Reviewerly/exHarmony huggingface dataset:
Design and Development of Ceramic Information System Based on Object Oriented Programming

The author designed an object oriented programming based sales application using use case diagrams, activity diagrams, sequence diagrams, deployment diagrams, entity relationship diagrams, logical record structures, and user interfaces. The design of this information system is expected to produce sales application programs ranging from customer data input, input data of goods, input of sales orders, print out of travel documents, print invoices, cash receipts input, print payment receipts to print reports so that sales applications can have a positive impact on the course of business which is built, reducing duplicated functions, and errors caused by human errors. With the design of a sales application, the problems that exist in the manual system can be resolved such as the system will not receive incomplete data, the system can make automatic numbering, and minimize errors that occur due to humans (human error), reduce the amount of paper usage, report generation can done easily and quickly because the data is processed by the system.Keywords: Design, Sales, Object Oriented Programming.
Gambaran Partisipasi Pengurus BEM KM UNJANI Periode 2011-2012

BEM is an executive agency of students who must have a principle of organization in every activity and movement for the benefit of students. It makes BEM requires a lot of people who have been in the organization and demands a lot of participation from each student so that the board can be mentally and emotionally involved, to contribute to the organization and can accept the responsibility of the organization, but members of KM UNJANI BEM could not fully own participation. It is seen from the board a little when the regular meeting, the meeting did not focus on the course, came too late when the meeting, the lack of cooperation among members in the implementation of activities, as well as their respective ideologies are not the main duties and functions of each position BEM UNJANI KM. This shows a lack of participation on the board BEM UNJANI KM. The purpose of this study is to obtain a picture through the dimensions of mental and emotional involvement, contributions, and responsibilities to members of BEM KM UNJANI period 2011-2012. The purpose of this study is to obtain a picture of participation through the dimensions of mental and emotional involvement, contributions, and responsibilities to members of BEM KM UNJANI period 2011-2012. The number of samples used is 58 the members of BEM KM UNJANI period 2011-2012. The data was collected using a questionnaire as the primary data and interview as secondary data. From the results of primary data that the majority of the members BEM KM UNJANI period 2011-2012 have mental and emotional involvement, responsible and able to contribute at every meeting and activity. While the results of secondary data the majority of the members BEM KM UNJANI period 2011-2012 have not been mentally and emotionally involved, contribute, and be responsible at every meeting and activity.
Review OnDivision and Replication of Data in Cloud for Optimal Performance and Security DROPS

Outsourcing data to a third party administrative control, as is done in cloud computing ,gives rise to security concerns. The data compromise may occur due to attacks by other users and nodes with in the cloud. Therefore,high security measures are required to protect data within the cloud[2]. However, the employed security strategy must also take into account the optimization of the data retrieval time. In this paper, we propose Division and Replication of Data in the Cloud for Optimal Performance and Security (DROPS) that collectively approaches the security and performance issues[14]. In the DROPS methodology, we divide a ﬁle into fragments, and replicate the fragmented data over the cloud nodes. Each of the nodes stores only a single fragment of a particular data ﬁle that ensures that even in case of a successful attack, no meaningful information is revealed to the attacker. Moreover, the nodes storing the fragments, are separated with certain distance by means of graph T-coloring to prohibit an attacker of guessing the locations of the fragments[13]. Furthermore, the DROPS methodology does not rely on the traditional cryptographic techniques for the data security; thereby relieving the system of computationally expensive methodologies. We show that the probability to locate and compromise all of the nodes storing the fragments of a single ﬁle is extremely low. We also compare the performance of the DROPS methodology with ten other schemes. The higher level of security with slight performance overhead was observed.
Do Distant or Colocated Audiences Affect User Activity in VR?

We explore the impact of distant or colocated real audiences on social inhibition through a user study in virtual reality (VR). The study investigates, in an application, the differences among two multi-user configurations (i.e., the local and distant conditions) and one control condition where the user is alone (i.e., the alone condition). In the local condition, a single user and a real audience share the same real room. Conversely, in the distant condition, the user and the audience are separated into two different real rooms. The user performed a categorization of numbers task in VR, for which the users’ performance results (i.e., type and answering time) are extracted as subjective feelings and perceptions (i.e., perceptions of others, stress, cognitive workload, presence). The differences between the local and distant configurations are explored. Furthermore, we investigate any gender biases in the objective and subjective results. During the local and distant conditions, the presence of a real audience affects the user’s performance due to social inhibition. The users are even more influenced when the audience does not share the same room, despite the audience being less directly perceived in this condition.
S-wave reflection imaging of a tectonically determined cavern by use of next generation electro-mechanic vibrator

&amp;lt;p&amp;gt;The key objectives of a ground-based geophysical mapping during an On-site Inspection are to detect, locate and characterize the zones of rock damage associated with an underground nuclear explosion (UNE). The cavity, rubble zone and fracturized rock matrix are also common features in the close vicinity of a cave of karstic origin. The natural cavities are mainly developed within the weakest zones of the rock matrix. The connatural features with an UNE are important but the thermal and pressure effects are lacking in the case of natural origin. However, the similarities may justify the efforts to investigate the cavern and its surroundings by geophysical methods.&amp;lt;/p&amp;gt;&amp;lt;p&amp;gt;&amp;amp;#160;&amp;lt;/p&amp;gt;&amp;lt;p&amp;gt;The oval shaped cavern with a diameter of 28 m located 70 m below the surface was discovered within a clay mine in N-Hungary. The deep basement is composed of Triassic limestone, the cavern is located in the overlying Oligocene sandstone formation. As a result of hydrothermal activity in the Pleistocene a cave formed in the limestone which may have collapsed over time. The opening of the deep part of the cave influenced the overlying sandstone formation but the collapse did not reach the surface.&amp;lt;/p&amp;gt;&amp;lt;p&amp;gt;&amp;amp;#160;&amp;lt;/p&amp;gt;&amp;lt;p&amp;gt;As a consequence of a UNE the cracks and open fissures could provide a pathway for the radioactive gas to find its way near to the surface. The detection of these fracturized zones require the highest possible resolution of the seismic imaging of the subsurface. Therefore, we made a 2D survey above the cavern site and determined that the optimal method is to generate and detect horizontally polarized (SH) waves. The electro-mechanically driven vibrator has provided a bandwidth ranging from 5 to 200 Hz which can be extended up to 400 Hz. The use of the Lightning type vibrator has broadened the seismic bandwidth achieving the maximum penetration of 250 m with substantial increase of the resolution.&amp;lt;/p&amp;gt;&amp;lt;p&amp;gt;The joint interpretation of the seismic and geoelectric tomographic results with the SH- wave reflection section has provided a clear pattern of the tectonized rock matrix around the cavern.&amp;lt;/p&amp;gt;&amp;lt;p&amp;gt;&amp;amp;#160;&amp;lt;/p&amp;gt;
Deep Learning-based Person Search with Visual Attention Embedding

In this work, we consider the problem of person search, which is a challenging task that requires both person detection and person re-identification r un c oncurrently. In this context, we propose a person search approach based on deep neural networks that incorporates attention mechanisms to perform retrieval more robustly. Global and local features are extracted for person detection and person identification, respectively, boosted by attention layers that allow the extraction of discriminative feature representations, all in an end-to-end manner. We evaluate our approach on three challenging data sets and show that our proposed method improves the state-of-the-art networks.
KAHIYANG NUR ANDIFA IN HER FIRST LANGUAGE ACQUISITION

This study aims to find out how much vocabulary is produced by children aged 20 months. The participants were the daughters of their own researcher named Kahiyang Nur Andifa on the grounds that researchers would easily obtain data. The methodology of this research is descriptive qualitative. Techniques in data collection, researchers use recording tools and records. The results of this study can be concluded that Kahiyang can produce 187 words, clauses and can producesimple sentences in his conversations with people around.
A Comprehensive Review on r-Learning: Authentic r-Learning Beyond the Fad of New Educational Technology

We conducted a comprehensive review on the previous research on r-Learning. By reviewing 843 previous studies about r-Learning published from 2004 to 2015, this study investigated 1) the trend of research on r-Learning over time, 2) the characteristics of targeted students in r-Learning, 3) the educational activities implemented for r-Learning, and 4) the types of educational robots used for r-Learning. The study found that the research on r-Learning has rapidly and steadily increased and the types of educational activities and educational robots has been diversified. Relying on the findings of this review, this study suggests 1) ensuring growth in both the quality and the quantity of research on r-Learning, 2) broadening the target student population of r-Learning beyond the age-limited boundaries, 3) enhancing educational activities of r-Learning, and 4) recognizing the necessity for systematic and clear concepts of types of educational robots.
Data Hiding and Compression Encryption through Discrete Shearlet Transform and Coding Algorithm

The ubiquitous nature of digital network systems means that digital documents can be copied and distributed easily to large numbers of people with no cost. Individuals can download sound, picture and video records, and they can impart them to companions and they can control or adjust their unique substance. This is the reason there is an earnest need to ensure the copyright of such media. There are various advances that will give insurance from unlawful replicating. Advanced watermarking calculations were created to take care of this issue. To secure and less space data hiding and compression encryption through discrete shearlet transform (DST) and block based coding algorithm is present paper. According to efficient scheme is increase PSNR (peak signal to noise ratio), SSIM (similarity index) and decrease mean square error (MSE).
PWAMP - Combine technology for faster loading and improved user experience

Progressive Web Applications are becoming more advanced and have increased user activity year after year, especially on mobile platforms. But still the standard of performance does not in most case ...
Mineral mapping at the Ikh Shankhai porphyry Cu deposits, Mongolia using WorldView-3 data

&amp;lt;p&amp;gt;Southeastern Mongolia has limited access due to its extreme environments (long and harsh winter) and lack of infrastructure (e.g., road). Satellite remote sensing technique is one of the most effective methods to get geological information in areas where field survey is difficult. WorldView-3 (WV3), launched in August 2014, is high-spatial resolution commercial multispectral sensor developed by DigitalGlobe. WV3 measures reflected radiation in eight visible near infrared (VNIR) bands between 0.42 and 1.04 &amp;amp;#13211; and in eight short-wave infrared (SWIR) bands between 1.20 and 2.33, which have 1.24- and 7.5-m spatial resolution, respectively. In this study, WV3 VNIR and SWIR data were used to identify and map the various minerals in the Ikh Shankhai porphyry Cu deposit district, Mongolia.&amp;lt;/p&amp;gt;&amp;lt;p&amp;gt;The Ikh-Shankhai porphyry Cu deposit is located within Gurvansayhan island arc terrane in southeastern (SE) Gobi mineral belt, Mongolia. The Ikh-Shankhai district include the porphyry system containing Cu-Au with primary chalcopyrite, which is classified into disseminated type and stockwork quartz type. This district consists of Late Devonian-Early Carboniferous andesite, tuff and siltstone intruded by Carboniferous-Permian granite, granodiorite and granodiorite porphyry.&amp;lt;/p&amp;gt;&amp;lt;p&amp;gt;The WV 3 data were analyzed using mixture-tuned-matched filter (MTMF) which locates a known spectral signature in the presence of a mixed or unknown background. MTMF does not require knowledge of all of the spectral endmembers and is suited for used where materials with distinct spectral signatures occur within a single pixel. From the WV3 analysis result using mixture-tuned-matched filter (MTMF), we identified the location and abundance of alteration minerals. Advanced argillic minerals (alunite, kaolinite (or dickite), and pyrophyllite) were dominant in the lithocaps of the Budgat and Gashuun Khudag prospects; whereas, phyllic (illite) and propylitic (calcite and epidote) minerals were dominant in the areas surrounding the lithocaps. In addition, the distribution of ferric minerals (hematite and goethite) was mapped because of the oxidation of pyrite. Field work at the Ikh-Shankhai porphyry Cu district to evaluate the accuracy of the mineral mapping results was carried out in August, 2018. Reflectance spectra acquisition using a portable ASD TerraSpec Halo mineral identifier (the attached GPS covered a spectral range of 0.35 &amp;amp;#8211; 2.5 &amp;amp;#181;m) was conducted in the altered outcrops of the Ikh-Shankhai porphyry Cu district. Mineral mapping results compared well with the field spectral measurements collected for the ground truth and demonstrated WV3 capability for identifying and mapping minerals associated with hydrothermal alteration. Evaluation of the WV3 mineral mapping results using ground truth data indicates, however, a difficulty in mapping spectrally similar minerals (e.g., kaolinite and dickite) due to spectral resolution limitation.&amp;lt;/p&amp;gt;
Qualified Targeting Through Data Aggregators in Permissioned Blockchain Settings: A Model for Auditable Transactions

Data aggregators can leverage personal data for the benefit of their users in their role of mediators with enterprises that are willing to target qualified user segments with customized offerings. However, such type of transaction must comply with personal data protection regulation and provide a fair and auditable context for business partners. In this paper, the components of a solution for that problem in the context of a permissioned, private business network are described, along with an implementation using the Quorum enterprise derivative of Ethereum. The results of that design are expressed as a combination of schemas, protocols and smart contracts. The resulting model may serve as a blueprint for experimenting data market mechanisms that exploit the unique value of aggregators in a secure, transparent and auditable framework.
Android Controlled Smart Wheelchair with Gesture and Voice Control

Being disabled brings about a feeling of isolation from the outside world and a sense of dependability as we have to depend on others help for just moving from one place to other and many other basic needs.[1] Wheelchair has solved this problem to an extent as it's provides personal mobility for the aged and disabled.[1] [2] But it is very difficult for the disabled people to use the manual power of the wheelchair independently.As a solution to this problem, we have put forward a power wheelchair which can be controlled with a simple android device using IOT technology.[2] We have used the technology initially used to control robots to control a power wheelchair using an android device either by touch joysticks or by voice commands or by gesture.[1][5]
Complicações neurológicas associadas ao SARS-CoV-2 (COVID-19) no Brasil: Organização do grupo NEUROCOVID-RIO e achados preliminares (Artigo de Opinião)

We live in moments of uncertainty due to the serious pandemic promoted by the Sars-CoV-2 virus Furthermore, in our country, other viruses are there, such as H1N1, Dengue, Zika, Chikungunya, Measles, Yellow Fever, which often leave us perplexed by the differential diagnosis of different neurological syndromes that may, eventually, be associated We created the NEUROCOVID-RIO Group comprising currently 44 health experts from several areas of the neurological sciences from different hospitals and laboratories from various institutions, including public and private universities A database in which mathematical instruments are applied, including artificial intelligence, was organized Preliminary findings show that well defined neurological syndromes seems to be more associated to Zika and Chikungunia viruses than with Sars-Cov-2
Clustering and Connectivity of Fractal-Fracture Networks: Are they related?

&amp;lt;p&amp;gt;It well known that fracture networks display self-similarity in many cases and the connectivity and flow behavior of such networks are influenced by their respective fractal dimensions. One of the authors have previously implemented the concept of lacunarity, a parameter that quantifies spatial clustering, to demonstrate that a set of 7 nested natural fracture maps belonging to a single fractal system, but different visual appearances have different clustering attributes. Any scale-dependency in the clustering of fractures will also likely have significant implications for flow processes that depend upon fracture connectivity. It is therefore important to address the question as to whether the fractal dimension serves as a reasonable proxy&amp;amp;#160; for the connectivity of a fractal-fracture network or is it the lacunarity parameter that may be used instead. The present study attempts to address this issue by studying the clustering behavior (lacunarity) and connectivity of fractal-fracture patterns. We compare the set of 7 nested fracture maps mentioned earlier which belong to a single fractal system, in terms of their lacunarity and connectivity values. The results indicate that while the maps that have the same fractal dimension have almost similar connectivity values, there exist subtle differences such that both the connectivity and clustering change systematically with the scale at which the networks are mapped. It is further noted that there appears to be an exact correlation between clustering and connectivity values. Therefore, it may be concluded that rather than fractal dimension, it is the lacunarity or scale-dependent clustering attribute that control connectivity in fracture networks.&amp;lt;/p&amp;gt;
TESTING AS A PROCEDURE FOR ASSESSING THE QUALITY OF EDUCATION IN AN UNIVERSITY

The relevance of the article is due to the fact that providing a high level of quality of education for a modern educational organization is the main strategic goal. By the quality of education, Federal state educational standards of higher education imply the students' achievement of competences as the learning results in a university. However, today there is a problem of how to measure these competences. The article reveals the main theoretical and practical approaches to the developing and using tests as diagnostic tools for assessing the quality of training students: the requirements that must be followed when creating tests, the types of assessing that are conducted by testing, the comparative characteristics of regulatory-oriented and criteria-oriented types of testing are presented. The article also presents the possibilities of using tests within the competence approach, describes the features and advantages of the testing methods with the application of information technologies.
Expectations for agents with goal-driven autonomy

Goal-driven autonomy is an agent model for managing a dynamic environment by reasoning about current and potential goals while planning and acting. Since unexpected events and conditions may cause an agent’s goals and plans to become invalid or infeasible, an agent with goal-driven autonomy should monitor the environment against its expectations. Designed for dynamic, open, and partially observable environments, such an agent can create new goals or change its existing goals as needed. We present a formalisation of expectations for agents operating in these kinds of environments. Our formalisation includes situations where agents have the capability to sense the environment with some associated costs. We examine agent choices and behaviour in these domains and evaluate multiple approaches for selecting a subset of the agent’s sensing actions to execute. The contributions of this work are (1) a specification of different approaches to generating expectations; (2) a formalisation of the autonomy problem that minimises sensing costs; (3) a complexity analysis of the problem; (4) new algorithms for deciding which sensing actions to perform; and (5) empirical results demonstrating the benefit and cost of these approaches.
PENINGKATAN PEMAHAMAN KONSEP MATEMATIKA KELAS IV MELALUI MEDIA BERBASIS DOLANAN ANAK DI SD NEGERI WIROSABAN

This study aims to describe the process of learning mathematics using child-based media can improve the understanding of mathematical concepts in fourth-grade students at Wirosaban State Elementary School. This type of research is Classroom Action Research (CAR). The subjects of this study were 15 Class IV students of Wirosaban State Elementary School. Data collection techniques in this study used observation, test, and documentation techniques. Data analysis techniques in this research are qualitative and quantitative descriptive techniques. The results showed the use of child-based media can improve the understanding of mathematical concepts in fourth-grade students of Wirosaban State Elementary School. This can be seen from the results of the pre-cycle measures obtained an average value of 59.9 with the completeness of 26.7% and an average achievement indicator of 59.9%. In the first cycle, the average value of 68.3 was obtained with 60% completeness and the average achievement of concept understanding indicators was 68.3%. In the second cycle, an average value of 78.8 was obtained with 80% completeness and the average achievement of concept understanding indicators was 78.8%.