bluuebunny/crossref_metadata_2025_split huggingface dataset:
The Comprehensive Study of Product Criteria on Infant-Wrap (InfaWrap) Device: Engineering Perspective
Authors: Rahim Mohd Hanafi Abdul , Adib Mohd Azrul Hisham Mohd , Hasni Nur Hazreen Mohd 
Published: June 2020

Abstract
Nowadays, most of the parents still monitor their baby’s health using a manual oximeter device. However, the existing oximeter device was a hassle for infant and presented the monitoring process difficult. In this paper, two different prototype of the infant-wrap (InfaWrap) device is well compared. This InfaWrap device is purposely to monitor the SpO2 and heart rate of the baby. The device also easier to use, fast and provides accurate on baby’s SpO2 and heart rate. Presently, the main problem was related to the clinical which used of the conventional wrapping concept. Normally, the method involved the movement of the infant’s leg which is easier to deprive. This study focuses on the perspective of engineering students on InfaWrap device criteria needed from the customer compare between prototype 1 and prototype 2. The results obtained in the perspective study generally shows the prototype 2 is better than the prototype 1 especially on design, safety, comfortability, size, and weight. Finally, by use of this comprehensive study of the product criteria on InfaWrap device, we expected to help experienced professional’s designers to develop more good products in the future especially on medical devices.
Web application scanning for malware attack detection with provide appropriate incident report by using hybrid method
Authors: Ariffin Afiza , Razak Aina 
Published: June 2020

Abstract
In the era of Internet of Things (IoT) technology, potential malware that has the ability to attack any computer software, server or network from various way are increasingly due to the common use of anti-malware software and some of malware, which is not detectable by antivirus. Seeing that the number of malware is increasing rapidly and each malware have different way to attack, it become more challenges to the existing malware detection to stave off extensively. Malware detection is a process to perform analysis of malware on examine the components and behaviours of malware. Malware detection involve two techniques, which consists of static and dynamic analysis techniques. Static analysis technique examine malware without running it or not viewing the actual code. It will employs different tools to identify malicious file, provide the functional information and collect technical indicator to produce signature. For dynamic analysis technique also called as behaviour analysis technique, it runs malware to observe its behaviour, understand the functionality and identify the technical indicator for signature detection. Although there are advantages to conducting static and dynamic separately, but there are some limitation. Implement static and dynamic analysis techniques together are more valuable for reverse engineering complex malware. It will helps to identify the true intent and capabilities of malware and can provide a technical indicator, which cannot be achievable individually. This research propose a hybrid technique, which integrates static and dynamic analysis technique, to examine malware and measure the effectiveness based on the detection time. The proposed scheme should able to run and examine a malware with a low detection time. Besides, this research will also come with some suggestion to be taken once the malware is detected. By using Java language, the web application to analysis malware by using hybrid technique will be presented.
Aligned Magnetic Field on Williamson Fluid over a Stretching Sheet with Newtonian Heating
Authors: Hashim Hasmawani , Sarif Norhafizah Md , Salleh Mohd Zuki , Mohamed Muhammad Khairul Anuar 
Published: June 2020

Abstract
Boundary layer flow and heat transfer on Williamson fluid over a stretching sheet is numerically investigated. This paper has been conducted with aim to address how to extend the mathematical formulation for the aligned magnetic field on Williamson fluid over a stretching sheet with Newtonian Heating and how does the effects of several parameters with thermal boundary condition of Newtonian heating in the temperature and velocity profiles. The main objectives of this study are to extend the mathematical formulation and solve numerical algorithms for computations by using Runge-Kutta-Fehlberg (RKF45) technique and analyze the influence aligned angle, magnetic field parameter, Williamson fluid, Prandtl number and conjugate parameter in the term of distribution velocity and temperature are presented graphically. The finding revealed that increasing Williamson fluid parameter, resulted in negative value due to opposite direction between fluid flow and stretching sheet. Increasing on values of Prandtl number results to a decrease in temperature profile. Further, increasing the conjugate parameter resulted to the increased in boundary layer thickness and increasing the magnetic field parameter results to reduced the velocity profile.
An Exploratory Factor Analysis for Consumer Traits among Malaysian e-Service Users
Authors: Razak Fahmi Zaidi Abdul , Bakar Azlina Abu , Abdullah Wan Salihin Wong 
Published: June 2020

Abstract
Nowadays, many countries are working to implement e-government in their country. This requires substantial investments and, if the consumers do not make use of them, the investment would be considered a failure. Many previous researches have looked at the validity of consumer traits dimension as well as its role in predicting technology adoption. This research seeks to explore the validity of the dimension of consumer traits in the Malaysian context. Using a structured questionnaire derived from the literature, data was collected from 543 e-service users in both public and private institutions in Malaysia. Data was analyzed using exploratory factor analysis (EFA). The results indicate that the consumer traits were valid with three factor model.
Digital Addiction among Young Adolescent: Mitigating the Impact of Media Technological Adversity
Authors: Fauzi Muhammad Ashraf , Sulaiman Noor Suhani , Kasim Nur Muneerah , Harun Siti Aminah 
Published: June 2020

Abstract
Addiction toward social media has become a new norm, especially among young adolescent. Social media users in Malaysia accounted to nearly 20 million, more than half of the population. Some individual having more than one account in different social media platform. With the increasing prevalent of social media addiction among young adolescent, this study ought to identify what are the critical factors that can influence one addiction toward social media. Based on the technology acceptance model (TAM) and flow-happiness theory, this study would like to unfold this issue and connect the possible factors that play critical role in user’s social media addiction based on its detrimental impact. Using partial least square structural equation modelling (PLS-SEM), this study applies the quantitative study by testing the antecedents of social media addition. 217 respondents who are mainly university students responded to the survey. It was found that the most critical factor is perceived ease of use on perceived usefulness and subsequently attitude. The second most critical path is user’s enjoyment toward satisfaction. Surprisingly, perceived usefulness towards habit and attitude toward social media addiction itself was not significant. This study would help practitioners to implement mitigating strategy to reduce social media addiction young adolescent, especially those who studying in school and higher education institution.
Virtual Model Testing of Widad Psychetra Door (WPD) & Extraversion Personality Type
Authors: Harun Siti Aminah Binti , Jinnah Arifa Binti Mohd Ali , Fahmi Fajjar Binti , Sundaralinggam Navina AP , Khalili Danial Amin Bin , Firdus Fadhlin Mukhtarah Binti , Khair Nur Nabila Binti Sabahul , Noor Ain Aliya Binti Mohd , Saharudin Nurul Wahidatul Nasrah Binti 
Published: June 2020

Abstract
The purpose of this paper is to address the new invention - Widad Psychetra Door (WPD) on how re-generate low costing instrument of psychology games (combining perceptual illusions and active focus repetitive behavior) to Re-Instrumental Scale for basic Personality Test among teenagers’ personality. This study is conducted to identify the repetitive level difficulty of segmented in WPD with extroversion personality type among 10 adolescents. This research used a qualitative methodology through interviewed and data was analysed used content analysis with 10 respondents in age range between adolescent are 14 to 16 years old. The segmented difficulty level shape is based on Holland theories of personality and whereas extraversion personality type defines based on Big Five Personality Model by Jung. Supported literature were discussed further with current research’s scholars in early 2010s. The result shown the difficulty level is very high at the third segmented which is accordance with the personality type own by the respondents (extraversion type). This research is only limit only in Kuantan City area only and one school population. Recommended further studies must be access to bigger population. Extraversion personality type of adolescent can be measure and compare between two bigger county populations.
Design of high-resolution digital-to-analog converter for 14-bit successive approximation analog-to-digital converter
Authors: Kamaruzaman Muhammad Syafiee , Ahmad Nabihah , Ruslan Siti Hawa , Majid Hasmayadi Abdul , Chia C Y , Kamal Nur Zazmera Mustafa , Wen Matthew Khoo Kah 
Published: June 2020

Abstract
Digital to Analog Converter (DAC) is the essential block to convert an input digital signal into analog signal. The switching technique is the important parameter that will affect the performance of DAC where to ensure the analog output signal can be obtained without any missing code. The capacitor DAC is most famous architecture used to design the DAC and it produce high power efficiency. But, the number of unit capacitors in DAC increase exponentially due to the increasing of resolution and a DAC block occupies a largest area among many internal blocks in Successive Approximation Register (SAR) Analog to Digital Converter (ADC). The DAC was designed for 14-bit SAr ADC using a hybrid Rc DAC architecture. The design of DAC has been carried out by using 0.18μm CMOS Silterra process Technology. The simulation results are done with 3.3V voltage supply and obtained DNL within -0.39 LSB to 0.238 LSB. It occupies an area of 0.614μm2.
Application of VR in Art Design
Authors: Qian Jun 
Published: June 2020

Abstract
VR (virtual reality) is a new type of audio-visual integrated information technology which integrates multimedia technology and network technology. The three significant characteristics of VR make it different from other visual technologies are on information interaction, spatial conception and perception comprehensiveness. With the unique presentation and 3D image generation of VR, it is gradually applied to many fields such as architecture, industry, environmental design, etc. VR through data model modeling and precise data calculation can maximize the intuitive display of the scene to be experienced according to the needs of customers, and improve the customer’s feelings and the timeliness of information exchange. At present, the application of VR in the world is more mature in the field of game industry and tourism. With the continuous development of the application, VR brings new vitality and new experience to many industries. This paper makes an in-depth study on the application of VR in art design, studies the change and impact of VR on art design and the feasibility model of VR applied in art design.
Research on Application of Neural Networks to Wind Power Prediction
Authors: Chen YuanYi 
Published: June 2020

Abstract
In this paper, a wind power prediction method based on deep neural network is proposed, which fully considers several factors that influence wind power, such as wind speed, wind direction, air density and season, and gives the best power prediction value through deep neural network training and learning. The results show that the neural network method improves the robustness of wind power prediction.
Application Analysis of PLC Technology in Electrical Automatic Control
Authors: Dong Wei 
Published: June 2020

Abstract
With the development of science and technology, automation technology has been widely used in people’s daily life. What’s more, electricity has played a very important role in social production. PLC technology has the characteristics of high reliability, flexibility, and easy to use, so it is vitally important for PLC technology to appear in the electrical automatic control. Based on the above features, this paper analyzes and studies the application of PLC technology in electrical automatic control.
A Brief Talk on the Computer Multimedia Network as a Powerful Aid to the Teaching of Guzheng in Colleges and Universities
Authors: Bai Juan 
Published: June 2020

Abstract
This article starts with the comparison with the advantages and disadvantages of MOOC education and traditional education. It is concluded that the two education methods use this mutual help and mutual learning to find out the most efficient and effective educational method. With the development of an economically willing society and the improvement of people’s cultural literacy, the zither is more and more known and understood, and the number of people learning and engaging in the zither is increasing. At the same time, many problems have arisen in the traditional zither teaching, such as teaching. The process is not standardized and unprofessional. The methods are incorrect. The students practice methods incorrectly. Recently, the new MOOC teaching method in the education industry can alleviate or even solve the disadvantages of the traditional teaching of Guzheng. According to their aptitude, teaching is a problem that should be paid attention to by the current educators.
Research on the influencing factors of tourist attractions selection based on ISM method from the perspective of Intelligent Tourism
Authors: Zhou Qi 
Published: June 2020

Abstract
With the rapid development of “Internet +”, intelligent tourism has become the main way, which requires the research on the influencing factors of scenic spot selection. Ism is the most widely used method in modern system engineering, which is a structural modeling technique. By decomposing it into several subsystem elements, we can use computer to analyze practical experience and knowledge, which will better form a multi-level hierarchical structure model of complex system. Among them, we can regard Intelligent Tourism as a complex system, which will better decompose various influencing factors. Through the analysis of the influencing factors of tourist attraction selection, the scenic spot can be better publicized and planned, which will improve the popularity of the scenic spot. Firstly, this paper analyzes the method of ISM. Then, based on ISM method, this paper analyzes the influencing factors of tourist attraction selection. Then, some suggestions are put forward.
IDC Cabinet Antiseismic Explicit Nonlinear Time History Analysis
Authors: Du WenMan , Zhang PengBo , Zhang ShanShan , Ji ShuQiang , Sun GuoLiang 
Published: June 2020

Abstract
In order to accurately solve the problem of large deformation and high stress of the IDC cabinet structure caused by seismic load, in this paper, the seismic test of IDC cabinet physical prototype was completed, and the dynamic response of IDC cabinet model was studied by Radioss time-history analysis. Firstly, the theory of nonlinear time-history analysis and the method of seismic test are introduced. Finally, the specific method of Radioss time-history analysis is introduced. The comparison of simulation and twst results verify the accuracy of key parameter setting, including connection unit, contact unit and hourglass control, providing reference for future seismic design of IDC cabinet products.
Application of Digital Audio Media in English Teaching
Authors: Li XinYuan 
Published: June 2020

Abstract
In recent years, “micro-lecture”, a new teaching resource mode, and “flipped classroom”, a new teaching model, have emerged abroad and achieved good teaching effects. In this paper, the application feasibility of digital audio media in college English teaching in China is explored by studying the concepts and features of digital audio media and “flipped classroom”, and analyzing the characteristics of college English teachers, advantages of digital audio media, learning characteristics of college students, current college English teaching model, and teaching environment.
Application of 3D-aided Design in Urban Planning
Authors: Jiang MingZhuo 
Published: June 2020

Abstract
To better express the design scheme, planners have always expected to present the design scheme vividly before construction and implementation. Compared with traditional aided design expression methods such as expression charts, sand table models, animation, etc., aided design techniques can show the design scheme better, which is conducive to adjusting and optimizing the scheme. In this paper, the concepts, characteristics, implementation methods of scheme expression charts, sand tables, 3D animation, aided design, and other scheme representation means as well as their application in the field of urban planning are briefly introduced. In addition, the latest application study of aided design technique in urban planning management of Shanghai and its application in the project of “Solicitation of planning schemes for both sides of Huangpu River” are briefly discussed.
Power Electronics Technology Considering Rough Set Attribute Reduction Algorithm Application of Electric Braking in Large Power Grid
Authors: Wei Lin 
Published: June 2020

Abstract
How to apply the advanced power electronic technology to the large power grid effectively, and improve the power electronic technology for meeeting the future actual development needs of the large power grid, which is also one of the main research tasks at present. In this paper, the actual demand of power electronic technology is discussed in detail in the process of the development of our country’s large power grid, and the actual development direction of power electronic technology in the process of the construction of large power grid is simply analyzed, and the main development goals in the later stage are further proposed.
Influence Analysis of Accounting Informatization on Enterprise Financial Management
Authors: Li Qiang , Zhou Zanmei 
Published: June 2020

Abstract
With the rapid development of science and technology, accounting informatization is also updated and changed continuously. In modern enterprise management, financial management is an integral part of a direct influence on the healthy development and normal operation of the enterprise. Financial management is closely related to accounting informatization, which is an important means to implement financial management. In this paper, the role of accounting informatization in financial management is first analyzed, specifically the specific influence of accounting informatization on enterprise financial management. Finally, the measures of applying the accounting informatization to improve the financial management level are explored.
Performance Evaluation of English Part-of-Speech Tagging Based on Typical Parameter Smoothing Algorithm
Authors: Wang ChaoYi 
Published: June 2020

Abstract
Part-of-speech (POS) tagging for English is the basis for implementing English automatic correction. Although researchers have done a lot of useful studies on English POS tagging, most of them are aimed at users with English as the first language, while studies for users with English as the second language are few. For this purpose, manual tagging is performed based on the typical parameter smoothing algorithm. On this basis, a performance evaluation method for English part-of-speech tagging is proposed, which integrates the features of term clustering, non-tagged corpus statistics, word pronunciation, etc. The experimental results show that the algorithm can improve the performance of POS tagging effectively, with the tagging accuracy improved from 94.49% to 97.07%
Reform and Application of Biochemistry Teaching Based on Formative Evaluation of Mobile Network Platform
Authors: Luo YueJi , Li Yan , Liu MeiLing , Long Yu , Wang Lin , Chen DanNa 
Published: June 2020

Abstract
Objective: To explore the construction and implementation of a formative evaluation system based on the mobile network platform in biochemistry teaching. Methods: The biochemistry online course is established on “Xuexitong” mobile network platform. Based on the online course, a comprehensive formative evaluation system is constructed, including segmented and diversified evaluation before, during, and after class with the integration of online and offline to perform a formative evaluation on the biochemistry teaching for students in 2017 undergraduate medical-related majors. Results: 95.7% of the students achieved excellent scores, and 1.3% failed to pass the online periodic examination, 97.1% of the students liked the online examination method, 46.7% of the students liked the homework assigned after each class, and 28.8% of the students liked to practice once a weak, 99.6% of the students thought that Xuexitong was helpful to biochemistry study. Conclusions: The formative evaluation based on the mobile network platform is a useful evaluation method that requires further study.
Preliminary Exploration of the Reliability of Civil Aviation ATC Communication Network
Authors: Zhang Le 
Published: June 2020

Abstract
In this paper, the factors affecting the reliability of the Air Traffic Control (ATC) communication system in operation are analyzed. From the perspective of the ATC communication network characteristics, the ideas and methods for reliability research on the ATC communication system are proposed. At the same time, the civil aviation communication network is taken as an example to explore the construction of the backup system for the communication network, the steps of evaluation methods, and the reliability management ideas.
Information Feedback Analysis of Public English Teaching in Art Academies Combining the Branch Vector Determinant Algorithm
Authors: Liu Wei 
Published: June 2020

Abstract
In this paper, in-depth analysis is first performed on the current situation of teaching informatization of public English teachers in art academies. The necessity of improving the teaching informatization of public English teachers based on BVDA (hereinafter abbreviated as BVDA) is explored. From the four dimensions (correct cognition of teaching informatization, active involvement in professional training, comprehensive innovation of teaching mode, proper reflection after class), effective measures for improving the teaching informatization of public English teachers in higher vocational education are proposed with the purpose to drive the personal career development of public English teachers and contribute to the
Empirical Analysis of the Impact of China’s Cross-border Electronic Commerce on Foreign Trade Based on VAR Model
Authors: Liu YuanYuan 
Published: June 2020

Abstract
In recent years, the volume of CEC transactions continues to rise, with its advantages of small amount, multi batch, flexible and efficient, simple process has become one of the most important factors affecting traditional foreign trade. The empirical analysis method based on VAR model can comprehensively and scientifically understand CEC, which is more conducive to the further development of foreign trade. This paper first analyzes the current situation of China’s CEC development, then studies the impact of CEC on foreign trade based on VAR model, and finally gives countermeasures and suggestions to promote the interaction between CEC and foreign trade.