as well as current timelines involved from initial request to data access. Methods A request to collaborate should be made to the clinical lead within each maternity unit where data is being requested in the first instance. A detailed protocol and data collection sheet should be drafted and forwarded to the National Information Governance Group for approval. A Data Protection Impact Assessment should be completed, and permission to access data from each maternity unit must be applied for separately from each unit’s local Ethics Committee. Upon receipt of ethical approval, an application to the Local Information Governance Group must be submitted if requesting data from CUMH and/or UHK. Data can then be extracted and anonymised by the data manager at the respective unit and transferred securely to relevant project personnel. Results The timeline from initial request to data access can range from approximately 6-12 months, depending on number of maternity units from which data is being requested and number of variables being requested from each unit. Conclusions Accessing MN-CMS data for research can be a complex process. A national standardised process for managing the data is needed. This would allow a clear pathway to be developed for accessing data to facilitate new data-driven discovery in the area of maternal and child health.

Sistem Informasi Manajemen Bengkel Beserta Peralatannya

Effective and efficient workshop management is a crucial element in the shipbuilding industry to ensure smooth production processes and quality final results. In an effort to increase efficiency and productivity, this research optimizes workshop management from equipment to monitoring project work on this system. Especially in the HO (Hull Outfitting) system at PT. PAL INDONESIA. The case study method was used to collect data from field observations, interviews with relevant personnel and analysis of documentation related to application implementation. This application facilitates more detailed real-time monitoring of workshop activities, allowing managers to quickly identify and resolve operational problems and take necessary corrective actions. The use of this application also aims to improve equipment and material management with more efficient scheduling and better integration between various departments. Implementing the HO (Hull Outfitting) system in applications also provides additional benefits, such as more integrated and comprehensive project management, better monitoring of the condition of workshop equipment, and reduced risk of errors and delays. With a web-based application, the equipment calibration and maintenance process is more structured, transparent and responsive to changes. These findings underline the importance of information technology in supporting the optimization of workshop management and increasing productivity in the shipbuilding industry.

Visiting experience of digital museum interior design based on virtual reality and sensor networks

China's computer technology and image sensor technology are both rapidly developing, and the related advantages of digital holography technology are gradually expanding. These technologies have been applied in many fields. For example, three-dimensional measurement, deformation measurement, and anti-counterfeiting fields. This article combines holographic technology and virtual reality technology, and applies them to the interior design of digital museums and the optimization of auxiliary visits. A corresponding mathematical calculation model is established for digital holographic images, and in-depth research is conducted on this mathematical calculation model. Relevant personnel have also conducted relevant research on commonly used digital holography technology, and provided a detailed introduction to the principles of virtual reality technology. They have also conducted in-depth research on the specific working principles of VR technology and the application technology of virtual reality systems. Finally, an analysis and research were conducted on the development of Chinese museums, and a new perspective was proposed on the indoor space of museums under the new digital concept, which has certain reference significance. Currently, Chinese museums are thriving, so deepening the interior space of museums is very important. This article hopes to provide some guidance and practical value for the development of Chinese museums.

Tuna: Investigations of value addition and potential EU investments in tuna fisheries in Africa

This research studies investment opportunities within the tuna fish pole and line fishery by the coast of the African Atlantic Façade (mainly SW–Senegal), and the associated value chains. Also, a section is dedicated to investigating the specific case of investment of French capital in tuna fisheries in Seychelles in the Indian Ocean. The investigation was conducted under the FarFish project, which overarching objective is to provide knowledge, tools and methods to support responsible, sustainable and profitable EU fisheries outside European waters, both within the jurisdiction (EEZ) of non-EU coastal states as well as in international waters/high seas. In order to achieve this, the aim of this research is to identify, study and potentially recommend investment opportunities for EU operators within some of the project’s case study countries. The investigations done into tuna fisheries were based on interviews with relevant stakeholders, including shipowners and key personnel from public bodies and institutions both in West Africa and Europe (see Appendix A for the list of stakeholders consulted). In addition, most of the data presented in this section was acquired from DG-Mare in a non-public dataset compiling every fishing lot from EU vessels operating within SFPAs in Senegal. A second case study in tuna fisheries in this case in the Indian Ocean, investigates the investment from the French company SAPMER to improve the land infrastructure in the Port of Victoria (Seychelles), as this would be the only notable investment by European interests in recent years for tuna fishing in Africa. These sections conclude that the fishing area where EU pole-and-line vessels are active is becoming less productive, decreasing the profitability of European flagged vessels, as well as of Senegalese flagged vessels that maintain close partnerships with Europe. As a response, they have attempted to extend their fishing grounds. Additional fishing opportunities are opening in The Gambia (whose EEZ is restricted) and other countries are expected to follow. Contrastingly, the EU sustainable partnership fisheries agreement with Senegal or Mauritania could include fewer fishing opportunities in terms of tonnage, as well as increasingly restrictive conditions for access and landings. European operators have reacted so far by considering the switch to private regime, instead of operating under SFPA, as a preferred strategy.