bluuebunny/crossref_metadata_2025_split huggingface dataset:
Wheel Based Pole Climbing Structure Built for Replacing Manpower in Hazardous Environments and Creating a Platform for Telegraph Pole Deicing and Reconstruction
Authors: Gao Haite 
Published: June 2020

Abstract
A common phenomenon in high latitude countries would be a hazardous environment during the winter. Electrical lights and telegraph pole are covered in ice and therefore caused trouble for workers and electrician whose job is to maintain their functions. This climb bot is expected to have various application range, primarily used to replace human workforce and reduce the injuries caused by falling from a considerable height. Scientists have been proposing various ideas of similar robots, such as inspections of vertical pipes in a nuclear power plant, or the funnel for industrial use. The robot I designed will be dealing with the telegraph pole in a metropolitan area, which froze in the winter. Currently, due to the restriction of time and material, the robot is only capable of essential climbing functions, but it is possible to add functions such as deicing and cleaning in the future. This article will further explain the design and function of the robot with statistics while giving examples of how other similar design works.
Research on air cushion suspension support system with low speed and heavy load
Authors: Zhao Xintong , Kang Jing , Lei Tianqi , Li Xiaolong , Cao Ziying , Wang Yunzhou 
Published: June 2020

Abstract
In this paper, cushion suspension support system of low speed and heavy loading of the gas membrane flow field was in computational fluid dynamics analysis, explore the influence of air cushion suspension of performance support system air cushion structural parameters, and the air pressure in the process of air cushion lift proportional control system for mathematical modeling, thus to control the thickness of air cushion, based on pole assignment self-tuning controller, to improve the response and stability of the system, and the system in this paper the lifting process of air cushion suspension support system are analyzed and the gas film flow state, deepening the theoretical research of air cushion suspension technology.
Design of diesel exhaust waste heat power generation device
Authors: Chen Jing 
Published: June 2020

Abstract
Based on the study of the basic knowledge of thermoelectric effect, the selection of thermoelectric materials, the layout of thermoelectric sheets and thermoelectric modules, this paper uses thermoelectric technology to select thermoelectric sheets suitable for the corresponding conditions, selects high, medium and low temperature sheets for different temperature environments, studies the corresponding pipe sizes, and designs diesel engine thermoelectric devices.
Quick image stitching algorithm based on template matching for Mask defect detection
Authors: Wei Hongbin , Hu Song 
Published: June 2020

Abstract
With the computer technology and image processing technology gradually applied to the mask detection system, computer vision detection method has become the mainstream way of automatic mask inspection. Masking is usually a large area, and in order to ensure detection accuracy, the camera’s field of view is small, and the panorama stitching of mask images has become an essential image processing link in defect detection. In the mask image acquisition system, the precision workbench is in the working mode of horizontal vertical translation, and the adjacent two images have horizontal and vertical offsets. In view of the characteristics of big data volume of mask image, cell repetition, small variation of rotation scale, this paper proposes a fast multi-mask image stitching algorithm based on template matching. The template matching algorithm is optimized, compared with the traditional image stitching algorithm, which greatly improves the stitching speed, avoids the problem of feature matching repeated graphics mismatch, and the stitching effect is good.
A Prediction Method of Wind Power In-Place Consumption Capacity
Authors: Chen Xiaoguang , Hao Wenbo , Guan Wanlin , Hu Yuanting , Cui Jiapeng , Liu Jin , Rong Shuang 
Published: June 2020

Abstract
In Heilongjiang Province, China, the generated wind power is mainly consumed in-place, the uncertainty of wind power variability and electric load lead the difficulty in wind power in-place consumption capacity prediction. In this paper a wind power in-place consumption capacity predition model based on scenario-markov chain simulation (SMCS) is proposed. The wind velocity and wind power output could be accurately predicted for the calculation of wind power in-place consumption capacity by the presented prediction model. The case study results of a real region power system verify effectiveness of the proposed model.
Analysis of carbon verification calculation methods and emission reduction measures for thermal power plants
Authors: Suo Xinliang , Sun Huiliang , Sun Donghai 
Published: June 2020

Abstract
With the country’s increasing emphasis on carbon verification, the carbon trading market has developed rapidly. How to verify the carbon verification amount of thermal power plants by themselves has become an urgent issue. This article explains the calculation method and precautions of the carbon verification amount. From the aspects of coal burning, fuel oil, desulfurizing agent, and plant power consumption, the analysis method of reducing CO2 was analyzed, and the emission reduction effect was obvious. It provides a direction for power plants to actively organize carbon inspections, find out the verification situation in time, and better conduct annual carbon trading
Application of Mobile Geographic Information System Platform in High Voltage Grid Planning
Authors: Zhang Qianmao , Liu Rui , Qi Xiaoguang , Xi Peng 
Published: June 2020

Abstract
Grid planning and pre-project site survey require the support of Geographic Information System (GIS). However, the existing grid GIS platform adopts B/S mode which can only be run and viewed on the computer connected to the company’s intranet, thus failing to meet the needs of on-site investigation by the planners. Therefore, the application of mobile GIS platform to pre-grid planning is an inevitable development direction for the future power grid information system, and how to manage more efficiently and use the data collected by mobile GIS terminal will be an urgent problem to be solved. Based on the authors’ learning and practical experience, this work first analyzed the potentials of mobile GIS for grid planning, then discussed the problems in high voltage grid planning, and finally proposed the system function and overall architecture design based on mobile GIS platform.
A Multi-Lingual and Text-Speech Dialog Support System for e-health
Authors: Muhetaer Palidan , Ayifu Maimaiti , Dawa I , Silamu Wushouer 
Published: June 2020

Abstract
This paper reports a web-based remote collaborative medical diagnosis system. This system provides a dialogue platform using text and speech, by Chinese and Uyghur, containing information such as disease names and symptoms for different medical classifications. The interactive text and speech between doctors or patients can be translated bilingually between Chinese and Uyghur automatically. At last, diagnosis report will be generated for the doctor and the patient. Finally, the performance of the e-health service system is evaluated.
Research on Efficient Collection Method of Blackout Data in Distribution Network
Authors: Liu Hengyong , Guo Lu , Liu Yongli , Huang Ziqi 
Published: June 2020

Abstract
Based on the power supply management needs of power supply companies, this paper adopts a big data-driven power outage data collection method to build a scientific customer outage time key indicator around the power grid comprehensive customer service system, establish a customer outage time indicator responsibility system, and establish a customer outage The process monitoring platform has formed a data-driven customer power outage analysis system to effectively handle customer power outages.
Design of a Dynamic Reconfigurable Microsystem Based on SIP
Authors: Lv Hao , Zhang Shengbing , Han Wei , Liu Yongqiang , Liu Shuo , Zhang Lei , Wang Shiyu 
Published: June 2020

Abstract
In recent years, with the development of microelectronics technology, microsystems based on SIP/SoC have been applied to drone and other avionics systems. It is practical to study the reconfigurable calculation of avionics microsystems facing the flexible use of the scene. Encryption/decryption data based on FPGA can adapt to different application environments and functional requirements, which is especially important for product protection. However, implementing multiple algorithms on the same chip leads to increased logic resource consumption, low resource utilization, and poor system flexibility. In view of the above problems, it is necessary to design a dynamic reconfigurable computing platform based on an aviation SIP micro-system chip with dynamic reconfigurable technology as the core (using Zynq SoC). The platform use on-chip ARM processor to control reconfiguration. The different encryption and decryption algorithm logics are configured into different logical partitions on the chip according to the requirement. The logic circuit is updated and the algorithm is reconstructed. Different encryption and decryption algorithms are implemented by using the HLS method. The verification results show that the design can complete the algorithm switching at a higher configuration speed while the other functions on the chip work normally. Under the premise of ensuring the stability of the system, the on-chip logic resource consumption is reduced, and the resource utilization and system flexibility are improved.
Research on Automatic Positioning based on Radar System
Authors: Wang MingDong , Luo WangJian , Ma XuHui , Ye Huan , Wu JianHua 
Published: June 2020

Abstract
The purpose of this study is to provide a fast, continuous and accurate alternative positioning method for coastal ships under the condition of abnormal satellite positioning; On the basis of the traditional artificial radar location, a position information based on the reference target is developed, the target tracking function of radar is applied, the distance and azimuth data of the reference target to the ship are automatically collected, and the automatic radar location method of the ship’s position is determined by means of the mathematical model of track; Through the experimental calculation and the real ship data, it is proved that the radar location with high precision can be realized under the condition that the reference target position information is obtained accurately.
An Improved Dynamic Load Balancing Optimization Algorithm Based on CS
Authors: Guo XiuCai , Zhang Yue , He YaoYi 
Published: June 2020

Abstract
Aiming at the problem that the existing load balancing algorithm has a long response delay and a low response connection ratio, which cannot meet the timely processing of large amounts of data in the existing application process, this paper proposes a weighted minimum connection algorithm (CS-WLC). The algorithm utilizes the optimization feature of the Cuckoo Search Algorithm (CS) to classify the server first. Because the algorithm requires fewer parameters and the optimization rate is high, the time for selecting the minimum number of connections is reduced. The experimental results show that under the same conditions, the improved algorithm has smaller response delay and higher throughout capacity, and has better load balancing effect.
The layout strategy of container yard and comparative analysis under double cycling process
Authors: Liu Wansheng , Li Youlin , Dai Yang , Zhang Shuai 
Published: June 2020

Abstract
In recent years, to adapt to the rapid growth of container throughput, the new loading and unloading technology of double cycling is beginning to be used in ports, because it can improve the loading and unloading efficiency of the terminal. However, the ports are currently lack of a corresponding and suitable container yard storage strategy, and according to the characteristics of the new loading and unloading process of double cycling, this paper proposes two strategies of the separate stacking strategy of import and export containers in the same vessel with different container areas and the mixed stacking strategy in the same vessel with the same container areas. The mixed stacking strategy of the same vessel with the same container area can be divided into two methods: the same vessel with the same ship-bay positions and the same vessel with different ship-bay positions, and the cost of the latter method is higher than the former, because the yard cranes and the trucks need to move back and forth frequently. Therefore, this paper focuses on the comparison and analysis of the two strategies of the same vessel with different container areas and the same vessel with the same ship-bay positions. The FlexTerm simulation modelling test shows that it is not easy to generate traffic congestion and the loading and unloading operation time is shorter if the strategy of the same vessel with different container areas is applied.
Design and Simulation Analysis of Fractional Slotfive Phase Induction Motor
Authors: Xiong Yiyong , Zhao Jinghong 
Published: June 2020

Abstract
In induction motor, fractional slot winding can not produce high quality traveling wave field, its application is limited. There are only a few researches on the fractional slot poly phase induction motor. In this paper, a five phase induction motor with fractional slot is designed by traditional magnetic circuit method, the mathematical model is given, and two kinds of winding forms are designed. The correctness of the motor design is verified by simulation. After that, the research of fractional slot five phase induction motor laid the foundation of studies on fractional slot five phase induction motor.
Research Progress of 3D Printing Microfluidic Chip
Authors: Zhang Siyuan , Fu Lin 
Published: June 2020

AbstractBecause of the advantages of microfluidic technology, such as high detection speed, high accuracy and low reagent loss, it has obvious advantages over the traditional detection technology. So recently, microfluidic technology has been widely used in life science and medical diagnosis. However, the microfluidic chip processing technology is mostly developed from semiconductor processing technology, which has the characteristics of high cost and high technical requirements, which are also important factors limiting the development of microfluidic technology. In recent years, 3D printing technology has become more and more mature, so using 3D printing technology to make microfluidic chips has attracted the attention of many researchers. Compared with the traditional microfluidic chip processing technology, 3D printing microfluidic chip technology has been widely concerned because of its advantages of fast design and processing speed, wide material adaptability and low cost. At present, the processing methods of microfluidic chip mainly include micro stereolithography, deposition molding, ink-jet printing and so on. In this paper, the main research progress of 3D printing microfluidic chips at home and abroad and the future development direction are reviewed. At last, the applications of microfluidic chip processing technology in analytical chemistry, life science, medical diagnosis and other fields are prospected.
Anticipated backward doubly SDEs with generators in stochastic Lipschitz condition
Authors: Xing Zhuangzhuang , Wei Lifeng 
Published: June 2020

Abstract
In this paper, we prove the well-posedness of the solutions to anticipated backward doubly SDEs (ABDSDEs for short) with stochastic Lipschitz coefficients, where the generators (drivers) of equations not only rely on the prospective values of the pair of solutions, but also satisfy a certain type of Lipschitz condition. This type of equation has a practical background in financial mathematics.
Research on The Influence of Load Transmission Medium on Sensor Output Characteristics under High Speed Impact
Authors: Chen Si , Fu Tie , Dong Tianwen , Li Xiaofeng 
Published: June 2020

Abstract
Through the analysis of the process of the projectile penetrating the concrete target board, using the finite element method to establish a finite element simulation model of it. The modeling method and parameter settings are analyzed during the modeling process, the finite element models of metal aluminum block and rigid polyurethane foam were established, performing the numerical simulations of high-speed collisions. By solving the calculations, obtaining the time-domain signals of the sensor positions, and comparing the overload signals through spectrum analysis. evaluating the influence of two transmission medium on the measured acceleration signal of the sensor. The result shows that the effect of different load transmission media on the overload signal of the sensor under high-speed impact is different, and it proves that super-hard aluminum has better shock-absorbing effect.
Research and Application of Low Nitrogen Burner for 600 MW Unit Boiler
Authors: Liang Wuzhou 
Published: June 2020

Abstract
High temperature corrosion on water wall is easily caused by burning high sulfur coal in low nitrogen burner of boilers in power station. Based on the combustion adjustment test of 600 MW unit boilers, this paper introduces the technical means of burner air distribution and coal mill operation optimization under low nitrogen combustion mode, realizes the optimal distribution of aerodynamic field in reductive and oxidative zones of boilers, and achieves the balanced control of boiler safety, environmental protection and energy saving when burning high sulfur coal. This technical means can provide reference for the operation of other similar boilers.
Research on Remaining Useful Life Prediction for Aircraft Engine with a Fault Point
Authors: Lin Jingdong , Lin Zheng 
Published: June 2020

Abstract
As a main power component, aircraft engine is a device with extremely high safety and reliability requirements, the engine’s failure often leads to failure of the whole flight system. The engine’s reliability and safety can be expressed by the engine’s remaining useful life (RUL), and RUL prediction the technology has widely used in aircraft engine. However, the engine usually subject to internal forces and imposed external sources under the complex environment, a fault may occur in degradation process. The occurrence of the fault will accelerate the degradation rate, causing the engine’s RUL shorten, so the general prediction method is not a good choice for aircraft engine. In this paper, we present a novel remaining useful prediction approach for aircraft engine considering a fault may occur in its degradation process. Finally, a case study is presented to demonstrate our method can improve the prediction accuracy.
Mobile shooting assistant based on intelligent vehicle
Authors: Yang Rongqian , Zhou Jie , Chen Zixuan , Nie Zijie 
Published: June 2020

Abstract
Most shooting casinos still stay in a fixed-point shooting state. Some mobile shooting is just laying rails in the shooting range and running by cable. This type of target is too limited and not flexible enough. This kind of moving target is based on smart car. A robotic arm is installed on the smart car to grip the target. Different end points are set in the field. Each time the smart car starts, an end point is randomly generated and the path is identified by the camera. Drive to the end to form a moving target, and design a shock absorption device to prevent the vehicle body from vibrating violently when the target is hit.
LSH-XGBoost based Network Congestion Detection Method for SSDN
Authors: Tian Kaiyuan , Wang Jian , Liao Yuanyuan , Xu Dengke , Cai Baigen 
Published: June 2020

Abstract
Signal Safety Data Network (SSDN) is essential to maintain the reliable transmission between station and station equipment, station and central signal equipment. Threats in SSDN include but not limited to poor performance in tele-communication and denial of service when network congestion occurs. Therefore, it’s of great significance detecting the potential network congestion in railroad SSDN. Existing detection algorithms are low efficient, less accurate and are unable to cover all the detection categories. By combining the advantages of low time complexity and high classification accuracy originate from Local Sensitive Hashing (LSH) and eXtreme Gradient Boosting (XGBoost), we introduce a network congestion detection method based on LSH-XGBoost for SSDN. We run testing on open source intrusion detection system: Snort, which was built on SSDN simulator. The promising result proved its capability.
Research on the selection of power distribution equipment in 220kV substation based on life cycle
Authors: Hu Mengjin , Li Jiaheng , Wei Mengju , Liu Xuefei , Liu Zhao , Yang Yang 
Published: June 2020

Abstract
Based on the concept of life cycle and the conditions of 220kV station, the technology and economy of GIS, HGIS and AIS of 220kV and 110kV sides are compared, the main cost of 30 years’ construction from putting the equipment into operation to decommissioning are analyzed, and the cost from 2049 to 2019 according to the discount rate are calculated. Based on the life cycle cost objective function, the optimal solution is obtained, and the lowest cost distribution device selection scheme is obtained.
Research on Equivalent Magnetic Circuit Modeling and Electromagnetic Design of Vehicle Inverted-Triangle Interior Permanent Magnet Synchronous Motor
Authors: Han Qingjiang , Luo Jian , Hua Minqi , Wang Xun 
Published: June 2020

Abstract
The inverted-triangle permanent magnet interior rotor is a new type of motor rotor structure for vehicles. First, this paper introduces and qualitatively analyzes the inverted-triangle interior permanent magnet synchronous motor (IPMSM), and establishes the equivalent magnetic circuit model of the inverted triangle IPMSM under no-load and load conditions. Secondly, based on the equivalent magnetic circuit model, a preliminary design of an inverted-triangle IPMSM for an 8-pole 48-slot vehicle was carried out. Finally, the finite element software is used to optimize the rotor of the motor to obtain ideal electromagnetic performance. The simulation results show that with the same torque performance, the amount of permanent magnets of the inverted-triangle IPMSM is significantly less than that of the V-shaped IPMSM, which is beneficial to reducing the cost of motors for automobiles.
ANP-based fuzzy comprehensive evaluation system for electric power environment
Authors: Zhou Xianfu , Xu Jing , Sun Yanbin , Zhang Jing , Hu Mengyao 
Published: June 2020

Abstract
In order to evaluate the environmental situation of electric power business in Lishui City, a relatively objective evaluation index system was established by using literature review method and Delphi method. The network analytic network process (ANP) and fuzzy comprehensive evaluation method are combined to comprehensively evaluate the electric power business environment in Lishui. Firstly, the weight of each evaluation index is determined by ANP method, which overcomes the defect that the analytic hierarchy process (AHP) can not reflect the mutual influence relationship between indicators. Then, the ANP-based fuzzy comprehensive evaluation model is constructed to evaluate the uncertain electric power business environment and calculate with the help of Super Decisions software. The results show that the electricity business environment in Lishui is better. Finally, some measures to improve the electricity business environment were proposed based on the corresponding indicators.