bluuebunny/crossref_metadata_2025 huggingface dataset:
Diverse climate actors show limited coordination in a large-scale text analysis of strategy documents
Authors: Hsu Angel , Rauber Ross
Published: February 2021

Networks of non-state actors and subnational governments have proliferated since the Paris Agreement formally recognized their contributions to global climate change governance. Understanding the ways these actors are taking action and how they align with each other and national governments is critical given the need for coordinated actions to achieve ambitious global climate goals. Here, we present a large analysis (n = 9,326), applying large-scale natural language processing methods and social network analysis to the climate strategy documents of countries, regions, cities and companies. We find that climate mitigation in employee travel and office operations, green building standards, and municipal and citizen actions are common themes in climate actions across companies and city and regional governments, whereas approaches to setting targets in specific sectors and emissions scopes are more diverse. We also find links between the strategies of regions and countries, whereas companies are disconnected. Gaps in climate action for most actors include adaptation and consumption/supply-chain emission reduction efforts. We suggest that although actors may appear to be self-organizing and allocating climate actions in a mutually beneficial and synergistic way, there may also be missed opportunities for deeper coordination that could result in more ambitious action.
A novel microfluidic system for the sensitive and cost-effective detection of okadaic acid in mussels
Authors: Castanheira Ana , dos Santos Marília Barreiros , Rodriguez-Lorenzo Laura , Queirós Raquel , Espiña Begoña
Published: February 2021

A first reusable microfluidic biosensor with PP1 immobilized within Al2O3 sol–gel for the colorimetric detection of OA in extracted mussel matrix (LOD of 0.2 μg kg−1).
Inexpensive water soluble methyl methacrylate-functionalized hydroxyphthalimide: variations of the mycophenolic acid core for selective live cell imaging of free cysteine
Authors: Lee Woohyun , Yudhistira Tesla , Youn Wongu , Han Sol , Halle Mahesh B. , Choi Jae Hyuck , Kim Youngsam , Choi Insung S. , Churchill David G.
Published: February 2021

We report a new fluorescent probe (Myco-Cys) for live cell cysteine imaging. Myco-Cys contains a methacrylate cleavable pendant group that preferentially reacts with cysteine over homocysteine and glutathione to afford a “turn-on” response.
Boosting the efficiency and stability of CoMoS4 by N incorporation for electrocatalytic hydrogen evolution
Authors: Hu Peng , Che Haibing , Zhou Qinqin , Zhou Wenyuan , Li Yangzhong , Li Fan , Wang Jinshu
Published: February 2021

In situ N incorporation was developed to greatly improve the efficiency and stability of sulfide electrocatalyst for hydrogen evolution by electronic density modulation.
La6Cd0.75Ga2Q11.5Cl2.5 (Q = S and Se): two new nonlinear optical chalcohalides with a large laser-induced damage threshold
Authors: Lin Feng , Luo Mengjia , Wang Ruiqi , Che Xiangli , Huang Fuqiang
Published: February 2021

Two new nonlinear optical chalcohalides La6Cd0.75Ga2Q11.5Cl2.5 (Q = S and Se) with good NLO performance are reported, which shows the benefits of the introduction of Cl-atoms in enhancing polarization and LIDTs.
Insights into the hydrogen bond network topology of phosphoric acid and water systems
Authors: Mikalčiūtė Austėja , Vilčiauskas Linas
Published: February 2021

Phosphoric acid and its mixtures with water are some of the best proton conducting materials known to science.
Predicting the structural, electronic and magnetic properties of few atomic-layer polar perovskite
Authors: Xu Shaowen , Jia Fanhao , Hu Shunbo , Sundaresan Athinarayanan , Ter-Oganessian Nikita V. , Pyatakov Alexander P. , Cheng Jinrong , Zhang Jincang , Cao Shixun , Ren§ Wei
Published: February 2021

Density functional theory predictions of polar perovskite KTaO3 when approaching the two-dimensional (2D) limit for electrically neutral and charged few-atomic-layer cases.
Highly broadband NLO response of acceptor–donor–acceptor materials with a planar conformation
Authors: Huang Yulin , Zhou Wenfa , Li Xiaofang , Jiang Li , Song Yinglin
Published: February 2021

The third-order NLO properties of A–D–A molecules originally derived from organic photovoltaic (OPV) devices are studied. The results show that NLO performance of planar molecule (O-IDTBR) is better than that of twisted molecule (IDFBR) in solution or film state.
Challenges and opportunities of pharmaceutical cocrystals: a focused review on non-steroidal anti-inflammatory drugs
Authors: Garg Utsav , Azim Yasser
Published: February 2021

The focus of the review is to discuss the relevant and essential aspects of pharmaceutical cocrystals in both academia and industry with an emphasis on non-steroidal anti-inflammatory drugs (NSAIDs).
A palladium-catalyzed cascade process for spirooxindole: an alternative way for the synthesis of spiro(indoline-3,2′-quinazolin)-2-ones
Authors: Sharma Abhilash , Dutta Dhiraj , Gogoi Pranjal
Published: February 2021

A palladium-catalyzed synthetic strategy has been developed for one-pot synthesis of functionalized spiro(indoline-3,2′-quinazolin)-2-one derivatives from 2-aminobenzonitriles, arylboronic acids and isatins. This cascade strategy proceeds via successive C–C and two C–N bond formations in a single reaction vessel.
Novel green manufacture of metallic aluminum coatings on carbon steel by sol–gel method
Authors: Chen Yuanyuan , Shen Shaobo , Hou Quanqi , Zhang Zhen , Gu Jinlang
Published: February 2021

The novel double-layer specimen of Al coating had the ability to resist simulated seawater corrosion for 30 days and air oxidation at 500 °C for 15 h.
Surmounting tumor resistance to metallodrugs by co-loading a metal complex and siRNA in nanoparticles
Authors: Qiao Hongzhi , Zhang Lei , Fang Dong , Zhu Zhenzhu , He Weijiang , Hu Lihong , Di Liuqing , Guo Zijian , Wang Xiaoyong
Published: February 2021

Bcl-2-related tumor resistance to anticancer drugs can be overcome by silencing the cellular Bcl-2 gene via RNA interference. The realization of the goal is exemplified by delivering Bcl-2 siRNA and a tumor-resistant Cu complex to cancer cells with an ATP-responsive nanocarrier.
Olefin metathesis: what have we learned about homogeneous and heterogeneous catalysts from surface organometallic chemistry?
Authors: Copéret Christophe , Berkson Zachariah J. , Chan Ka Wing , de Jesus Silva Jordan , Gordon Christopher P. , Pucino Margherita , Zhizhko Pavel A.
Published: February 2021

Surface organometallic chemistry bridges the gap between homogeneous and heterogeneous olefin metathesis catalysts.
Tailoring the optical and dynamic properties of iminothioindoxyl photoswitches through acidochromism
Authors: Medved' Miroslav , Hoorens Mark W. H. , Di Donato Mariangela , Laurent Adèle D. , Fan Jiayun , Taddei Maria , Hilbers Michiel , Feringa Ben L. , Buma Wybren Jan , Szymanski Wiktor
Published: February 2021

Protonation of an ITI molecular photoswitch shifts its absorption to the orange/red part of the spectrum and allows for manipulation of the thermal half-life of the photogenerated E-isomer over three orders of magnitude.
Manganese catalyzed C-alkylation of methyl N-heteroarenes with primary alcohols
Authors: Jana Akash , Kumar Amol , Maji Biplab
Published: February 2021

C-Alkylations of nine different classes of methyl-substituted N-heteroarenes are disclosed using a bench stable Mn(i)-catalyst under borrowing hydrogen conditions.
Dehydrative allylation of P–H species under metal-free conditions
Authors: Yang Xiaobo , Li Bowen , Xing Huicong , Qiu Ju , Loh Teck-Peng , Xie Peizhong
Published: February 2021

Wide-spectrum P–H species can be successfully incorporated into the dehydrative cross-coupling process with allylic alcohols.
The use of amino-based functional molecules for the controllable synthesis of noble-metal nanocrystals: a minireview
Authors: Li Zhijuan , Li Meng , Wang Xuan , Fu Gengtao , Tang Yawen
Published: February 2021

This review summarizes recent progress relating to the use of amino-based functional molecules in the controllable synthesis of noble-metal electrocatalysts.
Social graph convolutional LSTM for pedestrian trajectory prediction
Authors: Zhou Yutao , Wu Huayi , Cheng Hongquan , Qi Kunlun , Hu Kai , Kang Chaogui , Zheng Jie
Published: February 2021

Understanding the movement of pedestrians and predicting their future trajectory can be very important in intelligent transportation systems because accurate pedestrian trajectory prediction will improve the level of autonomous driving technology and reduce traffic accidents. The authors address this problem with a social graph convolutional long short‐term memory neural network architecture by considering the movement information of each pedestrian and its interaction with neighbours. Specifically, the authors use a graph to model pedestrian walking state where nodes denote the pedestrian movement information, and edges represent the interactions between pairwise pedestrians. An end‐to‐end architecture that combines a sequence‐to‐sequence model with a graph convolutional network to learn the movement features and interaction features is used. To capture the interaction influence on different pedestrians, an emotion gate to refine the learned features and filter out useless information is introduced. A companion loss function to increase the ability of the network to capture ‘walking in groups’ behaviour is further proposed. Through experiments on two public datasets (ETH and UCY), the authors prove that our method outperforms the previous methods.
Orbital eccentricities as indicators of stellar populations
Authors: Cubarsi R. , Stojanović M. , Ninković S.
Published: February 2021

Aims. Based on a local sample from Gaia DR2 catalogue composed of 74 339 stars, we are able to derive more accurate kinematic statistics defining the local stellar populations and classify the stars in terms of their planar and vertical orbital eccentricities.

Methods. Firstly, we carried out a kinematical characterisation of stellar populations from a tested mixture model that fits the trivariate velocity cumulants up to the fourth order, maximises the entropy of the mixture probability, and minimises the χ2 error. We then proposed several approaches to classifying the stars according to the population they are most likely to belong to. None of these approaches provided a definitive solution due to the overlapping of the partial distributions. Finally, by using the epicycle approximation, we transformed the three-dimensional velocity probability space into a two-dimensional diagram. In one direction, the information of the two planar velocity components is picked up by the planar eccentricity. In the other direction, the vertical eccentricity does the same with the vertical velocity component. However, in the vertical direction, the epicycle approximation is not valid and it is replaced by a biquadratic approximation.

Results. In the eccentricity diagram, the region of maximum probability for a population is approximately delimited by straight line. We characterise three local kinematic populations: thin disc, thick disc (composed of two subpopulations: canonical thick disc and metal-weak thick disc), and kinematical halo (metal-rich thick-disc plus chemical halo). The Gaia DR2 sample allows us to estimate small mean radial differential motion of 5 ± 2 km s−1 between the thin and thick discs, and of 9 ± 3 km s−1 between both thick-disc subpopulations, as well as between the disc and the kinematical halo. All disc populations and subpopulations have significant vertex deviations.

Conclusions. The classification of the stars from the eccentricity diagram resolves the problem of overlapping velocity distributions by producing a segregation that is more net, along with a more precise kinematical characterisation of populations.
Study on External Power Receiving Planning of Receiving-end Grid in AC/DC Hybrid Background
Authors: Qin Liangdong , Zhang Jing , Wang Ying , Xi Peng , Wang Ning , Wan Zhendong , Yang Shujing
Published: February 2021

Based on the practical experience of power grid planning, the general characteristics and main problems of the receiving-end grid are summarized, and the ideas and methods of external power receiving planning are put forward. Combined with the current situation, the pattern of power supply and demands of a typical recipient power network in China, this paper analysed the reasonable scale of power receiving, the proportion of AC/DC power transmitted and the infeed AC/DC terminal location for long-term development, and conducts comprehensive technical and economic comparisons among various feasible external power receiving schemes to form a recommended scheme
An Evaluation on the Implementation Effect of the National Standard - Norm of Water Intake-Part 1: Fossil Fired Power Production (GB/T18916.1-2012)
Authors: Rong Cai , Xue Bai , Mengting Hu , Yubo Zhang , Lijia Zhang , jiawei Zhang
Published: February 2021

The evaluation on the implementation effect of the standard not only constitutes an important basis for promoting the implementation and the quality of the standard, but also provides an important technical basis for implementing national water conservation actions and achieving the dual control targets for water consumption and intensity. This article analyzes and evaluates the implementation effect of the National Standard GB/T18916.1-2012 Norm of Water Intake-Part 1: Fossil Fired Power Production from three aspects including the Standard’s technical indexes, implementation effect and implementation benefits, and provides a foundation and reference to study and conduct evaluations on the implementation effect of the national standard for the norm of water intake.
Mechanical properties of heat resistant steel serviced for 30 months
Authors: Ren Facai , Xu Jinsha , Tu Zhiqiu , Si Jun
Published: February 2021

Grade 91 steel pipe was replaced after about 30 months of service. In this paper, the tensile properties, microhardness and chemical composition of the pipeline steel are systematically tested and analyzed. The results show that the properties of the steel still meet the requirements of relevant standards.
A Bearing Life Prediction Method of Improving Smooth Degree and the Background Value
Authors: Zhang Yichi , Xu Yan , Shu Tao
Published: February 2021

Bearings, as a component in many complex weapons, can be used to reduce friction to improve the efficiency of equipment. Bearing CV value can quantify the working performance of bearings, which can act as a reference standard for staff to evaluate the working condition of bearings. According to the known data, the real CV value of the bearing is calculated in this paper. In order to improve the smoothing ratio, the data is processed by the idea of data transformation and the background value is optimized by the new formula. The two improve the GM (1,1) model and simulate the predicted bearing CV and calculate the moment of failure by this model, which is compared with the traditional GM (1,1) and the improved GM (1,1) by cumulative method in terms of error and accuracy. It is verified that the average relative error and the model prediction accuracy of the model prediction life are 0.0185 and 98.15% respectively after the improvement of the stability and background value. Therefore, this method has certain practical value in engineering, and is more effective than the cumulative GM (1,1) model.
Advanced Computing Technology and Standardization Research
Authors: Lei Gen , Yang Hong , Li Mengliang , Wang Jingjing
Published: February 2021

Advanced computing has become one of the most important technical fields in the 21st century. In the Internet of Things, artificial intelligence, autonomous driving, weather forecasting, aerospace, information research, life sciences, materials engineering and basic scientific research, industry informatization, and data Concentration and other aspects are of great significance and play a fundamental role in the progress of the entire society. This article will start with the introduction of the development process and basic concepts of advanced computing, focusing on the development status and standardization of advanced computing, and will give suggestions for the development of advanced computing in combination with the actual situation in my country.
Research and analysis of energy management in ceramic industry
Authors: Gong Ming , Li Guangtao , Li Kejing , Wang Kaifang
Published: February 2021

This article mainly researches and analyzes the relevant standards of the energy management system of the ceramic industry at home and abroad, the content of the energy management system and the status quo of the industry's energy management, and elaborates the necessity and urgency of the implementation of energy management standardization in the ceramic industry.
Study on Application of Novachip Ultra-thin Layer
Authors: Yang Ruihua , Zhang Chao , Zhou Qiancheng , Liang Yinghui
Published: February 2021

Based on the Novachip ultra-thin layer project in the expressway, the material characteristics, mixture design and road performance of Novachip asphalt mixture are introduced. The application effect of Novachip ultra-thin layer was observed. The results show that Novachip ultra-thin layer has no obvious effect on improving the smoothness of the original road surface. Novachip ultra-thin layer has obvious effect on improving the rutting, and has a good anti-skid performance.
Research on the design and Creation of contemporary Powder enamel based on NURBS modeling method
Authors: Cheng Dong
Published: February 2021

as an important discovery of ceramic design, contemporary ceramic design must be able to keep pace with the development of the times, learn to actively introduce new elements into the creation. This paper attempts to carry out the research of contemporary ceramic design and creation based on NURBS modeling, which is to integrate digital technology into the traditional ceramic design, and use NURBS modeling to innovate the decoration design of contemporary Famile-rose porcelain, so that the pastel porcelain works have a stronger sense of the times.
The impact of the enrichment of the radionuclide thorium in the water body caused by industrial mining on the local ecological environment
Authors: Hu Fengjiao , Deng Li , Chen Zhichao
Published: February 2021

In order to further understand the impact of industrial mining on the environment, this study conducted environmental monitoring on the radionuclide thorium content in a water body in an industrial mining area in Gansu Province, aiming to fully understand the occurrence of radioactive map elements in the area and its impact on the local. The specific impact caused by the ecological environment. The results of this paper are as follows: In the water environment surveyed this time, surface water has the highest content of radioactive thorium at 0.2μg/L, and the lowest concentration of radioactive thorium in groundwater, with an average concentration of 0.04 μg/L. And with the depth of surface water sampling, there is a negative correlation between the content of thorium in the water. This research content can provide sufficient reference materials for the occurrence of thorium in the water in industrial mining areas, and is of great significance to the related research on radioactive elements in the water.
Research on Departmental Collaborations in the Local Government Energy Conservation
Authors: Wensong Yu , Shujun Wang , Xiaoshen Cai
Published: February 2021

The scientific and reasonable departmental collaboration is the key to effective energy conservation work carried out by local governments. This study collects energy-saving policy texts and energy efficiency data of 121 local governments, uses data mining, social network analysis, and related analysis methods to analyze the departmental collaborations in local government energy-saving, and reveals the main problems in departmental collaborations. The results show that: from the structural law, the collaborations with the Department of Water Resources should be strengthened, and the collaborations with Department of Culture and Tourism and Department of Education should be reduced, which can improve energy efficiency. The main problem of current departmental collaborations is that Department of Water Resources is facing obvious lack of collaborations, and the collaborations between relevant departments and Department of Water Resources should be strengthened.
Analysis on Regional Differences of China's Medical and Health Development Level
Authors: Zhang Yulu , Ding Shengxi
Published: February 2021

Since the reform and opening up, China’s economy has developed rapidly. At the same time, China’s medical and health services have also made great progress. However, the outbreak of the new crown epidemic has exposed many problems such as the uncoordinated development of China’s medical and health regions. SPSS22.0 and Geoda software analyze the differences in the medical and health development levels of China's 31 provincial administrative regions, and then propose corresponding policy recommendations.
Research on River Water Environmental Capacity Based on Triangular Fuzzy Technology
Authors: Gao Sudi , Luo Yueying , Yang Tan
Published: February 2021

Based on the randomness and ambiguity characteristics of the river water environment system, as well as the lack and inaccuracy of data information, the water environment system parameters are defined as triangular fuzzy numbers. On this basis, by fuzzing the parameters of the conventional deterministic model, a fuzzy model for calculating river water environmental capacity is established. According to this model, the river water environment capacity in the form of triangular fuzzy numbers can be calculated. According to the requirements of a given level of credibility, the water environment capacity can be further converted from triangular fuzzy numbers to interval values. Research shows that compared with conventional deterministic methods, the results obtained are more scientific and reasonable
Analysis of Ground Deformation Caused by Subway Tunnel Excavation in Kunming
Authors: Wei Ping , Wei Liuchuang
Published: February 2021

Research at home and abroad shows that subway excavation often causes soil stress loss, resulting in settlement deformation and horizontal displacement of stratum. Therefore, combined with the special engineering geological conditions in Kunming area, the foundation deformation caused by subway excavation is studied, so as to provide an important foundation for proposing the protection measures of surrounding buildings and buried pipelines and promoting the construction of subway.
Study on the virtual reality evolution of modern settlements along Liaohe River
Authors: Pan Bo , Zhao Dandan , Liu Siduo , Yu Wei
Published: February 2021

At the end of Qing Dynasty, with the opening of Yingkou port, the economic exchanges between Northeast China and foreign countries were exported. The transportation of goods was more convenient by water than by land. Liaohe river has become an important road of trade transportation, At the same time, it has also become an important way to culture introduction. Therefore, there are nearly three times more ports along the Liaohe river than before. With each port as the core, gathering the resources of the region becomes the core of transportation. The agglomeration of transportation promotes the emergence of corresponding service facilities and the rapid development of economy.

Among them, Tianzhuangtai, located in the southern edge of Panjin City, bordering Liaohe river in the East and Bohai Sea in the west, is a typical representative of these traditional settlements. It has entered a period of rapid development from a military important town to a trade center since ancient times. The following changes in the settlement space have also shown a trend of development against the tradition, and the evolution of a series of patterns is also the materialization of the special political, economic and cultural influence of the Northeast in modern times.
A pseudo Karnaugh mapping approach for datasets imbalance
Authors: Lu Zhijian , Liu Gang , Liao Rongwen
Published: February 2021

The problem of dataset imbalance has raised a wide concern in many machine learning areas, but not in non-intrusive load monitoring, or load disaggregation. In this study, a pictorial evaluation method is proposed to representation the imbalance class distribution in datasets. We colored a Karnaugh maps according to the quantities of different variables combination to offer a visual impact to the whole dataset. After utilizing this method on a public dataset and its testing result, a clear imbalanced abundance in the dataset and an exciting performance have been found. A preliminary Python package to realize this mapping method has been uploaded on GitHuba.
Effectiveness Evaluation of “Five Chain” Integration of State Grid Corporation of China Based on TOPSIS Method
Authors: Guangrui Tang , Yong Zhang , Yan Chang
Published: February 2021

Under the guidance of the new strategic objectives of the power grid company, it is necessary to inject innovative vitality into personnel training, capital investment, and technological progress in order to achieve the goal of increasing the value of power grid companies. This paper analyzes the coupling relationship of “innovation chain, talent chain, technology chain, capital chain and value chain”, and establishes the evaluation index system of “five chain” integration effectiveness. Then, the traditional Analytic Hierarchy Process (AHP) is improved, and the Technique for Order Preference by Similarity to Ideal Solution (TOPSIS) model is constructed. Finally, three provincial power grid companies are selected for example analysis, and the innovation effectiveness ranking of each company is obtained, which verifies the effectiveness of the model proposed in this paper.
Method for Designing Endogenous Runoff Sponge Green Space in the Riverside – A Case Study of the Green Space on the North bank of Yaojiang River in Ningbo
Authors: Xiayu Wang , wei Wu
Published: February 2021

The riverside green space is an important ecologically sensitive area which connecting urban space and the river. The traditional landscape design method to create riverside green space can no longer meet the requirements of the concept of an ecological city. In recent years, the spongy city concept that has emerged in China which has provided new research ideas for the landscape design of riverside green spaces. Based on the characteristics of endogenous runoff type riverside green space, this paper takes the sponge system of the green space on the north bank of the Yaojiang River as the research object, analysed it’s design strategy, and summarizes the design process and method of the sponge system. The purpose is to provide a reference for the design of the sponge system of the endogenous runoff type riverside green space in the future.
Research on the Cultivation of Innovative Entrepreneurship Ability of Business English majors under the Background of Internet
Authors: Yin Xiaoxia
Published: February 2021

With the development of social economy and Internet technology, the demand for business English professionals has improved significantly. Business English major is mainly to train applied high-quality technical talents for the society, so we should pay attention to the practical ability of the students. Under the background of the era of “Internet”, business English education should pay attention to the cultivation of students’ innovative and entrepreneurial ability, and explore more ways to cultivate the ability of combining innovative entrepreneurial practice with business English teaching.
The whole life cycle model of China’s PPP water project: based on IDEF0 approach
Authors: Tian Jiawei , Chen Chuan
Published: February 2021

As a country with a large population and rapid development, the shortage of water resources is a serious challenge facing China. To meet the needs of domestic and industrial water, since the 1990s, China has begun to try to adopt the PPP delivery model in water projects. Compared with the traditional delivery mode, the PPP method includes the characteristics of high investment, many participants and long payback period. In order to better understand PPP, it is very important and meaningful to model the whole process of PPP project. Through literature review and case study, this paper established a whole life cycle model of China’s PPP water project, which is helpful to better analyze and manage the various processes in the PPP water projects, so as to enhance the operational quality of PPP water projects.
Literature Review of Machine Vision in Application Field
Authors: Zhang Chen , Xu Xuewu , Fan Chen , Wang Guoping
Published: February 2021

Aiming at the application and research of machine vision, a comprehensive and detailed elaboration is carried out in its two application areas: visual inspection and robot vision. Introduce the composition, characteristics and application advantages of the machine vision system. Based on the analysis of the current research status at home and abroad, the application development trend of machine vision is prospected.
Research forecasting model to solve the problem of marketing needs of enterprises
Authors: Jing-lan Mo , Yang-yang Wu , Yao Wang , Yu-ting Huang
Published: February 2021

This essay focuses on the temperature variation law of the center of the target board soldering area at a certain position when the reflow oven starts working as the core discussion. Using the principle of heat conduction, Fourier's law to solve the problem of temperature values and temperature change laws in the center of the soldering area of the target circuit board at different locations under set conditions. As in the actual process, the temperature change in the center of the soldering area is limited to certain conditions, we can use the target planning, prediction methods, to build a model to solve the maximum problem. At the same time we need to consider the quality of the target circuit board, the use of neural networks, genetic algorithms to establish optimization models for target optimization, and ultimately the optimal furnace temperature curve.
Innovative Metaphorical Design based on Parametric Technology
Authors: Jiale Tian , Li Jiale
Published: February 2021

This paper explores the application of metaphorical design in furniture design based on parametric technology. The semantics of designs were expressed by metaphors to enrich the ways of expression of furniture and meet customized needs. The methods, application and emotional expression of metaphorical design were analyzed, and the utilization of parametric technology in metaphorical design was explored based on case studies. Metaphorical design, as a means of furniture design, is a way of expression, or even an outcome of expression. Use of metaphorical design in the design process and parametric technology in manufacturing will allow the designers to turn conceptual ideas into real furniture pieces.
Research on the Theoretical Innovation of Chinese Land Art from the perspective of Internet+
Authors: Yao Yu
Published: February 2021

At the Echigo-Tsumari Art Triennial, artists used the countryside as a stage for their artworks. The Echigo-Tsumari region has also taken this opportunity to revive its economy and rural culture. And the inspiration from this case is something that cannot be ignored in China today. This article analyzes the Echigo-Tsumari Art Triennial and some Chinese local arts festivals, go a step further and taking advantage of the advantages of China's Internet in logistics and information dissemination to extend the cultural strategy of combining rural culture with art.
Research on innovative design of digital communication of cosmetics advertising
Authors: Lu Sun
Published: February 2021

The development of digital media has brought substantial changes to the cosmetics advertising communication. In this study, the environment and models of cosmetics advertising communication design in the era of digital media were firstly analyzed in detail, then the problems in the communication design of cosmetics advertising were discussed, and finally innovative strategies for the design of cosmetics advertising communication in the era of new digital media were proposed.
The Localization Style Design Analysis of Domestic Animation The case study of Scissor Seven
Authors: Fusong Liu
Published: February 2021

Scissors Seven as a GuangZhou native animation works has won a large number of fans on the Internet, network playback volume reached 260 million, and in 2018 became the only domestic animation in the Annecy international animation film festival, in 2019,in 2020 Magnolia Award for Best Animated Screenplay at the 26th Shanghai TV Festival became the only domestic animation work award in the past five years.Further more the film became Netflix online products, The Japanese and English versions can be seen in 29 countries and 190 regions .Most of the audiences love this work and gave a good comments.

This paper will analyze the visual and auditory elements of the work around the localized style design of the film, so as to obtain the inspiration and thinking of domestic animation design.
Application of BIM Technology in the Whole Process Engineering Consulting Management
Authors: Deng Chunyao
Published: February 2021

Since the implementation of the reform and opening policy, the full support of engineering construction projects has promoted the rapid development of China's national economy. Among them, engineering consulting management is more and more widely used in engineering projects and economic life. This article first summarizes the importance of the entire process engineering consulting integrated management research. The author analyzes the advantages and significance of the integrated management research of the whole process engineering consulting in China, and further puts forward the application countermeasures of the whole process engineering consulting service in construction projects.
The Creation of Beautiful Countryside in the Internet Age: Semantics, Theory and Path-Taking Yuan Ye as an Example
Authors: Yue Dong , Gang Li , Zhenzhi Wu
Published: February 2021

With the advent of the Internet Age, the rapid development of modern rural construction and urban-rural integration, the revival of traditional culture and environmental improvement and many other factors, the multi-semantic social relationship of the beautiful countryside has been formed gradually based on the space, culture and locality. The reconstruction and reshaping of beautiful countryside in the Mobile Internet Age takes Yuan Ye as a theory and path to improve the quality of Internet rural culture, and combines the current technological innovation to expound such design ideas as poetic charm, adaptation to local conditions and so on in garden culture, injecting new design vitality to the inheritance of cultural resources and construction of modern rural society.
Based on the digital technology of smoked painting cultural creation product design
Authors: Jing Zhang , Jiayi Yin
Published: February 2021

Under the product design in the digital information age is no longer a common product design, digital technology has a wide range of areas, is composed of a variety of technology, by referencing the digital technology in the design of the product to solve the current existing problems and solutions. Through the understanding of the current situation, color analysis, image extraction of these three artistic processing design this design contains more designers to understand the deep step of our era, the design focuses on modern people psychological needs and the moral of the product. Gradually integrate product design art and digital technology into people's life, making it a key factor to promote the development of digital art technology.
A color study on the packaging design of Korean brand cosmetics -Focusing on affordable brands for female consumers-
Authors: Wen Fang , Huang Meng-jun
Published: February 2021

Cosmetics are essential items in the daily life of modern women. With the improvement of living standards, people have higher and higher requirements for cosmetics. Color is the most sensitive part of people's visual experience. Color design plays an important role in many fields. For successful product packaging, the perfect combination of physical and psychological functions perfectly reflects the characteristics of the product and can attract consumers' attention. In the face of fierce competition, only outer packaging with clear visual characteristics can attract consumers. This research mainly studies the color design of cosmetic packaging design from the perspective of female consumers, and analyzes and summarizes the color design of Korean cheap cosmetics packaging. Use the KSCA program to analyze the color design of the brand, and then perform further analysis by displaying the extracted color values on the IRI image scale. After selecting the cosmetic brand to be studied, use the KSCA program to analyze the color design of the brand, and then perform further analysis by displaying the extracted color values on the IRI image scale. The research results show that: (1) There is no significant difference in the packaging color design of the three brands, and the essence is the brand concept. The color vision rate is not high. The three brands are mainly large and bright background colors, and are designed with fresh green, yellow and orange to bring consumers a clean, natural and bright feeling. The design of these three cosmetics brands has left a deep impression on consumers through the design and impression of cosmetics. (2) In terms of vision and wisdom, the most common color scheme of Korean cosmetics brands is to separate colors similar to complementary colors. Mainly used in warm color series. According to different series, different colors are designed, and the young series usually use bright and bright colors as the primary colors, giving people a fresh, cute, natural and soft feeling. Series emphasizing individuality and efficiency usually use dark colors such as black, red and purple as primary colors, giving people a sense of elegance, mystery and nobility. These color designs can help consumers intuitively choose the attributes of their products through color.
Research on digital protection and inheritance of traditional literature
Authors: Han Rong , Wu Jinghang
Published: February 2021

As an important carrier of Chinese culture, traditional culture plays a two-way role in function of social education and cultural communication. In recent years, digital technology has been constantly updated and developed, making the interaction between traditional culture and users more convenient, efficient, and flexible. Based on the communication status of traditional culture, this study analyzes the theoretical level of traditional culture and combines the three aspects of form, color and connotation in interaction design. This paper discusses the design method of combining traditional cultural characteristics with expression methods in digital context.
Types of Industrial Architectural Heritage and Digitalized Protection Method of Zhenjiang
Authors: Xiao Li , Chang Liu
Published: February 2021

As an ancient historical city, where the Grand Canal meets the Yangtze River, Zhenjiang has more than 100 modern industrial architectural heritages and its scientific protection and utilization has become an important subject in the development and historical renewal of Zhenjiang city. By investigating and analyzing the basic types of industrial architectural heritage in Zhenjiang, this paper discusses the digital protection strategies and puts forward several specific digital protection methods such as heritage information collection, database construction, interactive experience. To promote the industrial architectural heritage in Zhenjiang to produce comprehensive value in the course of social development.
Deformation of Combined Retaining Structure in Geological Environment
Authors: Wang Yu , Li Yongyu , Huang Tianrong , Wang Shihua , Shu Zongying
Published: February 2021

As a new type of sliding support structure, composite support structure has excellent performance. It is a structure in which two rows of reinforced concrete piles are placed in an appropriate position and the front pile head is connected with the back pile body by a rigid beam. It will form a double row spatial structure, similar to the seating. h-type anti-slide pile can save (or even do not need) anchoring components, form a double-row pile supporting structure system, and achieve good supporting performance. By adjusting the position of tie - beam, the new type anti - slide pile has wider universality and applicability. We can make assumptions in the actual calculation.h - type anti - slide pile has strong anti - overturning ability. The compressive strength of the front pile and the tensile strength of the back pile can form a pair of effective anti-overturning bending moments, and the rigid joints also improve the anti-overturning ability.
Suggestions on setting up BIM course in architecture major of colleges and Universities
Authors: li Yanwei
Published: February 2021

Architecture plays an important role in the process of urban construction and social and economic development. Similarly, the application of BIM Technology in the process of urban construction also has a very important significance. To promote the integration of architecture teaching and BIM Technology is not only the need of Architecture Teaching Reform in Colleges and universities, but also the need of urban construction and social and economic development. It is an effective way to promote the development and improvement of the teaching level of architecture major in Colleges and universities to make clear the problems faced by the integration of BIM Technology into the teaching of architecture major in Colleges and universities at the present stage, and take effective measures to establish the teaching mode of architecture major based on BIM technology.
Research On The Hybrid Teaching Method Of Ideological And Political Course Online And Offline In Higher Vocational Colleges Under The Background Of Internet
Authors: Wen Jihua
Published: February 2021

In the 21st century, the rapid development of the Internet has affected all walks of life to varying degrees. In the era of rapid development of the Internet, the ideological and political teaching of higher vocational colleges lags behind the development of the times. Whether from the aspects of ideological and political teaching content, ideological and political teaching means or teaching teachers' accomplishment, how to better use the Internet to meet the teaching requirements of the new era is undoubtedly a major problem that higher vocational colleges need to think about in the teaching industry, so higher vocational colleges should seize the opportunity, face the difficulties and comply with the requirements of the new era, Construct the teaching theory system of ideological and political course with characteristic socialism.
Research on schedule control method of EPC general contract project based on Technology Management
Authors: Zhou Ping , Jin Cheng , Xiao Shengming , Jiang Tie
Published: February 2021

In order to improve the effect of EPC project schedule control, increase the precision of project control, and achieve the best project management benefits, this paper proposes a schedule control method of EPC general contract project based on technical management. The audit process of project contracting is used to optimize the management content of EPC project, and the schedule control of EPC project is realized by managing EPC project information, controlling EPC project schedule and adjusting the progress of cost engineering project. In order to verify the control effect of this method on EPC project schedule, a comparative experiment is designed. This method can effectively improve the project control accuracy, ensure the project cost and quality, and complete the operation and management objectives of the construction project in a reasonable time.
Research on the Reform of Undergraduate Computer Courses Based on OBE Model
Authors: Libo Xing , Yan Xu
Published: February 2021

Computer public course is a compulsory course for college students, which plays a very important role in students' future study and work. Therefore, practice and application must be the main body in teaching. University undergraduate computer public courses should make full use of the characteristics of the course, use the OBE model to guide the teaching output, take "facing the society, aiming at the post, strengthening ability, assisting major" as the guiding ideology, establish the teaching concept of "teachers as the leading role" and "students as the main body", so as to create high-quality teaching links of computer public courses.
New Technology and New Shadow Play: New Media's Technical Promotion of Shadow Play
Authors: Jin Lianghui
Published: February 2021

Shadow Play is an ancient traditional folk art, which has been included in the Representative List of the Intangible Cultural Heritage of Humanity at present. Different forms of entertainment sources have appeared one after another with the rapid development of society. Because of its lack of competitiveness, Shadow Play has disappeared from the public's eye increasingly. In the meanwhile, different digital media technologies are used in a wide range of all aspects of life and entertainment. It’s also a particular fine opportunity for Shadow Play to develop itself again. This article attempts to discuss the application of digital media art in the content and stage of Shadow Play and combine digital media art with the stage presentation of Shadow Play. There is some advice that is come up for the development of Shadow Play in the contemporary society, which also provides a better conservation for traditional art and hands it down.
Psychological Cognition and Thinking Needs in Visual Communication Design
Authors: Zhao Dandan , Pan Bo
Published: February 2021

The visual information design refers to the communication and exchange with the real world through the graphic signification. The understanding of a graph is a visual recognition process of the graphic object. The audience can feel the intangibility of the design work behind the tangibility during the transmission, perception, communication and resonance processes. The unconscious mind of the audience is aroused under the visual impact, thus reaching the goal of transmitting the concept of information appeal. Influenced by the holistic view of the Gestalt Psychology, the modern cognitive psychology highlights the comprehensive analysis of human cognitive process, while Gestalt psychologists lay the emphasis on the integrity of experience and behavior. According to the principle of Gestalt Psychology, the form perceived is not the direct imitation of an objective thing, but instead, it is the perceptual construction activity when eyes capture the thing. As a manifestation system in the visual perception research field, the Gestalt Psychology teases the related perceptual organization principles for the human cognitive process and promotes the development of the visual perception researches. Based on the Gestalt Psychology, it is proposed in this research to study psychological phenomena from the holistic dynamic structure, explore the visual information design, and exploit the design field of view and creative thinking, in an effort to form a new design philosophy which will play an important role in improving the aesthetic effect and visual impact of the design work.