Reviewerly/exHarmony huggingface dataset:
Amanah in Construction Management the Construction of Islamic Prayer House

It is not easy to coordinate people with various desires and wishes from the sincere to the strings attached.The construction of places of worship for Muslims in Indonesia is participatory from the community itself.This makes the role of a concept of the nature of Amanah and the value of sincerity a very powerful force.Such circumstances invite curiosity and curiosity from the author to examine how about the application of construction management in the construction of an Islamic place of worship whether construction management is applied in the construction of places of worship for Muslims or there are other ways or other components in managing a building of places of worship.This research is a theoretical study of the concept of Amanah in the construction of Islamic places of worship, with this study expected to provide scientific contributions on project management on the construction of places of worship for Muslims in particular and the construction of places of social space in general.From observational studies and literature studies conducted it was concluded that the construction of places of worship still implements construction management only in its application adding the element of Amanah in all of them.In his study, a conclusion was drawn about how the role of the Amanah values could support the construction management process in the construction of places of worship.
Efisiensi ISO 27001, ISO 9001, dan Standar LPSE pada Data Center dan e-Procurement Pemerintahan

National government and regional government are developing public service by communication and information network. Provided public service must be reliable, trusted, and reachable. To fulfil that, there are standards that need to be implemented for example ISO 27001, ISO 9001, and LPSE Standard. The purpose of this paper is to create efficiency in implementing ISO 27001, ISO 9001, and LPSE Standard with the scope of data center infrastructure and e-procurement service (LPSE). This paper uses qualitative method. The data obtained from primary and secondary data through a case study from government that has successfully implemented those standards. The result of this paper is mapping that shows intersection of similarity and difference between ISO 27001:2013, ISO 9001:2015, dan LPSE Standard and efficiency of document requirement which previously 50 to 24 documents only.
PKM Pelatihan Praktik Melukis Teknik Fresco Bagi Murid dan Guru Di Sekolah Dasar INPRES Unggulan BTN. Pemda Makassar

Presentation of material on the learning process of art education theory and art education practicum, whose behavior is directed at the method of presenting aesthetic concepts, creativity and work, adjusted to the level of ability of the students themselves. The connection in this case is to avoid the passivity of students during the learning process of fine arts education, through the presentation of educational media applied by the teacher will be a motivation to think creatively to apply freedom of exploration and freedom to express feelings and create real work in creating works. works of art in accordance with the structured assignment of subject matter from the teacher. The trend towards increasing teaching of fine arts education will benefit from being presented to formal educational institutions in an academic manner that is implemented at BTN's Inpres Featured Primary School. The local government of Makassar, regarding the learning process which has an innovative direction, both in the form of a presentation of basic theories and the practice of working in fine arts is quite a lot marked through the form of a teaching process that provides space for creativity, exploration, learning to work in Fresco technique painting, which of course begins with drawing learning exercises. sketches applied to students and teachers of the Inpres Unggulan BTN Elementary School. Pemda Makassar, so that students will experience a change from not knowing to knowing, through growth in attitudes and growth in thinking increasingly creative and intelligent
Generalizing and Tensorizing Subgraph Search in the Supernet

Recently, a special kind of graph, i.e., supernet, which allows two nodes connected by multi-choice edges, has exhibited its power in neural architecture search (NAS) by searching better architectures for computer vision (CV) and natural language processing (NLP) tasks. In this paper, we discover that the design of such discrete architectures also appears in many other important learning tasks, e.g., logical chain inference in knowledge graphs (KGs) and meta-path discovery in heterogeneous information networks (HINs). Thus, we are motivated to generalize the supernet search problem on a broader horizon. However, none of the existing works are effective since the supernet's topology is highly task-dependent and diverse. To address this issue, we propose to tensorize the supernet, i.e. unify the subgraph search problems by a tensor formulation and encode the topology inside the supernet by a tensor network. We further propose an efficient algorithm that admits both stochastic and deterministic objectives to solve the search problem. Finally, we perform extensive experiments on diverse learning tasks, i.e., architecture design for CV, logic inference for KG, and meta-path discovery for HIN. Empirical results demonstrate that our method leads to better performance and architectures.
Analisa Association Rule Pada Algoritma Apriori Untuk Minat Pembelian Alat Kesehatan

In the competition in the business world, especially the Medical Device industry, it requires developers to find an accurate strategy that can increase sales of goods. One way to overcome this problem is to continue to provide various types of medical devices in the warehouse. To find out what medical devices are purchased by consumers, market basket analysis techniques are carried out, namely analysis of consumer buying habits. In order to make it easier for companies to determine Buyers' interest in medical devices, a data mining method is needed which is accompanied by an a priori algorithm based on the purchasing process carried out by consumers based on the relationship between the products purchased. Based on the sample sales data for medical devices CV Andira Karya Jaya, amounting to 25 transactions and in this study a minimum support = 12% and a minimum confidence = 70% will be used. In the final stage, the results obtained are medical devices that are in demand by buyers at CV. Andira Karya Jaya, namely 1 M3 oxygen cylinder and 1 M3 troley of oxygen. Based on this data, CV. Andira Karya Jaya can provide supplies of medical devices that are of interest to buyers.
LARGE DATA EMBEDDING; PROBLEM &amp; SOLUTION

The objective of the study was to propose a high capacity data embedding system from DCT domain. The default quantization table is used for fixed mask projection quantization steps. Accordingly, DCT coefficient of the host image from low to higher frequency bands and embed bits from band to band with specially designed base vectors called Hadamard vectors. The embedding scheme procedure is described step wise. The proposed system can be used for data embedding and can be associated with another encryption method to make it safer. The proposed system is reported to be highly robust and secure
Quantum advantage based on photonics

<i>Advanced Photonics</i>, co-published by SPIE and Chinese Laser Press, is a highly selective, open access, international journal publishing innovative research in all areas of optics and photonics, including fundamental and applied research.
Knowledge representation in russian and european tradition

Knowledge representation is a fundamental question in philosophy, pedagogy, linguistics, psychology and artificial intelligence. This paper examines the achievements in the field of creating knowledge-based systems that exist in Russian and European practice. We employed the methods of cross cultural content analysis and meta analysis to analyze various sources of information, to interpret definitions, and to increase the validity of the conclusions. The following problems are highlighted: the definition of knowledge and its types; the interplay between knowledge itself, its representation, and the physical world; approaches to knowledge representation; representation schemas for procedural and declarative knowledge types. The findings of the research illustrate that in Russian science, the problem of knowledge representation is associated with the problem of knowledge as such and its representation in our psyche, in contrast to European practice where the problem is considered to be purely applied. Theoretical contributions and practical implications discussed in the paper contribute to the problem of knowledge representation and prove the efficiency of combination of both discussed approaches.
One kind of construction on sunflower with two petals*

= + ∑ { , } = , then the family F * contains a sunflower with two petals, where F * ={G 1 ,G 2 }, G 1 =G[Y∪X] and G 2 =[ Z∪X] are the subgraphs induced respectively by Y∪X and Z∪X with ( ) = for all v j ∈Y∪X and ( ) = for all v j ∈Z∪X.Moreover, we generalize the consequence to the case of a much more general result.
Measuring Racial Discrimination in Algorithms

There is growing concern that the rise of algorithmic decision-making can lead to discrimination against legally protected groups, but measuring such algorithmic discrimination is often hampered by a fundamental selection challenge. We develop new quasi-experimental tools to overcome this challenge and measure algorithmic discrimination in the setting of pretrial bail decisions. We first show that the selection challenge reduces to the challenge of measuring four moments: the mean latent qualification of white and Black individuals and the race-speciﬁc covariance between qualification and the algorithm’s treatment recommendation. We then show how these four moments can be estimated by extrapolating quasi-experimental variation across as-good-as-randomly assigned decision-makers. Estimates from New York City show that a sophisticated machine learning algorithm discriminates against Black defendants, even though defendant race and ethnicity are not included in the training data. The algorithm recommends releasing white defendants before trial at an 8 percentage point (11 percent) higher rate than Black defendants with identical potential for pretrial misconduct, with this unwarranted disparity explaining 77 percent of the observed racial disparity in algorithmic recommendations. We find a similar level of algorithmic discrimination with regression-based recommendations, using a model inspired by a widely used pretrial risk assessment tool.
Dual Graph Complementary Network

As a powerful representation learning method on graph data, graph neural networks (GNNs) have shown great popularity in tackling graph analytic problems. Although many attempts have been made in literatures to find strategies about extracting better embedding of the target nodes, few of them consider this issue from a comprehensive perspective. Most of current GNNs usually employ some single method which can commendably extract a certain kind of feature but some equally important features are often ignored. In this paper, we develop a novel dual graph complementary network (DGCN) to learn representation complementarily. We use two different branches, and inputs of the two branches are the same, which are composed of structure and feature information. At the same time, there is also a complementary relationship between the two branches. Beyond that, our extensive experiments show that DGCN outperforms state-of-the-art methods on five public benchmark datasets.
Formation of research activities among students in the system secondary vocational education

research work of students, an assessment of the quality of research work in the system of secondary vocational education
Effects of Heavy Screen Time on the Adolescent

In today's modern age, the great majority of society utilizes many readily available technological inventions.Adults have incorporated these creations not only into their daily lives, but also into the lives of their children.The current Covid-19 pandemic has taken away a key component of pediatric development, which is in-person schooling.Most children are attending
A Feedback Control Method to Maintain the Amplitude of the RF Signal Applied to Ion Traps

For high-fidelity quantum operations in ion traps, it is important to maintain the secular frequency of the trapped ions at a constant value. The radial secular frequency is proportional to the amplitude of the radio frequency (RF) signal applied to ion traps. Owing to the changes in the ambient temperature of a helical resonator and the minute vibration of the optical table, the amplitude can vary. Recently, a method for reducing the fluctuation in the RF signal amplitude, using a commercial universal proportional-plus-integral (PI) controller, has been introduced, which, in turn, reduces the secular frequency drift of the trapped ions. The method improves the capability to maintain the secular frequency at a constant value. However, the structure of the controller is fixed; thus, the control method cannot be changed to suit different experimental conditions, and the different feedback configuration cannot be implemented to increase the resolution. In this paper, we develop a field-programmable gate array (FPGA)-based feedback controller that allows the implementation of various automatic control methods and feedback configurations. In our experiments, the fluctuation in the amplitude of the RF signal was 1.806% using a commercial universal PI controller. The fluctuation was reduced to 0.099% using the developed FPGA-based PI controller, and to 0.102% using the developed FPGA-based lag compensator. By employing the developed FPGA control method, many other automating control methods can be applied to achieve a stable and high-performance control of the secular frequency.
Use SOAPS Strategies to Improve the Reading Comprehension

This paper aims to see the effectiveness of the using strategy of the SOAPS to improve the reading comprehension of second-grade students at Satria Makassar High School in the academic year 2018/2019.This study used a pre-experimental procedure consisting of 20 students in one class.Researchers applied test reading material consisting of 30 multiple-choice items.The conclusions indicate that there are significant differences in student achievement in reading comprehension, where the post-test average score is higher than the pre-test (71.30> 51.55) based on the findings of this study.
True Random Number Generator Based on nondeterministic Device and Multi dimension Chaos Theory

&nbsp;There have been strong links between chaotic theory and cryptographic theory for the last three decades. The characterization of behaviors of the Chaotic system, such as: highly responsive to initial states, mixing attributes, deterministic existence, and often unable to predict long-term returns, allows researchers improve the security of cryptography systems. As a result, there are growing numbers of experiments that have been proposed using chaotic-based random number generators. Furthermore, These proposed generators suffer from minimal key space and those centered on a 1D chaotic map have limited capacity to produce entropy due to their limited number of exponents of Lyapunov (s). Random binary sequence generator producing sequence of bits has been proposed in this paper. The proposed system model consists of two parts that use mouse device data constructively as the basis for the theory of non-determinism and chaos. The chaos theory includes three forms with the mouse cursor coordinates while moving as the initial seeds in this proposed system (1D logistic chaotic system, 2D Hénon system and 3D chaotic system) and combines the values produced in the algorithm. With 1D, 2D Hénon, 3D chaotic maps, the mouse cursor coordinates are treated as an initial random number with post processing to increase the randomness and security of the keys. In the suggested research, there is high key space and a very long time. It is also evident that the developed keys have successful statistical features that require purely random binary sequences that are optimal for use in essential cryptography systems provided by evaluating the results of 16 NIST hardness tests (National Institute of Standards and Technology).
A limit distribution for a quantum walk driven by a five-diagonal unitary matrix

In this paper, we work on a quantum walk whose system is manipulated by a five-diagonal unitary matrix, and present long-time limit distributions. The quantum walk launches off a location and delocalizes in distribution as its system is getting updated. The five-diagonal matrix contains a phase term and the quantum walk becomes a standard coined walk when the phase term is fixed at special values. Or, the phase term gives an effect on the quantum walk. As a result, we will see an explicit form of a long-time limit distribution for a quantum walk driven by the matrix, and thanks to the exact form, we understand how the quantum walker approximately distributes in space after the long-time evolution has been executed on the walk.
INNOVATIVE CAREER GUIDANCE ACTIVITIES USED IN LIFE-LONG EDUCATION

The article is devoted to the actual problem of vocational guidance in life-long education, carried out during the transition to the level of secondary general education via university profile classes and higher education institutions. The solution of the tasks of the national project "Education" is indicated. The strategic directions for the development of university profile classes based on the experience of a regional university are indicated, it includes such a component as improving the system of vocational guidance and professional self-determination of schoolchildren. The possibilities of implementing vocational guidance technologies during the transition to a new technological mode in different spheres of life are shown. Along with the traditional methods of career guidance, which proved to be effective, various innovative career guidance activities are considered, such as working in social networks, recording short video lessons, as well as conducting career guidance networking. New forms of building social connections have been introduced, they are used both remotely and in the real-format (online networking, real-networking, etc.). The article reflects the real experience of career guidance work carried out at Tambov State University named after G. R. Derzhavin.
FUTURE INFORMATICS TEACHERS’ READINESS TO USE EDUCATIONAL WEB-RESOURCES: COMPONENT ANALYSIS

Introduction. The article analyzes the component composition of the preparation of future IT teachers to use educational WEB-resources in profession- al activities. Purpose. The article is to identify the components of the preparation of future IT teachers to use educational WEB-resources in professional activities. Methods. Analysis of scientific sources on the research problem. Results. We defined the functions of components: mo- tivation and value – activation of manifestation of other components, cognitive-semantic – providing measures of the use of resource possibilities concerning other compo- nents for achievement - definition of relations between components in the course of realization of resource poten- tial in space and time. We found out that the indicator of the motivational and value component is the awareness of the importance of informatization in education; cognitive interest in web technologies, ways of forming information culture of students; stability of beliefs and the need to use web-resources; interest and need to use information tools, management of the process of using WEB-resources in school; the presence of motives, interests, needs and value orientations (values-guidelines, values-goals, val- ues-relationships, values-quality, values-means) for the use of WEB-resources in professional activities; necessary qualities and personality traits; cognitive-semantic: the presence of the necessary volume and completeness of general cultural, general professional, professional, special knowledge of WEB-resources, methods of their use, the level of theoretical knowledge on the informatization in education and methods of their application; operational- practical: the presence of a set of skills necessary for the successful use of WEB-resources in professional activities (gnostic, design, constructive, operational, organizational, analytical, research, instrumental, technological, prognos- tic, communicative, reflective) arising from the functions of teachers on the introduction of WEB-resources in the educational process, the ability to adequately assess their activities, the formation of a reflective position, positive self-perception. Originality. The essence of each component of prepa- ration and their indicators are revealed. Conclusion. In the article we singled out the compo- nents of preparation of future IT teachers to use educa- tional WEB-resources in professional activity: motivation and value, cognitive-semantic, and operational-practical. We see the prospect of further research in the design of a methodological program for training future IT teachers to use WEB-resources.
Acceptance of Technology in Online Learning Perspective at Educational Institutions : A Systematic Literature Review

Today, many applications or technologies have been produced by every software developer. However, the success of all there is the decision of each user. Users have two possibilities to accept or reject a technology that is presented. The TAM model has been widely researched and undergone development and changes besides being quite reliable in predicting the level of technology acceptance in all countries in the world. In this study, we will recapitulate all studies on the acceptance of technology in the field of Education that handles online learning. The results showed that there was 51 article review publication were selected through some process of review. The period taken ranges from 2011 to 2020. The main findings show that there are differences in the models, methods, and applications identified. Since the TAM model has two basic variables, namely perceived ease of use and perceived usefulness as a framework for analyzing the make and influence technology acceptance. In this study also provides information about the results of the identification of some of the gaps in current research and also in the future. Therefore, the results of a systematic literature review were able to provide a better understanding of TAM especially in the perspective of education in online learning.
Hubungan Kemandirian Belajar Siswa dan Hasil Belajar Matematika Siswa Kelas V SDN se-Kecamatan Kebumen Tahun Ajaran 2019/2020

&lt;p&gt;&lt;em&gt;The study &lt;/em&gt;&lt;em&gt;aimed&lt;/em&gt;&lt;em&gt; to prove positive correlation between independence in learning and mathematics learning outcomes and to determine the contribution of independence in learning to mathematics learning outcomes for fifth grade students of public elementary schools in Kebumen sub-district &lt;/em&gt;&lt;em&gt;in &lt;/em&gt;&lt;em&gt;a&lt;/em&gt;&lt;em&gt;cademic &lt;/em&gt;&lt;em&gt;y&lt;/em&gt;&lt;em&gt;ear&lt;/em&gt;&lt;em&gt; of2019/2020. It was a quantitative research with correlation method. The prerequisite test use&lt;/em&gt;&lt;em&gt;d&lt;/em&gt;&lt;em&gt; linearity test and normality. Data analysis used simple correlation test and adjusted R square. It concludes that there is positive and significant relationship between independence in learning and mathematics learning outcomes with moderate correlation level which is 0.478 and independence in learning contributed 22,8% to mathematics learning outcomes.&lt;/em&gt;&lt;/p&gt;