Reviewerly/exHarmony huggingface dataset:
On the Nature of Context and Context Dependency

It is argued in this paper that the phenomena of context and context-dependency result from subject-dependency of conception. A conception (in German Auffassung), is a mental state, intentionally oriented towards a state of affairs. It constitutes the fact that somebody conceives of something or conceives of something as something. Making use of this origin of contextuality, context-dependent signification can be systematically analyzed and the modelling and handling of contexts in knowledge and information processing can be grounded on a sound conceptual and methodological basis.
Web Revisitation using Content and Context Tokens

Right now, the Internet is the most common medium people use to obtain access to knowledge. One's requirements vary from a single word sense to specialized papers and self-education. Revisiting previously visited web pages is one of the most common and unpleasant activities a person does. In fact, a significant primary feedback technique is included in tailoring the individual's memory of vigor and re-examination patterns. Our successful control of environment and object recollections, including decay and reinforcing techniques, may imitate device retention and retention mechanisms. This proposed solution takes into consideration the normal human retrieval method of utilizing episodic and textual memory signals for fast retrieval and includes a different site revisitation mechanism known as the "Web Page Preview" via meaning and information gained through user discovery and web page visits. The underlying methods for the collection, preservation, degradation and usage of meaning and quality of consumer memories for page re-discovery are addressed. Our 3 month user study says that of the time, location, and activity context factors in Web Page Prep, activity is the best recall guide, and context + content based re-discovery provides the highest results relative to context and content individual rediscovery. This concept, if completed, can be used to improve web surfing functionality by providing users a variety of apps with a rather simple UI.
Rancang Bangun Sistem Informasi Inventori Gudang Mengguanakan Metode Incremental dan Double Exponential Smoothing (Studi Kasus : Rs. Wikarta Mandala)

The application of information system technology in a company or institution needs to be done, to improve the efficiency and effectiveness of a job. In this case study, Wikarta Mandala Hospital has not implemented information system technology for business process management that runs in the warehouse. Data collection on mutations of goods and recording of warehouse stock is still carried out using bookkeeping recaps. Data loss and delays in the compilation of warehouse reports, as well as errors when recording warehouse stock often occur. This will also affect the process of procurement of goods by the head of the warehouse and the warehouse officer must improve the report which causes redundant (double work). The warehouse inventory information system was created to minimize this. The development of information systems, use the incremental model to divide functional requirements into system modules. In this case, the application of additional methods is very helpful for resolving complex system requirements. In addition, the warehouse inventory information system also applies forecasting using the Double Exponential Smoothing method to predict the release of warehouse stock for the next period. With an alpha value (α) = 0.9 which results in a MAPE value of 0.29%. The resulting MAPE value &lt;10% (less than) so that it can be categorized as good.
IAG Membership Information

Geostandards and Geoanalytical ResearchVolume 43, Issue 3 p. 519-519 IAG Membership InformationFree Access IAG Membership Information First published: 08 August 2019 https://doi.org/10.1111/ggr.12226AboutPDF 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 onFacebookTwitterLinkedInRedditWechat No abstract is available for this article. Volume43, Issue3Special Issue Section: Geoanalysis 2018September 2019Pages 519-519 RelatedInformation
Finite Impulse Response Filters for Stagger-Period Signals, their Designs and Applications

Those theories of conventional filters for uniform-period signals do not apply to the analysis and design of the finite impulse response (FIR) filters for stagger-period signals. In this paper, we defined the fundamental concepts related to the stagger-period signals, derived the calculating equations, and described the time-variant property of the stagger-period filter; we proposed the Fourier transform pair between the frequency and impulse responses of this type filter, and proved the inverse of each other. Then, we discussed the design methods of stagger-period frequency-selective FIR filters, including lowpass, bandpass, and high-pass, presented the staggered windowing philosophies, illustrated different windows’ effectiveness, and described the principles and designs of optimized stagger-period high-pass filters with the match algorithm. As applications, we introduced three staggered optimization algorithms: eigenvalue, match, and linear prediction; and discussed performances of the filters designed for a moving target indication (MTI) radar. The stagger-period MTI filters not only extended the blind speed of flying targets, but also had an optimized improvement factor. Finally, we proposed a mathematical programming to search the best period code, which makes this type filter’s velocity response flattened. Meanwhile, we compared properties of the stagger-period to uniform-period filters, and provided with some examples to illustrate the theories and designs.
The Effect of Storytelling on the Students’ Speaking Skill in Subtheme 3, Indonesian Language Competence for Grade V at SDI Al-Washoya Ngoro Jombang

This study aimed to determine the effect of the storytelling learning model on students' speaking skill in sub-theme 3; Indonesian Language Competence for grade V at Al-Washoya Ngoro Islamic Elementary School, Jombang. This research used a quantitative research design with experimental research while using one group pre-test and post-test. The population in this study were all students of grade V of Al-Washoya Ngoro Islamic Elementary School which has 15 students. The sample used was the fifth grade students, totaling 15 students who will be experiment class and will be given a storytelling learning model. Based on the data result from pre-test and post-test, it was shown that the students' speaking skills by using storytelling learning model get the sig value of 0.000 &lt;0.05. This result illustrated the effect of the storytelling learning model on students' speaking skills of grade V students at Al-Washoya Ngoro Islamic Elementary School, Jombang for academic year of 2019-2020.
Does Quality of Host Regulation Matter in Multinational Investment Attraction? Evidence from Sub-Sahara Africa

With the increase in globalization, there has been an enhanced discussion on cross-border flows of capital between nations around the world.Multinational firms' serves as the channel through which these funds find their way around the globe -these multinationals sources for an efficient economy with working institution and system to invest and operate.System is crucial in every human organization regardless of its objectives, structure, size, and endowment or complexity.This provides the platform for the exceptional discharge of duties, professional competencies and efficiency to perform, flourish and prosper.Economies with an efficient system, though not necessarily endowed with abundant natural resources are creative and innovative because of their efficient use and management of most intangible resources -human and quality institution supporting the human endeavour.Modern theories of globalization from the perspective of economics postulate that institutional conditions can facilitate or hinder the chance of an economy to function well and drive investors.(Acs et al., 2008(Acs et al., , 2009(Acs et al., , 2013)).Consequently, variations in the nature and structure of host institution can be detrimental or provide an opportunity for prosperity in attracting foreign capital (Acs et al., 2008; Stenholm et al., 2013).Despite a large number of studies investigating the relationship between institutions and foreign investments, large dispersion still exists among empirical findings, especially in developing economies (Herrera-Echeverri et al., 2014).Although the literature on foreign investment pointed out a range of potential benefits to economies, these benefits include its role in facilitating technology transfer and skill (human capital) upgrading, its spillover effect on domestic investment, and improvements in institutions.However, the successful reaping of these benefits depends on the prevailing conditions of the host economy regulatory quality.These conditions include the rule of law, control of corruption and quality of policies to translate to economic prosperity.SSA is faced with enormous challenges, and these challenges make foreign capital very crucial to Africa as a continent due to the need for revenue to meet with the challenges as governments are saddled with the responsibility of
METHODOLOGY OF COOPERATIVE LEARNING AND FORMATION OF ADOLESCENTS` INTERPERSONAL COMPETENCE IN FOREIGN LANGUAGE CLASSES

The article deals with the problem of motivation increase of younger and older adolescents in learning foreign languages.Taking into consideration the objective factors which characterize physiological, cognitive, psychological and social peculiarities of adolescent development and which have positive or negative impact on learning processes at schools, we have suggested a hypothesis that the fulfillment of exercises and tasks which provide for the independent learning process in small groups through the exchange of information with their peers when students have a certain freedom of actions and share collective responsibility will respond to the peculiarities of adolescent development and motivate them to achieve their goals and at the same time will contribute to their interpersonal competence.We consider that this approach to learning process could be implemented by applying the methods of "cooperative learning" proposed by Frank T. Lyman and further developed by other foreign methodologists.According to the methodology of "cooperative learning" a sample of tasks and exercises was developed for teaching the German language that could contribute to motivation and at the same time shape adolescent ability to feel each other and develop their skills to communicate and cooperate while solving their learning and life tasks.The exercises and tasks have been approbated in German language classes.The outcomes of the experiment are the following: students increase their motivation, accelerate efforts while performing the tasks in every stage of "cooperative learning", develop mutual help, self-responsibility and mutual responsibility for the task performance.Based on the experiment the following conclusions have been drawn: the exercises and tasks with "cooperative learning" elements in foreign language classes positively improve student's motivation and performance, contribute to the achievement of educational goals and help students form their interpersonal competence.
Classical Covariance

Classical mechanics, from point particles through rigid objects and continuum mechanics is reviewed based on the notions of tensors, transformations, and the metric, as developed in the first two chapters. The geodesic equation on flat and curved spaces is introduced and solved in a classical setting. Motion in a potential, particularly a gravitational potential, is discussed. Galilean covariance and transformations are introduced. Time as a fourth dimension is shown to arise even in a classical setting, even if not as rigorous as it would be in relativity theory.
Management of Electronic Serials, Outsourcing, and Bringing New Products to the Marketplace

Librarians and their patrons can better know just what is available through their databases, and make the most of the resources for which they are paying so handsomely. E-journal management solutions improve these data by developing relationships with all of the aggregators and publishers, which in turn improve the access we and others have to their data, as well as the accuracy of those data. Today, these databases offer hundreds or occasionally thousands of journals in a single database, and they provide a particular value in accessing specific journals and articles, particularly for off-campus users, or in situations when a patron cannot or go to another library–or microfilm or the stacks, for that matter–to get the article they need. Linking is an important area, as these URLs with UlrichsWeb take patrons directly to specific journal information within a database, instead of confusing the patron with another search.
Additive aggregate function-based data privacy protection algorithm

Data privacy protection is a key problem in the research and application of the internet of things that in wireless sensor networks has broad application prospects, such as agriculture environmental monitoring, healthcare, etc. For the core part of the internet of things, wireless sensor network, it is a very challenging task to provide effective privacy protection in the process of data transmission. In this paper, a new type of data privacy protection strategy based on the additive aggregation function is proposed (hereafter referred to as DPPA). On the one hand, applying the superposition property of the node data, the paper introduces the class aggregation protocol. On the other hand, taking advantage of the algebraic properties of the polynomials and the correlation properties of the superposed data, it can reduce the data of the header files of the data packages, and reduce the data size, while improving the privacy preservation. Simulation results show that DPPA can effectively protect data privacy, and get accurate data fusion results, while reducing the amount of data traffic.
Estimation of the content and composition of trapped melt in dunite

A method was developed for the quantitative estimation of the content of trapped melt in various dunite types and the composition of this melt on the basis of the major- and trace-element characteristics of the dunites and compositions of their chrome spinels. Our approach is advantageous over the method based on clinopyroxene geochemistry and clinopyroxene–melt partition coefficients for the contents of the light REE and more incompatible elements in melt, comparable with it for the middle REE, and possibly less accurate for the heavy REE and Sr. The estimated mean contents of trapped melt in dunites from ophiolite and concentrically zoned complexes are 1.0–1.5 wt %, which is probably typical of various dunite types, including cumulate dunites from layered complexes. These values are an order of magnitude higher than previous estimates. The correspondence between the compositions of calculated trapped melts in dunites and real natural melts indicates that the estimated contents of trapped melt in dunites are realistic, and the mineral–melt partition coefficients that were used in our calculations are valid for the complexes considered in this paper. In general, the proposed method is suitable for serpentinized dunites, including dunitic serpentinites.
Identification of a Standardized Automobile Bio-metric Security System based on Accuracy and Response time: Applicable for the Indian Automobile Market

This paper aims at the identification of a standard security system for commercial and personal vehicles installed on a remote-controlled unlocking device that promises a high accuracy without compromising on the response time. The proposed technology combines three bio-metric security systems on the basis of their performance and response times to make vehicles more secured. The paper compares the efficiencies of different bio-metric security systems based upon their mean accuracy and response times. Primary data have been collected using existing devices and technology, a detailed statistical comparison is done using computational tools like IBM SPSS 2.0 and Microsoft Excel using statistical concepts like ANOVA, Square of means, Descriptive statistics, Central tendencies, etc. The hardware required for this proposed security system is already available at reasonable cost and can be implemented in the field of automobile and a standard security system can be identified for use across all variants of vehicles universally for all the manufacturers. The performance of the bio-metric devices was measured using a 16-megapixel Sony camera IMX371 Exmor RS sensor with a pixel size of 1.0 micro-meter, mounted on a OnePlus 5T mobile phone for face recognition and a fingerprint sensor with a claimed unlock speed of 0.2 seconds mounted on the same device. Mantra MI S100 single iris scanner was used with a high-resolution sensor (CMOS) and captures images with a JPEG2000 compression format.
Geochemistry and Petrogenesis of Volcanic Rocks from Ulleung Island, South Korea

Ulleung Island is a Quaternary intraplate alkaline volcano located in the mid-western part of the East Sea (Sea of Japan) back-arc basin.The history of the volcano has been subdivided into five stages: Stage 1 trachybasalt, Stages 2 and 3 trachytes, Stage 4 phonolite, and Stage 5 leucitebearing trachyandesite.This study presents geochemical compositions, including Sr-Nd-Pb isotopes, for the volcanic rocks ranging from trachybasalt to trachyte/phonolite.The trachytes and phonolites were formed by fractional crystallization of the trachybasaltic magma at different depths.The trachybasalts have highly fractionated REE patterns with (La/Yb)N values of 23.6-30.7,free of Eu anomalies.On a primitive mantle-normalized trace element distribution diagram, the trachybasalts show OIB-like LILE enrichments without HFSE depletion.However, they show negative anomalies in K, suggesting phlogopite or potassic amphibole in the source.The lithology and physical condition of the mantle source for the Ulleung basalts are estimated to have been fPY (fraction of pyroxenite) of 4 ± 2%, Tp of 1303 ± 8 o C, Pmt (minimum pressure of basalt segregation) of 2.5 ± 0.0 GPa, Tmt of 1327 ± 8 o C, and F (degree of melting) of 1.9 ± 0.6 wt%.The Stage 1 trachybasalts have EM1-type OIB-like Sr-Nd-Pb isotopic compositions ( 87 Sr/ 86 Sr = 0.70472-0.70507;εNd = -4.5 to -1.8; 206 Pb/ 204 Pb = 18.01-18.09).Meanwhile, the Stage 5 trachyandesites do not show significant negative anomalies in K, and are characterized by slightly more depleted Sr-Nd-Pb isotopic compositions ( 87 Sr/ 86 Sr = 0.70445-0.70453;εNd = -1.3 to -1.2; 206 Pb/ 204 Pb = 18.06) compared with those of the trachybasalts, implying the influence of recycled slab melting being relatively minor in the genesis.The differentiated Stages 2-4 trachytes/phonolites have more radiogenic Sr and unradiogenic Nd and Pb isotopic compositions ( 87 Sr/ 86 Sr = 0.70455-0.71064;εNd = -3.4 to -1.4; 206 Pb/ 204 Pb = 17.83-18.04)compared with the Stage 1 trachybasalts, suggesting assimilation of attenuated lower continental crust during its evolution.The Ulleung magmatism might have been generated by small-scale/edge-driven convection in the asthenosphere.
PSEUDOGRADIENT ALGORITHM FOR IDENTIFICATION OF DOUBLY STOCHASTIC CYLINDRICAL IMAGE

Nowadays image processing problems are becoming increasingly important due to development of the aerospace Earth monitoring systems, radio and sonar systems, medical devices for early diagnosis, etc. However, the most of the image processing works deals with images defined on rectangular two-dimensional grids or grids of higher dimension. In some practical situations images are set on a cylinder, for example images of pipeline sections, blood vessels, rotary parts, etc. The peculiarity of the domain for specifying such images requires its consideration in their models and processing algorithms. The article deals with autoregressive models of cylindrical images and gives some expressions of the correlation function depending on the autoregression parameters are given. To represent heterogeneous images with random heterogeneities, ‘doubly stochastic’ models are used in which one or more images control the parameters of resulted image. The spiral scan of a cylindrical image can be considered as a quasiperiodic process due to the correlation of image rows. The article proposes the pseudogradient algorithms for the modal identification. The statistical modeling proves these algorithms give good model identification.
Can 3D Painting Become Mainstream

Chemistry & IndustryVolume 85, Issue 5 p. 34-36 Process Technology Can 3D Painting Become Mainstream First published: 25 May 2021 https://doi.org/10.1002/cind.855_10.xAboutPDF 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. Volume85, Issue5May 2021Pages 34-36 RelatedInformation
Medical Image Retrieval using Dual Tree Complex Wavelet Transform and Principal Component Analysis with Haralick Texture Features

Noise and distortion occurs in all types of medical images (Computed Tomography (CT), Magnetic Resonance Imaging (MRI.)..) and are unavoidable during the stages of image acquisition. We use medical image retrieval to extract the images from database by texture, shaptrix or color features. We use Dual Tree Complex Wavelet Transform (DTCWT) and Principal Component Analysis (PCA). DTCWT extracts the information of images. PCA compress the images. It also minimizes the feature vectors dimensions of all images. Haralick texture features are extracted from images with the co-occurrence matrix. This matrix describes the relationship of pixels. The similar images are found by calculating the similarity measure of the query image and all images in database by Mahalanobis distance. This method retrieves the similar images from database with respect to the input image provided by the user. The performance of the proposed algorithm can be found by precision and recall measures for evaluation. This system can be used in hospitals, clinics etc., for detecting diseases earlier.
Sociology of Science Fiction and Fantasy: Monitoring within Science Fiction and Fantasy Studies Classes at Lomonosov Moscow State University

Е.Н. Ковтун (Москва, Россия