bluuebunny/crossref_metadata_2025_split huggingface dataset:
A unified semantic analysis of Chinese adverbialziji
Authors: Liao Hsiu-Chen Daphne 
Published: September 2021

AbstractThis study of Chinese adverbialzijiinvestigates why cross-linguistically adverbial intensifiers often develop two different uses, namely the exclusive use and the inclusive use. Arguing against the polysemous account proposed in previous works likeSiemund (2000), and assuming the mechanism suggested inLiao (2018)for exclusiveziji, the paper presents a new analysis revised fromGast’s (2006)account for intensifiers. In the analysis, there is only onezijifor all its adverbial uses. By adjoining to different X’ positions in the structure, adverbialzijimay get different surface meanings. Despite the surface differences, adverbialzijialways has the following semantics: it works as an identity function, evokes alternatives for consideration, and receives an exclusive meaning after the application of the covert exhaustivity operator O. Based on the evidence presented, the analysis crucially assumes that adverbialzijimay adjoin to Topic’, and this adjunction leads to the effect that the subsequent exhaustification is done over a set of alternative propositions that vary in topics. In such a case, alternative individuals evoked byzijido not have to be excluded from having the property described by the VP in question. This makes the assertion of aziji-sentence in inclusive context possible, and accounts for why intensifierzijihas a disguised inclusive function. By proposing such a unified account ofziji, the paper explains why cross-linguistically intensifiers often develop the various uses observed.
Korean causal markers ‑ese and ‑nikka in clause-initial and final positions in
relation to the sequence of Mandarin Chinese yinwei
Authors: Yoo Eunson 
Published: September 2021

Abstract
Korean causal markers ‑ese, ‑nikka and Mandarin Chinese yinwei
are used most widely in their respective languages to denote causality. Due to the syntactic structure of the
adjunct-preceding-main order in both languages, ‑ese and ‑nikka are considered to be
clause-initial connectives. However, in both languages, because-clauses also occur frequently in final position.
By examining the behavioral patterns of ‑ese and ‑nikka in clause-initial and -final positions
in relation to the sequence of yinwei through the original Korean texts translated to Mandarin Chinese and the
Korean texts translated from the original Mandarin Chinese texts, this paper aims to show: (1) ese-tokens
correspond more to the preposed yinwei and other Mandarin Chinese result causal markers that strengthen the
“cause-consequence” construction, as ‑ese mainly expresses forward logical reasoning, whereas
nikka-tokens correspond more to the postposed yinwei, as ‑nikka expresses
epistemic inference and elaboration; (2) these logical relations are more explicitly expressed by ‑ese and
‑nikka, whereas Mandarin Chinese relies more on zero-marking when expressing a strong sense of sequential
logic or an utterance of elaboration.
Ultrafast dynamics of cationic electronic states of vinyl bromide by strong-field ionization-photofragmentation
Authors: Zhou Long-Xing , Liu Yang , He Shen , Gao Da-Shuai , Shen Xing-Chen , Chen Qi , Yu Tao , Lv Hang , Xu Hai-Feng 
Published: September 2021

Abstract
Strong field ionization-photofragmentation (SFI-PF) with ultrafast pump–probe scheme is a powerful approach to study the dynamics of molecular cationic electronic states. Here we carry out a SFI-PF study on the cationic electronic states of vinyl bromide, C2H3Br. The yields of the parent C2H3Br+ and the formation of the fragment (Br+, C2H2
+ and C2H3
+) ions have been measured at different pump–probe delay time. Analysis provides experimental evidence of

A

2

A

′

–X2A″ internal conversion of vinyl bromide cations which occurs in a time of about 220 fs, and the time of C2H3
+ formation induced by the dissociation of the

A

2

A

′

state around 300 fs. The study would add our knowledge of the behavior of electronic excited states of complex molecular cations.
Application of AI Technology in Automatic Control System of Medical Equipment
Authors: Xu Dong , Guo Qiang , Hu Bin , Zhang Feng 
Published: September 2021

Abstract
In this digital age, mankind has also gradually opened up a new intelligent society, especially the emergence of artificial intelligence, marking that human society has entered a completely new page. Medical equipment is one of the key areas for the development of artificial intelligence technology. In the future development, artificial intelligence will certainly be very extensive in this field, and a comprehensive platform for the integration of medical equipment and artificial intelligence will be built, making intelligent medical equipment an important symbol of the development of artificial intelligence. This article first introduces artificial intelligence technology, then talks about the application and development of artificial intelligence technology in medical equipment, and predicts the future development of artificial intelligence in the medical field.
FAFNet: A False-Alarm Filtering Algorithm Base on Deep Learning for License Plate Recognition
Authors: Zhou Qingbiao , Fang Jie , Du Yanming , Gao Kun 
Published: September 2021

Abstract
In this paper, we propose an efficient False-Alarm Filtering Algorithm: FAFNet (False-Alarm Filtering Network) to solve the problems of false-alarm in Chinese License Plate Recognition (LPR) scenes. Firstly, FAFNet is a light-weight convolutional neural network which can solve the false-alarm problems in real time on embedded devices, and has achieved a reasonable performance. Secondly, we propose an approach of model internationalization without any retraining, so that the FAFNet model can be available in foreign LPR false-alarm problems, which reduces the training cost and labor cost. Finally, we create a large dataset with more than 200 thousand images from LPR scenes of the real world, which contains various conditions of false alarm. Our experimental results indicate that the proposed approach performs a high accuracy for filtering the false-alarm problems of different countries and can be used on embedded devices in real time.
Edge Computing Multi-service Fusion Architecture and MEC Health Maintenance key Design Methods
Authors: Deng Yue 
Published: September 2021

Abstract
In the huge network world, if all the data need to be processed in the core area, then the computing power required will be infinite, and our current technology can not reach this level.If the data generated at the edge of the network is directly handed over to the edge nodes of the network for processing, then this problem will be properly solved.Data generated in daily production and life do not need to be directly uploaded to the cloud computing server for calculation, analysis and processing. Data types can be classified. Cloud computing only needs to carry out some important analysis and processing, and build a model of edge computing for edge computing to process some less important data.Therefore, the establishment of edge computing model can solve the problem of insufficient core computing power to a large extent.MEC technology is the effective integration of the wireless network and the Internet, adding computing, storage, data processing and other functions in the wireless network, forming a variety of data processing methods based on the Internet, so as to improve the efficiency of data transmission and reduce communication delay.Starting from the edge computing and taking MEC technology as the core, this paper analyzes and interprets deeply the application of MEC technology in network communication.
RETRACTED: Research on Identity Authentication Mechanism Based on Blockchain under the Background of Internet
Authors: Yang Chengfu 
Published: September 2021

Abstract
With the increasingly severe network security environment and situation, a single means of identity authentication has been difficult to effectively match and adapt to the needs of Internet identity authentication, it is urgent to establish a more rigorous and scientific identity authentication mechanism. Based on this, this paper first analyses the necessity of establishing identity authentication mechanism under the background of Internet, and then studies the value and role of blockchain in identity authentication. Finally, the identity authentication mechanism based on blockchain and its development trend is given.
A Study of the Current State of Development of Internet Technology for Smart Connected Cars
Authors: Kong Chunhua , Zhao Zihan 
Published: September 2021

Abstract
If we say that the most important terminal of the Internet now is the smartphone. In the future, the most important terminal of the Internet of Things will be the car. The car, will become one of the most important dimensions in the Internet of Everything. And the ultimate goal, is zero emissions, zero casualties, zero obstacles - no pollution, no car accidents. Our environment will be cleaner and our travel will be safer. An era of automobiles ruled by traditional fuel cars for more than 100 years is coming to an end, and an era of smart and connected cars is coming. Based on this, this paper explores the current study of Internet technology on the development of smart connected cars.
The Improvement Method of the Auxiliary Tool Holder of the Inner Diameter Tool of the CNC Lathe in the Internet Era
Authors: Chen Guo 
Published: September 2021

Abstract
Regarding how to make better use of the system functions of the CNC machine tool after the transformation and reduce the cost, this paper studies the vertical data lathe system device to demonstrate that the auxiliary tool holder of the inner diameter tool is controlled by the CNC system and the axis control. Through the fusion of NC and PLC to operate the tool change, develop the tool change and tool change PLC program. Test the function of the tool post, and the experiment proves that the tool change of the machine tool is safe, accurate, and has fewer failures. The control standard of the servo tool post is realized, and the resources of the numerical control system are better adopted, and the cost of the transformation is saved on the basis of reducing the hardware devices.
Research on Application of BIM Technology in Computer Aided Architectural Design
Authors: Zhao Tian , Jiang Min 
Published: September 2021

Abstract
With the development of China's national economy and the improvement of science and technology, the design level of domestic architectural engineering has been continuously improved, especially the combination of computer-aided architectural design and BIM technology, which has been highly valued by all sectors of society. The application of BIM technology in computer aided architectural design provides an important auxiliary role for the innovation and development of the construction industry, and is another revolution in architectural design. With the popularization of Internet information technology, digital technology has become an important force to promote economic development. The birth of BIM technology provides a new impetus for the development of the construction industry. Compared with the traditional design mode, computer-aided architectural design has the advantages of more efficient, more convenient and more accurate. This paper makes a brief analysis of BIM Technology and its application advantages, expounds the application function of BIM Technology in computer-aided architectural design, aiming to improve the application level of BIM | technology and promote the effect of computer-aided architectural design.
Research and Implementation of Internet of Things Communication System Based on MQTT Protocol
Authors: Niu Zuoling 
Published: September 2021

Abstract
With the advent of the information age, many communication systems and chat systems have appeared on the market. At present, every system has the function of subscribing to news,and MQTT is the main protocol to realize this function.It mainly uses the IBM bluemix IoT service to build mobile applications and realize device interconnection communication.This paper mainly studies the design and implementation of the Internet of Things communication system,which is based on the MQTT protocol.
Network Reform and Acceptance Technology Optimization of Telecontrol Device Based on Game Theory
Authors: Hu Yarong , Liu Qiangxing 
Published: September 2021

Abstract
At present, the networked transformation technology of telecontrol devices in China is more and more advanced. On the premise of game theory, the network transformation and acceptance technology optimization of telecontrol device are analyzed and discussed. And its application conditions and technical difficulties are analyzed, which have achieved good results in practical application. The existing telecontrol device capacity and processing capacity can no longer meet the demand. A complete upgrade and transformation plan should be designed. The expansion system optimizes the network and utilizes existing technologies without affecting real-time data acquisition and transmission. Implementation.
Design and Implementation of Visualized Substation Inspection Training System Based on Immersive Computer VR
Authors: Dong Yinghua , Zhang Hongqin , Yang Tian , Wang Xueting , Wang Xiujing 
Published: September 2021

Abstract
Immersive virtual reality is to provide participants with a completely immersive experience, which allows users to have a feeling of being in a virtual world.Substation equipment due to long running conditions, so in order to ensure the safe and stable operation of electrical equipment, in practice often require the operators to make regular or irregular patrol inspection was carried out on the field devices or use red line temperature measurement method to monitor the running status of equipment.Visualized substation inspection training system can make staff have a very convenient and scientific work platform when carrying out equipment inspection, so as to improve the quality of equipment inspection work.In this paper, from the analysis of substation inspection work and the establishment of inspection system as a starting point, to the application of visual substation inspection training system for the purpose of comprehensive analysis of visual substation inspection training system in the daily work of the advantages.
Software Design of Machine Learning Model Based on Big Data Analysis
Authors: Zou Feng , Ye Lizhu , He Wenhai , Liu Yunxiang 
Published: September 2021

Abstract
With the advent of the information age, big data analysis technology has been popularized in various fields.Using big data analysis technology has also effectively promoted the development of various fields.This article mainly analyzes the trend of machine learning algorithms in the big data environment,it also designed and studied machine learning models.
Computer Graphic Study of Advanced Manufacturing Technology with Chaos Characteristic Analysis
Authors: Sun Yanling , Chen Ning 
Published: September 2021

Abstract
This paper uses the characteristics of computer graphics to study advanced production technology and carry out chaotic characteristics. AMT applied to the scope of the whole manufacturing process, especially the goals and effects achieved. All reflect that this is a practical technology that is applied to manufacturing and plays a major role in the development of manufacturing and national economy. With the rapid development of computer technology, the research progress of advanced manufacturing technology is also very fast. Chaos is being combined with many disciplines, resulting in new edge disciplines. Scholars gradually use the graphical characteristics of computers to analyze the chaotic characteristics. This paper further researches and uses the computer's imaging features to analyze the chaotic characteristics of advanced manufacturing technology.
Research on Computer Animation Action and Acceleration Technology based on Composition Editor
Authors: Liu Yingjing 
Published: September 2021

Abstract
Traditional animation needs complex animation technology, which is mainly operated by hand. Therefore, traditional animation production needs a lot of work, which will lead to a variety of problems, such as long cycle, high rework rate, high cost and so on. With the development of computer technology, great changes have taken place in animation production, including speed, effect, etc., which has created a variety of methods in two-dimensional and three-dimensional animation production. Through computer-aided, the traditional manual animation technology has been gradually replaced by computer, which has become a key issue in animation art production. By combining the advantages of manual animation and computer animation, we can continuously improve the ability of animation industry. Through the synthesis editor, we can improve the animation action and accelerate technology research, which can achieve a new animation world. First of all, this paper analyzes the commonly used 3D animation production software. Then, this paper analyzes the animation action and acceleration technology.
Research on the Control System Design of Exoskeleton Rehabilitation Robot Based on Pole Assignment Algorithm
Authors: Guo Kai , Li Ming , Han Jun , Bai Zhi 
Published: September 2021

Abstract
Exoskeleton rehabilitation robot control system can effectively ameliorate the rehabilitation quality of patients, reduce the rehabilitation pressure of patients, and can formulate scientific training steps according to the program to help patients recover more quickly, so it has important research and utilization value. Based on this, this paper first analyses the feedback control and pole assignment of the exoskeleton rehabilitation robot, then studies the key technologies of the exoskeleton rehabilitation robot, and finally gives the control system design strategy of the exoskeleton rehabilitation robot.
Research on Power Optimization Operation Based on Computer Analysis of Energy Saving Dispatching and Demand Side Management
Authors: Yang Zhaoguang , Ren Mingyuan , Shao Juan , He Jiongxuan 
Published: September 2021

Abstract
At present, the energy-saving application of power system has become an important means to ensure the sustainable development of social economy. However, there are still many deficiencies and problems in energy-saving dispatching and demand side management of power system, which urgently needs innovation and improvement. Based on this, this paper first analyzes the development status of energy-saving power operation mechanism, then studies the power operation optimization based on computer-based energy-saving dispatching, and finally gives the power operation optimization strategy based on power demand side management.
Research on the Design and Execution of Distributed Electric Vehicle Charging Pile Operation Management System Based on WebGIS
Authors: Li Yufei , Li Suojian 
Published: September 2021

Abstract
The integration of communication tech, data acquisition tech, Web and GIS tech is helpful to improve the automatic operation and management of electric vehicle charging pile, so it has momentous research value. Based on this, this paper first analyses the concept and connotation of WebGIS, then studies the architecture of distributed Electric Vehicle (EV) charging pile operation management system based on WebGIS, and finally gives the function design of distributed EV charging pile operation management system based on WebGIS.
Research on the Application of Electrical Engineering and Electrical Automation in Computer-controlled System
Authors: Zhang Cuiyun 
Published: September 2021

Abstract
Computer-controlled system greatly accelerates the intelligent and info level of electric engineering & automatization realm. Electrical automation also provides a carrier and platform for the application of computer-controlled system. They accelerate each other and cooperate with each other, which has high research value. Based on this, this paper first analyses the process control of electric engineering & automatization, then studies the control framework and bus structure of computer-controlled system, and finally gives the design strategy of computer-controlled system utilization of electric engineering & automatization.
Parametric Design and Simulation Analysis of Electronic Equipment Structure
Authors: Yu Haitao 
Published: September 2021

Abstract
Parametric design of mechanical products should meet the requirements of standardization, generalization and serialization. For existing design examples, computer aided design and parametric design technology are used without destroying design principles and basic structural characteristics. Electronic device products have the characteristics of relatively simple structure and easy serialization. Under the condition of market economy, if the structural design of products can be quickly completed and serialized products can be derived quickly, enterprises will be in a more active position in the fierce market competition. Parametric design technology has a long theoretical precipitation period and application demonstration period. The blank in theory and instability in the application process of new ideas and methods can not be compared with parametric design technology. Aiming at the problems existing in the parametric design of electronic equipment, this paper explores the system opening strategy of parametric design of electronic equipment based on the design requirements of mechanical products and equipment.
Multi Objective Reactive Power Optimization of Distribution Network with Distributed Generation Power Uncertainty
Authors: Tao Yanhui , Yue Weijia 
Published: September 2021

Abstract
Distributed generation will have a lot of adverse effects on the steadiness of the power system, resulting in the power wastage of the Distribution Network (DN) and the destruction of the reactive power balance of the power grid. It is essential to establish a dynamic reactive power optimization model to ameliorate the security, steadiness and economy of the DN. Based on this, this paper first analyses the connotation and typical characteristics of Distributed Generation (DG), then studies the connotation and typical characteristics of DG, and finally gives the multi-objective reactive power optimization strategy of DG DN.
Analysis and Technology Realization of Power Grid Harmonic Detection System Based on ARM Embedded System
Authors: Yue Qianqian , Hu Rui , Zhang Xiaoling 
Published: September 2021

Abstract
In our industrial production, ideally what we get from the grid should be a single power frequency. However, the actual situation is that with the generation, transformation, transmission, distribution and power consumption of the entire power system, as long as the current flows through the nonlinear load, harmonics are likely to be generated. So the detection of these harmonics and effective governance has become one of the requirements of China's power protection. Based on this situation, this paper discusses the analysis and technical implementation of ARM embedded harmonic detection system.
Bridge Crack Detection Algorithm Based on Bilateral-frangi Filter
Authors: Yang Jiang 
Published: September 2021

Abstract
The crack detection algorithm based on Bilateral-Frangi filtering can effectively reduce the influence of noise on the crack detection results at the bottom of the bridge.This algorithm effectively removes noise while enhancing cracks at the bottom of the bridge.Through this algorithm,the data analysis results are more accurate.This effectively provides a new idea for crack detection in high-noise images.