bluuebunny/crossref_metadata_2025_split huggingface dataset:
Perancangan Alat Pembuat Pelet Pakan Ternak Portable
Authors: Cahyono Fajar Nur , Rifky Rifky , Nofendri Yos 
Published: October 2024

Abstrak
Penelitian pembuatan alat pelet pakan ternak portable diperutukan sebagai alternatif pakan ternak kambing ketika musim kemarau tiba, dimana ketika musim kemarau tiba menyebabkan kelangkaan rumput pakan untuk kebutuhan pakan kambing ternak masyarakat. Teknologi yang digunakan untuk pembuatan alat ini menggunakan mesin penggerak motor bensin 4 langkah kerja dengan kecepatan maksimal 3800 rpm, kapasitas tangki bensin 3,1 liter, dan daya 5.5 HP. Mesin penggerak ini akan menghasilkan daya untuk memutar pulley dan daya tersebut akan diteruskan v-belt ke pulley extruder, extruder yang berfungsi sebagai alat penekan bahan baku untuk pelet yang kemudian dialirkan menuju die. Untuk kapasitas dari alat pencetak pelet pakan ternak ini dapat menghasilkan pelet dengan kapasitas tertentu yang dimana semakin tinggi putaran rpm dari mesin penghasil daya makan akan cepat juga perputaran screw di dalam extruder yang bilamana semakin cepat perpuatan keduanya akan semakin cepat juga bahan pelet yang akan dicetak menjadi pelet. Hasil penelitian mendapatkan bahwa alat pembuat pelet pakan ternak portable sudah dibuat dan hasil pengujian menunjukan bahwa dalam waktu 105 menit dapat menghasilkan pelet sebanyak 125,5 kg dengan produktivitas 1,2 kg/ menit.

Abstract
Research on making portable animal feed pellets which are intended as an alternative to animal goat feed when the dry season arrives, where when the dry season arrives it causes a scarcity of forage grass for the community's livestock goat feed needs. The technology used to manufacture this tool uses a 4 stroke gasoline engine with a maximum speed of 3800 rpm, a gas tank capacity of 3.1 liters, and a power of 5.5 HP. This driving machine will generate power to rotate the pulley and the power will be transmitted by the v-belt to the pulley extruder, the extruder which functions as a pressing device for raw materials for pellets which are then flowed to the die. For the capacity of this animal feed pellet printer, it can produce pellets with a certain capacity where the higher the rpm rotation of the feeding power-producing machine, the faster the rotation of the screw in the extruder, the faster the rotation of the two, the faster the pellet material to be printed will become. pellets. The results showed that a portable animal feed pellet maker had been made and the test results showed that within 105 minutes it could produce 125.5 kg of pellets with a productivity of 1.2 kg/minute.
Human Vision as A Multi-Circuit Mathematical Model of the Automated Control System
Authors: Szczebiot Ryszard , Kaczyński Roman , Gołdyn Leszek 
Published: October 2024

Abstract
The paper contains a proposal an original, extended mathematical model of an automatic system of human vision reaction to a forcing light pulse. A comprehensive mathematical model of the vision process was proposed in the form of an equation described in the frequency (dynamics) domain. Mathematical modelling of human senses is very important. It enables better integration of automation systems with a human cooperating with them, also as an automation system. This provides the basis for reasoning based on a mathematical model instead of intuitive reasoning about human reactions to visual stimuli. A block diagram of the proposed system with five human reaction paths is given. The following can be distinguished in the scheme: the main track consisting of: the transport delay of the eye reaction, the transport delay of the afferent nerves, the inertia of the brain with a preemptive action, the transport delay of the centrifugal nerves and the inertial and transport delay of the neuromotor system. In addition, the scheme of the system includes four tracks of negative feedback of motor and force reactions: upper eyelid, lower eyelid, pupil and lens. In the proposed model, the components of each path along with their partial mathematical models are given and discussed. For each reaction path, their overall mathematical models are also given. Taking into account the comprehensive models of all five reaction paths, a complete mathematical model of the automatic system of human reaction to a forcing light impulse is proposed. The proposed mathematical model opens up many possibilities for synchronizing it with mathematical models of many mechatronics and automation systems and their research. Optimizing the parameters of this model and its synchronization with specific models of automation systems is difficult and requires many numerical experiments. This approach enables the design of automation systems that are better synchronized with human reactions to existing stimuli and the selection of optimal parameters of their operation already in the design phase. The proposed model allows, for example, accurate determination of difficulty levels in computer games. Another example of the use of the proposed model is the study of human reactions to various situations generated virtually, for example in flight simulators and other similar ones.
Context-aware early warning method for monitoring business flow anomalies in transmission grid construction based on context-awareness
Authors: Li Zhihang , Cao Ning , You Wang 
Published: October 2024

Abstract
Based on context-aware theory, this paper proposes an online anomaly detection and warning method for multi-angle transmission grid construction business processes. The business process model for transmission grid construction is constructed using a Petri net, and the data is preprocessed. The context in the business event log is initially refined, and the data in the model training is labeled using the supervised learning method. The sliding window Euclidean distance model is applied to build an anomaly detection model for the transmission grid construction business process, and the data is filtered by mean value aggregation to obtain the threshold value for anomaly monitoring and to realize anomaly detection and warning. This paper’s anomaly detection and early warning model is applied to carry out transmission grid construction business flow optimization practice in the G Power Supply Bureau of Yunnan Province, China. Since the optimization in June, the timeliness and accuracy of material matching of G Power Supply Bureau have been stable at more than 90%, and the execution rate of the operation plan and on-time completion rate of billing have also been maintained at a high level of about 95%. The number of cancellations and adjustments to transmission network construction operations has decreased from 20% to 30% to less than 7%, and the overall satisfaction score of transmission network construction business processes has reached 4.15.
Research on the Teaching Effect of Virtual Reality Technology in Simulating Ethnic Vocal Performance Environment
Authors: Wu Xuan 
Published: October 2024

Abstract
As an important part of Chinese culture, ethnic vocal music culture contains rich cultural and historical connotations and fully embodies the national spirit of a nation. As an important place of education, schools integrate traditional music culture into the school music curriculum. The dissemination of traditional music culture plays an important role in the inheritance. In this paper, we use 3D animation and 3D roaming to construct the virtual environment of the national vocal performance environment as well as the content of the music curriculum, adopting the concepts related to the classical scene to the contradictory space to realize the scene interaction. The DBSCAN algorithm is used to preprocess the vector data collected from geographic, remote sensing and topological vectors. Texture, lighting, and shadow effects are added to the scene rendering to enhance the realism of virtual reality interactions. Monte Carlo simulation is employed to denoise the generated virtual scene and optimize the environmental scene of ethnic vocal performance. Evaluating the effect of teaching use of the model, students’ motivation to learn ethnic vocal music was improved compared to the pre-test. The average difference between the pre and post-tests was 1.6102. The P-value of the sample test for each question item was 0, which is less than 0.05, indicating that students’ motivation to learn ethnic vocal music has undergone a significant change. In the teaching feedback, the number of students whose cognitive level of ethnic vocal music reaches level 2 or 3 is 148 in total, accounting for more than 90% of the total number of students, and the teaching of the simulated performance environment improves the student’s ability to feel and other abilities of ethnic vocal music to a certain extent.
Design of Distributed Resource Management Optimization Algorithm Based on Party+ Concepts
Authors: Zhang Hui 
Published: October 2024

Abstract
Wisdom party building is a major innovation project adapted to the development requirements of the information society and the law of development of higher education, a realistic embodiment of the party’s construction with the times, and shoulders the important task of realizing the development of party building wisdom and systematic construction. This study combines party building with concept analysis, empirical research, and practical exploration, and utilizes a distributed resource management optimization algorithm to ensure the most efficient allocation of party-building resources. The system designs an intelligent platform for building information about parties, which specifically includes three main modules: content recommendation, party newsletter management, and party affairs management. Finally, the quality and efficiency assessment index system of the intelligent party building platform is constructed. The fuzzy comprehensive judgment method is selected for assessment, and the adjacent superiority method is used to determine the weights. Combined with the actual situation, it is concluded that the maximum degree of affiliation of the intelligent party-building platform designed by the institute is 0.4741, which is in the third assessment level, i.e., it indicates that the intelligent party-building platform has better utility and educational effect, and it is a new level for promoting the party-building work.
Research on the evaluation of equipment condition in assembly line workshop based on time series analysis
Authors: Yu Meng , Zhao Yan , Wu Dongwen , Pei Maolin , Hu Tao 
Published: October 2024

Abstract
Intelligent manufacturing requires the full use of modern information technology in traditional production scenarios, and assembly line workshops also need intelligent industrial upgrading in production management. To this end, this paper proposes a time series-based evaluation study of the state of equipment in an assembly line workshop. Through the theoretical analysis of the characteristics of assembly line workshop equipment state data, time series data mining technology is used to collect research and analysis data, which is then pre-processed. The differential autoregressive average model is used to construct the assembly line workshop equipment state evaluation model, and the simulation analysis of the assembly line workshop equipment state is carried out by combining the corresponding parameters with the research data. The data shows that the MAPE value of the ARIMA model for equipment failure is −0.0706%, which is more significant compared to the prediction effect of the traditional CNN model. In addition, the error range of the ARIMA model prediction of equipment state parameters of the assembly line workshop is 0.01~0.02. This study can accurately assess the equipment state of the assembly line workshop and lay the foundation for its intelligent transformation.
Exploration of Precision Teaching Mode of Business English Courses in Colleges and Universities Based on Artificial Intelligence Technology
Authors: Lu Kai , Liang Chunlan 
Published: October 2024

Abstract
At present, the application of artificial intelligence technology in the field of education is increasing, especially in business English courses in colleges and universities. The development and implementation of intelligent teaching modes become particularly important. This model enhances the effectiveness and efficiency of teaching and learning, especially when it adapts to the unique learning needs of different students. The research methodology includes the construction of a smart learning model and the implementation of assistive technology for English translation. The Smart Learning Model adopts a five-layer structure, with subject knowledge mapping at the core, supplemented by learner profiles, learning paths, learning assessments, and learning communities. The operational mechanism is based on three main mechanisms: monitoring, regulation, and optimization. The assistive technology for English translation focuses on multi-head attention networks to enhance the depth and breadth of language learning. The experimental results demonstrate a significant improvement in the average scores of the experimental class in listening, reading comprehension, multiple-choice questions, completing the blanks, correcting errors, and writing, with a maximum increase of 3 points. In terms of intelligent platform business English writing, the average score of students’ compositions also increased significantly. This precise teaching method effectively improves the quality of business English teaching, resulting in a significant increase in students’ learning efficiency and interest.
Artificial Intelligence-Driven Innovation in Adult Education Management and Student Training Mechanisms
Authors: Yu Wanlin 
Published: October 2024

Abstract
The current artificial intelligence technology has been widely used in various fields of adult education and plays an important role in improving the comprehensive ability of students. This paper examines the multi-dimensional AI adult education management, focusing on the impact of AI on both adult education management and student cultivation. It collects data through the distribution of questionnaires and then formulates an evaluation index system to measure this impact. The study focuses on colleges and universities that implement AI technology in a specific region. The overall questionnaire scores were first explored through statistical analysis, then the assessment model of AI-driven effects was established using structural equations, and finally, the model was validated to obtain the AI-driven effects on adult education management and student cultivation. The evaluation indicators’ mean values for the five first-level dimensions are all above 3, and artificial intelligence has a positive impact on adult education management and student cultivation. Applications for assessment and evaluation, as well as management support, significantly influence the evaluation of the driving effect, with all weights exceeding 0.2. Private colleges and universities have a better AI driving effect (0.821). The current application of artificial intelligence in education management is still in the exploratory and experimental stages, and it is necessary to improve the technical means and management programs to promote high-quality and efficient education development.
The Role and Development of Industrial Internet Platforms in the Digital Transformation of the Tobacco Industry
Authors: Zhou Yan , Wang Yuchao 
Published: October 2024

Abstract
The tobacco industry, akin to traditional manufacturing, exhibits a high level of integration. The tobacco industrial Internet platform combines information from the tobacco industry, is able to efficiently interact with and process data, and plays a vital role in the transformation and development of the tobacco industry’s digitalization. Based on an analysis of the current state of digital transformation in the tobacco industry, we designed the tobacco industrial Internet platform. This platform primarily relies on the core of the information physical system (CPS), the industrial Internet of Things, and the production and manufacturing simulation system. It offers functions such as production preview, real-time simulation, and comprehensive life cycle management of production equipment. After putting the industrial Internet platform designed in this paper to the test in the tobacco industry, the amount of sewage from the tobacco boiler during production went down by 0.32 tons, and the amount of energy used to make cigarettes went down by 5.07 m³/box from before the platform was used to after it was used. This shows that the tobacco industrial Internet platform proposed in this paper is a good way to improve quality and efficiency, cut down on energy use, and improve the production of tobacco. This demonstrates that the implementation of the tobacco industrial Internet platform in this paper significantly enhances quality, reduces consumption, and conserves energy in tobacco production.
Research on abnormal access control of database management system under cloud computing platform
Authors: Qian Jianguo , Que Lingyan , Lu Min , Fu Quan , Feng Yuan 
Published: October 2024

Abstract
Access control is a security technique that can restrict access to protected resources, and data to only authorized users. In this paper, we design a blockchain-based access control scheme for cloud storage that is enabled by revocation. First, initialize blockchain to generate global parameters, generate complete user encryption keys and decryption keys, and perform data encryption. When the blockchain receives a user’s access request, the authorization contract determines if it is on the revocation list. If not, the key is checked. Then, it determines abnormal access and adds its identity to the revocation list, preventing further access to the database. The access control model is created by combining attribute-based encryption. After the security analysis and operational efficiency test, it can be considered that the model meets the security features, such as IND-CPA security. Regarding the time overhead of generating encryption keys, the computational overhead of this paper is the lowest, and the time required to generate encryption keys for 10 attributes is only 0.09 seconds, and for 100 attributes is only 1.62 seconds, which is better than the performance of the two attribute-based access control schemes, FIFC and AACE. The user access time overhead for 10 to 100 attributes at user encryption time is 1.38, 1.56, 1.98, 2.1, 2.53, 2.76, 3.03, 3.27, 3.66, and 3.94 seconds, respectively. The lowest decryption time consumed ensures data security and a good access experience. This study achieves fine-grained access control while protecting data privacy.
Analysis of patent innovation evolution and layout characteristics of global new textile materials technologies
Authors: Wang Pengfei , Cheng Hua , Elvis Nguepi Tsafack 
Published: October 2024

Abstract
Vigorously developing new textile material technology is critical to improving the textile industry's high-tech level, upgrading its transformation, promoting high-quality development of the real economy, and enhancing the country's overall power. This paper analyzes patent technology to explore new textile material technology layout characteristics and evolution trends for the strategic basis of industrial transformation and development on a global scale. The research took new textile material technology patents as the research object, constructed 76,373 invention application patent data pools in China, Europe, Japan, South Korea, and the United States, and analysed new textile material technology structural characteristics and their evolution trend from three aspects of patent structure, layout characteristics and evolutions. As a result, it was found that the development plans and target focuses of textile new material technology vary from country to country. Global enterprises in garments, advanced material production, and chemical materials, represented by DuPont, 3M, and Dow Global Technologies, provide an important guarantee for the United States in maintaining its global leadership position in the development of the new textile material industry. Japan pays more attention to the practicality of new materials and considers the coordinated development of the environment and resources. Europe and South Korea focus on the construction of industrial clusters with their own characteristics, establish and improve the industrial standardization system based on core technology and core manufacturing, and maintain global competitiveness in textile new material technology. After 2009, the number of patent applications for new textile material technology in China exceeded that of Europe, the United States, Japan, and South Korea, becoming a global patent power. However, there is still a huge gap between the quality of patents and the layout of new cutting-edge materials in China and those in developed countries such as the United States and Japan, which is the main problem that needs to be solved urgently in the future innovation and development of China's textile industry, technology planning and layout.
Unrealised Projects of the Christ’s Resurrection Church Competition in Kaunas 1928–1930
Authors: Slaminskienė Silvija 
Published: October 2024

Summary
The object of this article is the monumental Christ’s Resurrection Church, one of the most famous UNESCO World Heritage Sites in Kaunas. The competition for its architectural design was announced in 1928, on the occasion of the tenth anniversary of the independence of the Republic of Lithuania. Competition and projects have been publicly criticised. The awards were given, but the design after the competition was entrusted to the third prize-winning architect Karolis Reisonas. However, his new design was not implemented, and the present church was built according to another project by the same architect. As a monument to the nation, the church was completed in 1940. However, it was consecrated only on 26 December 2004, after the Kaunas Radio Factory, which had been in operation for almost the entire Soviet occupation, had moved out of the building. For a long time, architectural studies attributed the authorship of the church design to the architect Karolis Reisonas. However, the question of authorship is problematic. Recent studies have attributed the high artistic level of building architecture to collective creative work. The research was carried out using historical-analytical and stylistic methods.
So far, competition projects for the Christ’s Resurrection Church have not been thoroughly analysed in Lithuanian art studies. The reasons for their non-implementation were not studied in detail, and the problem of the authorship of the final design is an unexplored topic. The article aims to supplement and clarify existing knowledge about the Christ’s Resurrection Church project competition. By reviewing the objectives, processes, and results of the competition, we assessed for the first time the unimplemented projects in a more coherent and detailed way, showing the different stylistic approaches of the architects and engineers to the task of designing the church, the criticisms that were made of the projects and the reasons why the standing building differs from the award-winning project and the implemented project of Reisonas that was prepared after the competition. The study showed how the idea of independence of the Republic of Lithuania in the monumental Christ’s Resurrection Church mobilised the public and actively involved them in the architectural design of the church. Criticism from the public and the architectural community of the prize-winning projects led to an unexpected artistic result in the final project, a modernist church created after the competition. Architects and other Lithuanian artists who were not awarded in the competition or did not participate also contributed to the final architectural design we see today.