bluuebunny/crossref_metadata_2025_split huggingface dataset:
Research on the Application of Computer Recording Technology in Modern Chinese Bopomofo
Authors: Xu Lei 
Published: July 2020

Abstract
With the development of science and technology, the computer has gradually replaced the pen and paper, and even is more important in many occasions. Also, people’s dependence on the computer is deepening. While the importance of Bopomofo is in decline, Bopomofo teaching has been in a dangerous position. But actually, Bopomofo is the foundation of learning Chinese, the importance of language learning is self-evident. This paper mainly discusses the application of modern Chinese Bopomofo in computer recording technology.
Advances in the Study of Genetic Diversity of Important Marine Animals in China by Using Computer Aided Systems
Authors: Xu Li , Yu Hui , Zhao RuiYuan 
Published: July 2020

Abstract
The study of genetic diversity of Marine animals can not only reveal the origin and evolution history of species, but also provide theoretical basis for the conservation of genetic resources, breeding and genetic improvement of mariculture animals, as well as the restoration and stability of the entire Marine ecosystem. In this paper, the genetic diversity of important Marine animals (mainly including fishes, shrimps, crabs and shellfish) in China in the past ten years is reviewed. Their application in germplasm identification, system evolution, population genetic structure analysis, improvement of plant species, and other aspects this paper expounds the further promote Marine animals, genetic diversity research, speed up the cultivation of excellent germplasm resources, and promote the healthy development of Marine aquaculture, realize the reasonable development and sustainable utilization of Marine biological resources.
RETRACTED: The Analysis of Higher Vocational Education Informationization Teaching and Training Mode Based on Computer Technology
Authors: Li Lin 
Published: July 2020

Abstract
With the increasing strength of the national economy, more and more attention has been paid to the development and training of talents, especially the training of talents in higher vocational education. It is the school’s unremitting efforts and pursuit to cultivate professional and skilled talents. Therefore, in order to output more application-oriented talents to the society, higher vocational colleges will actively use the computer information teaching and training model, greatly improve students’ interest in learning, to help students develop in an all-round way. This paper mainly studies and analyzes the elements and development trend of the practical training teaching mode in higher vocational colleges under the condition of computer information technology.
On the Practical Application of Computer Technology in the Field of Volleyball Training in China
Authors: Rao Liwei 
Published: July 2020

Abstract
Volleyball is a popular sport in the world. It is a complex tactical sport with strong antagonism and comprehensiveness. Volleyball training and volleyball competition are the work that our country sports circles attach great importance to. In order to help the players improve their skills and competition ability, China has invested a lot of manpower and material resources in the field of volleyball training. The relationship between modern volleyball training methods and computer technology is more and more close. This paper analyzes and studies the application of computer technology in the field of volleyball training, and finally comes to a conclusion.
The Study on Interior Design of Yunnan New Rural Residence Based on Spatial Structure Complete Computer CAD
Authors: Li Long 
Published: July 2020

Abstract
Based on the detailed research and analysis of the current situation of the new rural residence in yunnan, this paper combined with the construction of the new rural residence space to express the re-thinking of the interior design. The use of definitions and dimensions considering interior design as a starting point, detailed analysis of some issues without the actual interior design of the new rural residence in yunnan. Combined with computer CAD technology, some targeted optimization or rectification methods are proposed to be more in line with the actual situation, so as to obtain new research results in the construction of new rural housing.
Application of Computer UAV Remote Sensing Technology in Building Engineering Surveying and Mapping
Authors: Liu Mingyang , Luo Xiangling , Liu Nan , Chen Lan’e 
Published: July 2020

Abstract
UAV remote sensing systems are widely used in environmental investigations. It is mainly used to classify land resources and monitor environmental land in urban areas to fully grasp urban land resource information. At present, some government departments in China have tried to use unmanned aerial vehicle remote sensing systems for environmental investigations. Using high-definition digital cameras equipped with unmanned aerial vehicles to carry out environmental surveys in rural and urban land resources. The unmanned aerial vehicle remote sensing system obtains a remote sensing map to provide a basis for the measurement of land use rights, reduces the investment in traditional land measurement manpower and material resources, greatly improves the measurement efficiency and meets the precise requirements of government departments for environmental monitoring. This article analyzes and explores the application of UAV remote sensing technology in surveying and mapping.
Inheritance and Innovation of Traditional Folk Music “North Shifan” based on the Computer Information analysis
Authors: Xu Ning 
Published: July 2020

Abstract
Rich and delicate in the expressions of feelings, “North Shifan” music is more distinctive in melody than other music. It has more abundant emotional expressions and can express emotions from sadness to joy. “North Shifan” music is an essential aspect of Chinese culture and art. In this paper, the historical characteristics and current challenges in the development of North Shifan music are analyzed based on elaborating the development of three intangible cultural heritage inheritance bases, the impartation and inheritance of Cuxi Shifan music scores in the traditional folk areas with the development of the times. Suggestions on the inheritance and development of North Shifan music are proposed from six aspects: government funding support, industrial policy support, talent policy implementation, education and inheritance, academic research, promotion and application and we analysis the inheritance and innovation based on the computer information technology.
RETRACTED: Research and Planning of Smart City Based on Computer Big Data Participation
Authors: Liu Xiao , Han Peng 
Published: July 2020

Abstract
With the rapid development of domestic economy, the process of urbanization is accelerating. According to the national unification and the national economic operation data released by the Planning Bureau in 2015, the urbanization population accounts for the total population 56.1% of the total. The rapid development of urbanization has promoted the economic and social development of the city. However, the development of urbanization brings about a series of urban problems as well as urban economy. For example, urban resources are increasingly tense, urban environment is becoming worse, and urban livelihood issues are becoming more and more serious. The more complicated. It is everyone’s wish to promote the harmony of life and improve the quality of life. How to reasonably apply computer big data technology to the construction of smart city has become an important topic for researcher significance to improve the employment rate to give full play to the role of counselors in employment guidance.
Fire Risk of Electric Bicycle Based on Fuzzy Bayesian Network
Authors: Li Ying , Han Lei , Ning Xiuli , Xu Yingcheng 
Published: July 2020

Abstract
Frequent fire incidents on electric bicycles; have brought great harm to consumers’ personal and property safety. This article sort and analyze the data, combine the collected accident reports of electric bicycles. Due to the incompleteness of the data, this article use Bayesian Network to construct the Bayesian network topology model of electric bicycles fire risk, use fuzzy set theory to solve Fuzzy computing the language discussed by experts. Finally, the fuzzy Bayesian theory is used to calculate the example, and the fire risk of the electric bicycle in the example is low. This method provides a reference for the accident investigation and analysis of electric bicycles.
The Model of E-Commerce Going to the Countryside Promoting the Development of Rural Characteristic Economy Based on Big Data Analysis
Authors: Wang Yang , Tu Meng , Cui Jiejie 
Published: July 2020

Abstract
All with the advent of the information economy era, the rapid popularization of the Internet and the large-scale use of commerce, the rapid development and large-scale investment of information technology, and the improvement of the quality of consumers as transaction entities have promoted the comprehensive development of today’s e-commerce. This paper mainly studies the model of e-commerce going to the countryside to promote the development of rural characteristic economy based on big data analysis. This article further investigates the development of a certain rural e-commerce, analyzes the background, experience, practices, difficulties and problems of a certain rural e-commerce in-depth, clarifies the focus and main tasks of a certain rural e-commerce Put forward constructive opinions and suggestions, explore an updated and more suitable road for the development of rural e-commerce, and provide relevant theoretical support and decision-making for the municipal party committee and government to formulate relevant policies, introduce supportive policies, and promote the rapid and healthy development of new urbanization. in accordance with.
Three-dimensional Finite Element Simulation and Experimental Verification of Power Spinning of Magnesium Alloy Cylindrical Parts
Authors: Li Linlin , Yang Zhuojuan , Xu Hengqiu , Zhang Qingfang , Yuan Hengyi , Liu Songqing , Chen Ying 
Published: July 2020

Abstract
Spinning technology is an effective method for forming thin-walled long cylindrical parts. Based on ABAQUS finite element software, this paper analyses the spin forming of magnesium alloy cylindrical parts, and obtains the influence of key parameters such as mandrel speed, feed rate, thinning rate, roller radius and spinning temperature on the spinning process. The spinning test of AZ31 magnesium alloy long cylindrical parts was carried out, and the test results were consistent with the simulation results. Numerical simulation and experimental verification provide the basis for the development of magnesium alloy spinning process.
Innovative Design of Dryer in Utilization and Disposal of Livestock and Poultry Manure
Authors: Bao Zhenbo , Wang Panting , Qin Zhengming , Jia Jianjian , Zhao Xiaoshan 
Published: July 2020

Abstract
With the rapid development of large-scale and intensive livestock and poultry farming, a large number of livestock and poultry manure has been produced. If livestock and poultry manure is directly stacked or improperly disposed of, it will cause extremely serious pollution to the surrounding water, air and soil, and endanger human health. It is an effective method to dispose and utilize livestock and poultry manure properly according to local conditions. However, because of the large water content of livestock and poultry manure, most of the water in the manure needs to be removed before resource disposal. Therefore, drying livestock and poultry manure is a necessary link in the resource disposal and utilization of livestock and poultry manure. In view of the shortcoming of high energy consumption, uneven drying and low drying efficiency existing in the existing drying technology equipment for livestock and poultry manure, on the basis of overall design and working principle analysis of the livestock and poultry manure dryer, innovative designs are made in the following aspects: improving the efficiency of material transportation from the sloping spiral feeding device; at the bottom of the feed box, seepage holes are equipped with, which can preliminarily filter and separate the moisture in livestock and poultry manure; the conveyor belt in the drying oven adopts three-step jump conveyor mode to realize the rolling conveyor drying of livestock and poultry manure. These innovative designs can improve the transportation efficiency, drying uniformity and drying efficiency of livestock and poultry manure, effectively reduce the moisture content in livestock and poultry manure, reduce the energy consumption of dryer, and effectively realize the resource disposal and utilization of livestock and poultry manure.
Research on the Application of Manufacturing Technology for Large-size Bearing Raceway Surface Integrity
Authors: Yu Jikun , Wu Mingyu 
Published: July 2020

Abstract
Various types of standard and non-standard large-size rolling bearings, which function as a rotating force and a main bearing force in the equipment, have continuously improved their performance requirements. This paper proposes surface integrity manufacturing technology for Large-size Bearing Raceway, analyzes the domestic and international overview and development level, research content and key technologies, and the expected indicators and social benefits.
Nonlinear Dynamic Model of Machinery
Authors: He Zhouhong , Liao Xiaowen 
Published: July 2020

Abstract
Rotor dynamics theory is the basis for studying the motion of rotating machinery, and rotating machinery such as water turbines, steam turbines, and aero engines are indispensable core equipment for related industries. However, the current research on rotor dynamics is mostly based on linear conditions, which can no longer meet modern requirements. Engineering requirements, so the study of nonlinear rotor dynamics seems significant. The research purpose of this paper is to study the nonlinear dynamic model. Based on the theory of nonlinear rotor dynamics and the theoretical basis of the finite element method, a finite element simulation method is used to study the nonlinear rotor dynamics. In this paper, the finite element model in the discrete mass model is used. After introducing the research method and eddy theory of nonlinear rotor dynamics, the factors that may cause non-linear interference to the rotor motion in the rotor system are analyzed. The problem was simulated and analyzed, and the movement behavior of the eccentric rotor under elastic support was simulated by means of simulation, and the nonlinear effect of eccentricity on the rotor system was proved.
Lithofacies Types and Quantitative Identification Methods of Reservoirs
Authors: Shi Yanan 
Published: July 2020

Abstract
Taking Xing A Block of Songliao Basin as an example, based on the core data of closed core wells, the sedimentary characteristics and genetic mechanism of its lithofacies are analyzed. It is considered that there are four types of core lithofacies developed in the study area, which are medium fine sandstone facies, siltstone facies, muddy silt facies and mudstone facies. Based on the crossplot recognition technology, the logging quantitative division standard of lithofacies is determined, and the quantitative interpretation chart of lithofacies is established. According to the laboratory analysis and test data, the reservoir quality characteristics of various lithofacies are summarized. The medium fine sandstone facies and siltstone facies are the main reservoirs in the study area with good physical and oil-bearing properties and high oil displacement efficiency; the physical and oil-bearing properties of argillaceous siltstone are poor and the oil displacement efficiency is low; in siltstone and argillaceous siltstone, the degree of water flooding is low and the remaining oil is relatively rich.
Finite Element Simulation of PVC Ecological Wood Composite Wall under Horizontal Load
Authors: Han Fang , Li Jianwen , Dong Zhimin 
Published: July 2020

Abstract
PVC ecological wood is applied to the load-bearing wall structure of building engineering, it is necessary to design the wall structure to meet the bearing capacity requirements. According to the requirement of energy saving, this paper designs the composite wall of low-rise residential application of light steel structure in cold area, and carries on the finite element simulation analysis under the horizontal load, which provides the theoretical basis for the application of PVC ecological wood composite wall.
Finite Element Analysis of Displacement and Vibration Characteristics of Cantilevered Plate
Authors: Li Jiuyang , Li Daozheng , Li Fangqi , Han Fang 
Published: July 2020

Abstract
The cantilever structure will produce a large dynamic response under the vertical load, which will cause the user’s discomfort. Therefore, the vibration characteristics of the structure caused by the vertical load are an important part of the comfort design of the cantilever structure in the normal use limit state. This article takes the vertical displacement of a cantilevered balcony slab on one side of a project under load as an example, and builds a model in the nonlinear finite element software to calculate the structural displacement and the factors of the cantilever length and the tensile reinforcement, and the corresponding comfort evaluation is carried out, which provides a reference for the vibration comfort evaluation of the house cantilever structure.
Man-made Disaster Prevention using Waste Management Hierarchy and Disaster Management Cycle
Authors: Maskuriy R , Selamat A , Ali K N , Maresova P , Krejcar O , Kuca K , Mohd S 
Published: July 2020

Abstract
The amount of construction waste generated is enormous due to the growth of the construction activities, which might lead to serious environmental problems. This is also including the construction waste that was generated from the natural disaster. This potential human-made disaster has been receiving worldwide attention and becomes a significant concern across nations. Thus, many studies on the effectiveness of construction waste management practices have been done. However, statistics do not show any improvement in the number of construction waste production. This paper aims to investigate the state of the art of construction waste management practice in Malaysia and the human-made disaster management strategies that feasible to be applied. Data were collected using the semi-structured interview with the key informants of the construction professional service providers in Malaysia and analyzed through thematic content analysis. An in-depth conceptualization and a new theoretical insight are developed on the strategy to prevent this human-made disaster caused by the construction waste. Findings from the cross-sectional content analysis and cognitive mapping propose a new human-made disaster management strategy in the construction caused by the construction waste that suits to Malaysian context.
Seismic performance of long cable-stayed bridge with various time history loading using finite element method
Authors: Aizon Nabila Huda , Adnan Azlan , Ramli Mohd Zamri , Arjuna Norazah , Alel Asmawisham , Muhammad Yuzir Muhamad Ali 
Published: July 2020

Abstract
Recently, numerous natural disaster events have occurred in various parts of the world. Bridges are one of the most critical structures to be examined to check for defects resulting from disaster events like earthquakes. Therefore, the serviceability of the structure is important to maintain the safety of users. Thus, the main objective of this work is to study the seismic response of a cable-stayed bridge under earthquake time history loading. The cable-stayed bridge components (deck, piers, pylons, and cables) were modelled using finite element modelling in three dimensional (3D). Two types of seismic analysis was implemented in this study; Free Vibration Analysis (FVA) and Nonlinear Time History (NLTH) direct integration analysis to obtain the bridge seismic performance under the earthquake loading. A total of eight earthquake loads in scaled Peak Ground Acceleration (PGA) values of 0.75g, 1.0g, and 1.5g to represent low, moderate and strong earthquake loads, respectively, were used for the analysis. First, eight mode shapes with component directional and period are presented for free vibration analysis. Meanwhile, the NLTH direct integration analysis results reveal the time detection of seismic cable-stayed damage levels under certain peak ground accelerations (PGA). It can be concluded that the long cable-stayed bridge is not safe under several earthquake loads due to different earthquake load profiles. The results are also important to aid further damage assessment of the cable-stayed type of bridge.
The Mediating Effect of Community Leadership on Community Resilience Elements and Community Preparedness
Authors: Ridzuan A A , Kadir M J , Yaacob S , Zainol N A M , Abdullah H , Roslan N H , Wong M M R , Ahmad N D F 
Published: July 2020

Abstract
Disasters can occur in various forms with durations ranging from mere hours to days, weeks, or even months of prolonged damages and losses. Approaches taken to face such situation can build resiliency in a community. Lacking it, important community decisions will be made under the constraints of the crisis or disaster. A community with good disaster preparedness and local leadership engagement will be more capable of responding to, and managing disaster risks, which in turn will reduce damages and losses caused by disasters. This study was conducted to gauge the extent at which community leadership mediates the relationship between community resilience elements (community engagement, community education, and community awareness) and community preparedness. This was done using the results from questionnaires gathered from 318 respondents at Bukit Antarabangsa, Selangor, Malaysia. A structural equation modelling was employed to assess the validity and reliability of the instrument and thus test the research hypotheses. Based on the path model analysis, there are significant correlations to prove that community leadership is a viable partial mediator between community engagement, education and awareness, towards enhancing community preparedness. This also means that the presence of a capable community leader may well be a critical success factor to ensure that the respective community is better prepared and more resilient against disasters.