Reviewerly/exHarmony huggingface dataset:
Utilization of Electronic Resources by Engineering College Students in Kanchipuram District, Tamil Nadu

Electronic sources like e-books, e-journals, online databases, multimedia information are becoming more popular day by day. The purpose of this study was to know the utilization of electronic resources by the usersof engineering colleges. A total of 200 respondents were selected in the engineering colleges of Kanchipuram district including the teaching faculties and students and 182 filled responds were received. The data was collected through a well-structured questionnaire.
Inspiring creativity in science-inspired art and music in the digital world.

&amp;lt;p&amp;gt;The mission of the American Geophysical Union&amp;amp;#8217;s Sharing Science program is to provide scientists with the skills, tools, and opportunities they need to share their science with any audience. While we in the program possess the skills and expertise to do this, we also believe that it&amp;amp;#8217;s beneficial for artists to learn from, and be inspired by, their peers. To achieve this goal, we created a digital space for science artists to share their work and creative processes.&amp;lt;/p&amp;gt;&amp;lt;p&amp;gt;In 2020, we launched two specials series on our blog: AGU Rocks and Drawn to Geoscience. The purpose of these series was to highlight scientists who write songs and create illustrations about science. We not only wanted to showcase the amazing creative work of science artists but also have them explain their creative and technical processes in as effort to lower the barrier to entry for those who may be interested in pursuing similar creative efforts but don&amp;amp;#8217;t know where to start.&amp;lt;/p&amp;gt;&amp;lt;p&amp;gt;By the end of 2020, we received over 40 AGU and Drawn to Geoscience contributions with a queue of posts scheduled for 2021. Because of the huge outpouring of submissions and demonstrated enthusiasm for the content, we are planning to expand this into a hub for all forms of scicomm via art where science artists can learn from, and be inspired by, their peers, and scientists and non-scientists alike can learn about diverse aspects of science in engaging and accessible ways.&amp;amp;#160;&amp;lt;/p&amp;gt;
치기공과 및 치위생과 학생의 대면/비대면 강의 품질 인식 수준과 만족도

Purpose: This study aimed to explore methods to improve the quality recognition and satisfaction level of non-face-to-face lectures among students in the departments of dental technology and dental hygiene. Methods: This survey was conducted to assess the status and preference of non-face-toface lectures and the level of awareness and satisfaction regarding the quality of these lectures among 179 students of dental technology and 295 students of dental hygiene. Statistical analyses were performed using frequency analysis, independent sample t-test, one-way ANOVA (post-hoc Duncan), Welch analysis (post-hoc Games-Howell), and hierarchical multiple regression analysis. Results: Factors that affected the ability to assess the quality of non-face-to-face lectures were the department, the method of non-face-to-face lectures, the most preferred method for conducting lectures, the level of awareness regarding the quality of face-to-face lecture, and satisfaction level. It has 71.5% explanatory power. Moreover, factors that influenced the satisfaction level of non-face-to-face lectures included the department, grade, the highest satisfied non-face-to-face teaching method, the most effective theoretical non-face-to-face teaching method, the most preferred teaching methods, and the ability to assess quality of face-to-face lectures. It has 46.8% explanatory power. Conclusion: Non-face-to-face classes should be designed and developed for web-based programs to improve the motivation and achievement level of the students and encourage interaction between the professors and students. Our findings suggest that educators should strive to achieve optimal educational effects by efficiently combining face-to-face and nonface- to-face lectures.
The Method of Rare Combinations for Solving Engineering-Geological Problems Based on Electrical Prospecting Data

Summary The problem of stable identification of areas of expected engineering-geological complications within the Verkhnekamskoe potassium-magnesium salt deposit based on electrical prospecting data is considered. In addition to performing standard-free classification procedures, it is proposed to use the total frequency spectrum method or the rare combination method (MRC) for the same set of features. The spatial arrangement of the anomalous regions identified by the two methods is in good agreement with each other. This confirms the reliability of the results obtained.
2015 개정 중3ᆞ고1 영어교과서 및 고1 모의고사 읽기 지문 분석: 통사적 복잡성과 이독성을 중심으로

The current study aimed to compare the reading passages in the prescribed textbooks (Middle School English 3 and High School English 1) and in high school 1st graders’ National Achievement English tests (mock tests) implemented for three consecutive years (2018-2020). In doing so, the L2 Syntactic Complexity Analyzer (L2SCA) and two dissimilar readability indices, Flesch-Kincaid Grade Level (FKGL) and Flesch Reading Ease (FRE), were utilized. One-way ANOVA and a post-hoc test (Scheffe test) were conducted on 104 passages for Middle School English 3, 92 for High School English 1, and 276 for the mock tests. The results revealed that the reading passages in the mock tests were syntactically the most complex across the 14 measures. In addition, in terms of readability, much greater difference was observed between the Middle School English 3 and the mock tests than between the Middle School English 3 and High School English 1. These results imply that the difficulty levels in the textbooks should be adjusted and that similar to the high school setting, a mock test needs to be considered for the middle school, so that learning burden of students can be lessened.
STUDENTS’ WRITING DIFFICULTIES ON ONLINE LEARNING DURING COVID-19 PANDEMIC

This research aims to find out the students writing difficulties in recount text that faced by the students during online learning process. In performing data and data analysis qualitative research design was applied. It is based on basic interpretative analysis. It was used to describe topic related to the phenomenon happened in writing through online learning during pandemic covid-19. The object of this research was the students at tenth grade in SMA Swasta Teladan Pematangsiantar. In collecting data questionnaires were shared to 77 respondents. The research finding shows that the subjects have difficulties in writing recount text during online learning at situation of Covid-19 pandemic. The difficulties in four aspects of writing, they are sentence construction, organizing text, paragraphing aspect and text cohesion aspect. It is supported by the degree of percentage score of the questionnaires scores they are sentence construction aspect with Agree scale 55.2 %, organizing a text and paragraphing aspect with Agree scale 51.95 %, text cohesion aspect with Agree scale 51.95% and register/style aspect with Strongly Agree scale 47.5 %.
Hidden Heretics: Jewish Doubt in the Digital Age. AyalaFader. Princeton: Princeton University Press, 2020. xii + 270 pp.

Journal of Linguistic AnthropologyEarly View Book Review Hidden Heretics: Jewish Doubt in the Digital Age. Fader, Ayala. Princeton: P rinceton University Press, 2020. xii + 270 pp. James S. Bielo, Corresponding Author bielojs@miamioh.edu orcid.org/0000-0001-6219-5884 Miami University Correspondence bielojs@miamioh.eduSearch for more papers by this author James S. Bielo, Corresponding Author bielojs@miamioh.edu orcid.org/0000-0001-6219-5884 Miami University Correspondence bielojs@miamioh.eduSearch for more papers by this author First published: 19 June 2021 https://doi.org/10.1111/jola.12313Read the full textAboutPDF ToolsRequest permissionExport citationAdd to favoritesTrack citation ShareShare Give accessShare full text accessShare full-text accessPlease review our Terms and Conditions of Use and check box below to share full-text version of article.I have read and accept the Wiley Online Library Terms and Conditions of UseShareable LinkUse the link below to share a full-text version of this article with your friends and colleagues. Learn more.Copy URL Share a linkShare onEmailFacebookTwitterLinked InRedditWechat No abstract is available for this article. Early ViewOnline Version of Record before inclusion in an issue RelatedInformation
Comparison between fuzzy time series and artificial neural network on modeling school enrolment / Siti Rohani Shamsudin

School enrolment modeling provides information in decision making and planning for the Ministry of Education. In general, the education system in Malaysia is divided into pre-primary, primary, secondary and tertiary school. Due to that, this study has been conducted to find the most suitable mathematical model for fit the data based on school enrolment using Fuzzy Time series and Artificial Neural Network for each education stage in Malaysia. The dataset was collected from the United Nations Educational, Scientific, and Cultural Organization (UNESCO) from the year 1981 to 2018. This study also aims to identify the best mathematical model between Fuzzy Time Series and ANN for each education stage by looking at the lowest mean squared error (MSE), Mean Absolute Percent Error (MAPE) and Mean Absolute Deviation (MAD) value of each model. The result shows that the best mathematical model for pre-primary and primary school is ANN by using Quasi-Network algorithm, which has the MSE value 4.2696 and 0.476988, MAPE value 3.23817 and 0.382992 and MAD value 1.464474 and 0.37005 respectively. However, fuzzy time series is the best mathematical model for secondary and tertiary school as the MSE value 1.39 and 1.28, MAPE value 1.19 and 3.35 and MAD value 1.68 and 0.72 respectively.
LibGuides: Case Files: Case of the Missing Book, an Immersive Mystery Story: Click ONLY After One Suspect Remains

The following case files from the Pinewood Police have been provided to detectives helping solve the case of the missing book Think you've figured it out? Check this page only after you've narrowed your search down to one suspect.
A Study on Aspects of Nonverbal Communication in Mobile Text Messages

The aim of this study is to explore different aspects of the emoticons used and how the use of emoticons differs between English native speakers and Koreans in terms of social distance and relationships in mobile communication. The research was conducted by surveys with English and Korean college students and a total of 107 responses were collected. The results show that English student group use emoticons more often than the Korean group and for both groups, the main reason for using emoticons is to show emotions and to make messages friendly. Both groups use emoticons with close relationships such as ‘friends’ and ‘close classmates’. However, according to Korean student respondents, they tend not to use emoticons much with ‘family’. In the case of relationships that provoke the most discomfort when receiving message with emoticons, a sizeable percentage of English speaking students responded ‘friends’, which was not anticipated at the outset of the study whereas the Korean responded ‘acquaintance’ and ‘someone you do not know’. Regarding the appropriate use of emoticons, a number of Korean students think emoticons should be used when showing emotions that cannot be delivered by text. However, many English students stated that the use of emoticons should be in informal texting and it is not appropriate in a formal relationship.
The Effectiveness of BDR (Learning From Home) in Improving Mathematic Thinking Ability through Open Ended Method in Early Chilhood Education

This study aims to improve the Mathematical Thinking Ability of early childhood Using the Open-Ended Method, at Kartika Siwi Kindergarten Pusdikpal Cimahi. as the object of research, which consists of 20 children and was divided into two groups, namely the experimental group and the control group. In the experimental class the researcher gave treatment using open-ended media, while for the control group, the researcher gave treatment using ordinary learning using children's worksheets. (LKA). The research was started by conducting pretest and posttest in both groups.The results of this study are the use of open-ended methods can develop children's ability to improve mathematical thinking skills. The steps for using the successful open-ended method are as follows: (a). preparing the media before the child enters the room, (b) explaining in advance the activities to be carried out, (c) explaining the media to be used, (d) conditioning a pleasant atmosphere and providing a variety of supporting activities, (e ) counting by showing the blocks, (f) assigning children individually to arrange the numbers on the block, (g) giving motivation to children who are not yet capable.
LibGuides: Media and Photography: E-Resources

Everything you need to know about using the libraries and resources How to find electronic resources for your course
Peran Dinas Kearsipan dan Perpustakaan dalam preservasi dan komunikasi kebudayaan lokal Provinsi Jawa Tengah

Introduction. The purpose of this paper is to explore the role of The Office of Archive and Library in preservation and communication of local culture.&#x0D; Data Collection Method. Using a case study, this paper involved the data collection by interviews, observations and literature review.&#x0D; Data Analysis. The data were descriptively analysed by using thematic analysis.&#x0D; Results and Discussion. The Office of Archive and Library has three roles in preservation and communication of local culture. They are: (1) as an information provider; (2) as a local cultural preservation agency; and (3) as a communicator of local cultural information. The role in preservation and communication of local culture arises because of the duties of the Office of Archive and Library Office in managing knowledge and efforts to fulfill the intellectual needs of the community.&#x0D; Conclusion. Preservation and communication of local culture conducted by the Office of Archive and Library Office is a manifestation of the function of library. The role in the preservation and communication of local culture will continue to develop in accordance with the user needs.
Application of 3D Modeling of Electromagnetic Sounding Data to Identify Zones of Sulfide Mineralization of Copper-Porphyry Type in The Territory of Northern Kazakhstan

Summary Impulse electrical prospecting was used in prospecting and exploration work in the north of Kazakhstan to delineate hidden zones of sulfide mineralization of the copper-porphyry type. The main task of the work was aimed at studying the Kyzyl-Sor depression and delineating anomalous zones of sulfide mineralization. The way to solve this problem was the complex application of the apparatus for one-dimensional and three-dimensional modeling of electromagnetic sounding data. The abstracts provide a comparison of the simulation results with each other and their comparison with a priori geological information. Conclusions on the accuracy of 1D and 3D modeling are given. The conclusion is made about the presence or absence of sulfide mineralization directly under the Kyzyl-Sor depression itself.
Kamaz OM457 EVR Sound FMod [1.37]

Updated the Kamaz 5490 sound mod by EVR which is Mercedes Axor 1840 OM457 sound for Kamaz 5490 and Mercedes Axor because both have the same sounds only ...
Exact Reduction of Huge Action Spaces in General Reinforcement Learning

The reinforcement learning (RL) framework formalizes the notion of learning with interactions. Many real-world problems have large state-spaces and/or action-spaces such as in Go, StarCraft, protein folding, and robotics or are non-Markovian, which cause significant challenges to RL algorithms. In this work we address the large action-space problem by sequentializing actions, which can reduce the action-space size significantly, even down to two actions at the expense of an increased planning horizon. We provide explicit and exact constructions and equivalence proofs for all quantities of interest for arbitrary history-based processes. In the case of MDPs, this could help RL algorithms that bootstrap. In this work we show how action-binarization in the non-MDP case can significantly improve Extreme State Aggregation (ESA) bounds. ESA allows casting any (non-MDP, non-ergodic, history-based) RL problem into a fixed-sized non-Markovian state-space with the help of a surrogate Markovian process. On the upside, ESA enjoys similar optimality guarantees as Markovian models do. But a downside is that the size of the aggregated state-space becomes exponential in the size of the action-space. In this work, we patch this issue by binarizing the action-space. We provide an upper bound on the number of states of this binarized ESA that is logarithmic in the original action-space size, a double-exponential improvement.
The role of logical issues in teaching mathematics to primary school pupils

In the article pedagogical prerequisites are considered for the performance by younger school students of the system of assignments in mathematics as a method offorming logic acknowledges skills and means of the practical study of logical concepts. At three stages, circular schemes, models of actual things, and verbal representations of logical relationships are used as a tool instead of visual models. Junior high school students believe that the process of learning and cognition is not limited to mathematics lessons and textbooks, but rather pervades their whole lives.
Correlation and subpixel resolution: fast 2-D subpixel displacement estimation

Recently, we proposed a simple, fast subtraction method to determine 1-D image displacement with subpixel accuracy. In this paper, we provide a theoretical basis for our method and simulate 2-D motion estimation. Results are also analysed using the correlation technique. The results show that for any general motion in 2-D, involving any combination of motion Δx, and Δy, the Subtraction Method can be used to determine the values of Δx, and Δy using 1-D calibration.
Building Voice Agents

Let's discuss voice bots. Typically, when we think of chatbots for voice, we would think of smart assistants, such as the Google Assistant, Alexa, or Siri. But there's actually another famous business case where you can use virtual agents for—bots in contact centers and telephony lines.
Customer relationship management: Existing challenges and software-based solutions

The world is growing faster than ever and to keep up with the times, businesses have to keep up with their ever-evolving clients. This is difficult when there are a multitude of technologies to choose from and none of them offer the precise control that is essential. The aim is to provide a level of convenience to businesses (small to large scale) to save time and have an integrated environment for purchase, inventory, and sale. Completely customizable without a technical background to match the required workflow.
NEAP-F: Network Epoch Accuracy Prediction Framework (Student Abstract)

Recent work in neural architecture search has spawned interest in algorithms that can predict the performance of convolutional neural networks using minimum time and computation resources. We propose a new framework, Network Epoch Accuracy Prediction Framework (NEAP-F) which can predict the testing accuracy achieved by a convolutional neural network in one or more epochs. We introduce a novel approach to generate vector representations for networks, and encode ``ease" of classifying image datasets into a vector. For vector representations of networks, we focus on the layer parameters and connections between the network layers. A network achieves different accuracies on different image datasets; therefore, we use the image dataset characteristics to create a vector signifying the ``ease" of classifying the image dataset. After generating these vectors, the prediction models are trained with architectures having skip connections seen in current state-of-the-art architectures. The framework predicts accuracies in order of milliseconds, demonstrating its computational efficiency. It can be easily applied to neural architecture search methods to predict the performance of candidate networks and can work on unseen datasets as well.
Teaching Nondeterminism

Nondeterminism is an important topic that is difficult to teach. We give a plan that starts with a new abstraction of nondeterminism. We present language models rst and foremost. The use of pseudo-code augmented by a new construct makes it easier to follow.
Development of a 3x3-channel bionic compound eyes imaging system for target positioning

We develop a 3x3 -channel Bionic Compound Eyes Imaging System (BCEIS, which is composed of an optical system and a mechanical system) and apply it to target positioning. First, we analyze the overlapping condition based on the imaging model of the BCEIS. Then, considering the relation between the pixel coordinates of image points and world coordinate of the target is nonlinear, we fabricate three well-designed general regression neural networks (GRNNs) to position the target under three conditions where the FOV of four channels, six channels and nine channels overlaps at the same time respectively (the image point of each channel is obtained under three conditions). In order to overcome limitations of the GRNN, we sample a group of image points which cover the FOV of the system under above three conditions to train the network, and then utilize the testing set to verify the reliability of the three GRNNs. The experimental result shows that the positioning accuracy is the highest in the area where the FOV of nine channels overlaps simultaneously, which is followed by the accuracy in the area where the FOV of six channels overlaps at the same time. The positioning accuracy is the lowest in the area where the FOV of four channels overlaps simultaneously. Furthermore, we find that GRNN performs better both in positioning accuracy and time consumption when compared with BP network. Adopting the GRNN to position the target provides a new way in applications such as object tracking, robot navigation and etc.
Evaluation of Resolution of The Vertical and Horizontal Field Components in Airborne-TEM for The Search for Sub-Vertical Conducting and Polarizable Gold-Ore Objects

Summary One of the main problems in exploration geophysics is the resolution of search technologies. At the same time, in order to obtain a high-quality geophysical forecast, it is very important to use modern data interpretation algorithms based on numerical modelling technology, which allow detailed reconstruction of the geometry and characteristics of objects. The article considers the assessment of the resolution of airborne-TEM when measuring the complex of vertical and horizontal components of the electromagnetic field with the A-150 helicopter system (JSC "AGR") to search for sub-vertical conducting and polarizable gold-ore objects.