Reviewerly/exHarmony huggingface dataset:
Management of Practical Problems Related to the Term-End Examinations (An Educative, Analytical and Ethical Approach for Understanding)

Examinations are the compulsory Tests to be conducted by every educational institution when the required number of working days and teaching-learning days are completed to determine the standard of the students. As per the Choice Based Credit System, there will be two examinations namely Internal Examinations and External Examinations.  As far as the Internal Examinations, the concerned subject faculty has to seriously and sincerely conduct two to three tests, seminars and assignments based on which the internal marks will be calculated and will be sent to the university through the college.  But only in the semester term end external examinations the problem arises. There are excellent dedicated teachers with the quality cooperation and coordination in every institution but the number is very less. In spite of the rules that examination duty is compulsory, the few staffs find ways and means to escape from the duties which becomes problems to the Head of the Institutions (HOI) in addition to the other problems like Delay in getting the question papers, hall tickets, answer books, advance amount; lack of communication, coordination, cooperation, proper code verifications; absence of strong room, uniform policy for placing duty for invigilation, observers, chief superintendent, etc.,  from the day the duty chart prepared to till he settles accounts with parties concerned. By taking this issue as a key point, the real and actual problems are elicited and  presented with suitable measures to solve these issues permanently.  It is up to the readers to accept or reject.
PENGEMBANGAN APLIKASI PEMBELAJARAN TAJWID AL-QUR’AN BERBASIS AUGMENTED REALITY STUDY KASUS DI MADRASAH MIFTAHUL ULUM 22 KARANG NONGKO

Abstrac t : In the digital era as it is today, children's interests tend to be more easily saturated to learn to understand the reading and mahorijil letters of the Qur'an delivered by the clerics and clerics that is with methods that are less in demand by children such as the question and answer method, lecture method, discussion method, assignment method and iqra 'method in studying and understanding letters, mahroj and tajwid. The library research method is this research that contains how to learn tajwid knowledge by utilizing interactive teaching tools using Augmented Reality (AR) technology. The purpose of this study is how to study and apply the Qur'an and its recitation law using the Augmented Reality (AR) method and visualize images on Augmeted Reality markers in realtime to provide an explanation to users of this application. This application is used so that users can understand how to read the Qur'an properly and correctly, this Augmented Reality (AR) technology combines elements of audio, images, videos and quizzes aimed at increasing the interest of millennials who love reading the Qur'an while adding insight into multimedia technology. Keywords : Android, Augmented Reality, Mobile, Android Learning School Environment
SherLock: A CNN, RNN-LSTM Based Mobile Platform for Fact- Checking on Social Media

Today, false news is easily created and distributed across many social media platforms. Due to that, people find it difficult to choose between right and wrong information on those platforms. Therefore, a strong need emerges to develop a fact-checking platform to overcome this problem. Fact-checking means the process of verifying information. A CNN, RNN-LSTM based mobile solution has proposed from this study to verify information on social media including many features. CNN, RNN-LSTM based hybrid model ables to capture the high-level features and long-term dependencies from the input text. Some of the features of the mobile application includes fact-checking, daily news updates, news reporting and social media trends etc. The mobile solution is developed using Flutter as the front-end framework and Firebase as the back-end framework including REST APIs to gather daily news articles. The hybrid model achieved a 92% accuracy when checking the information circulating on social media.
Efficient Algorithm for Computing Odd-Degree Isogenies on Montgomery Curves

Isogeny-based cryptography, such as commutative supersingular isogeny Diffie-Hellman (CSIDH), has been shown to be promising candidates for post-quantum cryptography. However, their speeds have remained unremarkable. For example, computing odd-degree isogenies between Montgomery curves is a dominant computation in CSIDH. To increase the speed of this isogeny computation, this study proposes a new technique called the “2-ADD-Skip method,” which reduces the required number of points to be computed. This technique is then used to develop a novel algorithm for isogeny computation. It is found that the proposed algorithm requires fewer field arithmetic operations for the degrees of $$\ell \ge 19$$ compared with the algorithm of Meyer et al., which utilizes twisted Edwards curves. Further, a prototype CSIDH-512 implementation shows that the proposed algorithm can give a 6.7% speedup over the implementation by Meyer et al. Finally, individual experiments for each degree of isogeny show that the proposed algorithm requires the lowest number of clock cycles among existing algorithms for $$19 \le \ell \le 373$$ .
LibGuides: Lexis Digital Library for the Public: Training Resources

This guide provides an overview of the Lexis Digital Library and how the public can gain access to it.
Mixing Python and OWL

In this chapter, we will see how to mix Python methods and OWL logical constructors within the same class.
Immersive Intelligent Aesthetics as Conduit for Digital and Public Humanities Research

The article outlines conceptual frameworks and experimental studies developed at the University of New South Wales, surveying a selection of creative arts industry research projects. These deliver fully immersive interactive visualisation systems that enable new forms of embodied engagement with artistic, cultural and performance datasets, deploying Artificial Intelligence to analyse and augment user navigation for improving data identification, access and processing. Sketching the developmental trajectory of intelligent aesthetics across these projects, the paper closes with a critical consideration of effects and implications of human-machine co-agency in this new context of cultural reflection.
The Effect of Dwell Time on Swipe-based Pie-Menu Navigation Efficiency

In this paper we present and analyze pie-menu implementation for touchscreen mobile devices which supports swipe-based navigation through deep hierarchical menu configurations. We propose a solution that synergistically encompasses important design features for a given context: radial menu visualization, semi-transparency, manual repositioning, occlusion awareness, and marking menu concept. From the menu navigation efficiency standpoint, dwell time represents one of the most influential factors in such a design. Reducing the time needed to automatically activate submenus could potentially provide faster navigation through the pie-menu hierarchy; however, short dwell times could make swipe-based interaction more error-prone, as unintentional item selections are then more probable. Therefore, we specifically investigate the effect of dwell time on navigation efficiency when using the proposed solution. A remotely administered experiment involving 36 participants was carried out in order to empirically evaluate different dwell time values. The interaction style, i.e. the way of holding a smartphone device, was also taken into account as an independent variable. We present the results of this empirical research, additionally tackling the interaction workload, usability attributes, and overall design considerations of the proposed solution. According to the obtained results, we argue that highly adaptable pie-menus could provide interaction benefits in the mobile touchscreen domain.
Organization Project Activities With The Help Of Distance Learning

The research is devoted to the issue of distance learning when teaching Russian as a foreign language. Such a method of teaching students as project activity, its functioning and efficiency is considered. The projects carried out at the Moscow Polytechnic University which clearly illustrate the application of this method and its results are considered. The implementation of project activities in terms of full-time and distance learning is compared. The experience of project-oriented activity has shown good results because the consumer passive assimilation of ready-made knowledge received from the teacher gives way to an active, creative approach. As a rule, projects require in-depth knowledge of the problem and the ability to find practical applications of it. Projects develop the ability to find new information. In addition, a range of personality traits such as critical thinking, problem-solving ability, teamwork, and a full range of communication skills, including listening, speaking and writing, are improved during the realization of a project.
ASSESSMENT OF ROSLYN ANALYZERS FOR VISUAL STUDIO

Soware security is an ever growing subject that is getting more important as we implement more software into our daily lives. We want to protect our personal information and keep our privacy int ...
Migration of Signing Algorithms : An investigation in migration of signing algorithms used in certificate authorities.

The migration of signing algorithms is a process which can be used to move from signing algorithms which are regarded as less safe to algorithms which are regarded as safer. The safety of cryptogra ...
Do You Care for Robots That Care

Abstract: Background: There has been a rapid increase in the population of senior citizens in many countries. The shortage of caregivers is becoming a pressing concern. Robots are being deployed in an attempt to fill this gap and reduce the workload of caregivers. This study explores howhealthcare robots are perceived by trainee care professionals. Methods: A total of 2365 students at different vocational levels completed a questionnaire, rating ethical statements regarding beneficence, maleficence, justice, autonomy, utility, and use intentions with regard to three different types of robots (assistive, monitoring, and companion) along with six control variables: gender, age, school year, technical skills, interest in technology, and enjoying working with computers.
Perceptions and expectations in the university students from adaptation to the virtual teaching triggered by the COVID-19 pandemic

Introduction: Confinement has fostered the debate on digitalization and virtual teaching The objective is to expose the disadvantages of the telematic education system adopted during the quarantine on subjects like equal opportunities, well-being and satisfaction, and teaching quality;focusing on the university education level and taking into account the management of communications with the students Methodology: Two surveys, both distributed by online means, were conducted on university students, one at the beginning of the confinement (n: 1612), and another in the examination period (n: 872) Results: 90% of students prefer face-to-face teaching and 80% consider that their university has not adapted adequately Most believe that they will learn less, that their academic record will be affected, and that they will have more difficulties while finding a job More than a half of the students have suffered close experiences related to coronavirus and they feel a lack of understanding on the university side Conclusions: Universities have shown a poor institutional communication performance during the pandemic, both in communication with students and in listening to them
THE TEACHING OF SPEAKING USING STORYTELLING

Speaking is one of the skills that must achieve in English mastery, but many students of MTs. Al-Huda Banjarmasin has problems when they learn it, they were not confident and felt challenged. To face the problems, the teacher can apply the storytelling technique. The purpose of this research is to know the teacher teach speaking using storytelling technique to students of MTs. Al-Huda Banjarmasin and the advantages of using that. This research was a qualitative method. The researcher obtained the data by interviewed the English language teacher as informant via WhatsApp chat due the Covid-19 causes school-days off. The interview has been held on July 11th, 2020. There were twenty questions. The researcher found the teacher teaching speaking using storytelling was; introducing and telling the story, exercise with students and evaluated it, and took assessments. Students’ pronunciation has increased after taught by storytelling technique. It also gives many advantages such as exercising students to be imaginative, got the moral message, and develop aspects of speaking, train the ability to concentrate on the story in the English language. Based on the result of the research, the researcher suggests teachers applying storytelling in teaching because it can help students in their speaking skills problems.
Αναζήτηση και παρακολούθηση αυτοκινούμενων ρομποτικών οχημάτων με μεθόδους μηχανικής όρασης

This diploma thesis goal is, for a robotic vehicle, to find, recognize and thenfollowing a moving target. The robot has only one sensor attached to it, a usbcamera. Therefore, we use some distinctive markers, called ArUco FiducialMarkers, so that the robot can distinguish them using certain libraries ofROS(Robot Operating System) and OpenCV(Open Computer Vision), in orderto apply some Image Processing methods. Finally, when the target(specificmarker) is detected and the robot knows its pose(position and orientation) thena navigation algorithm which is implemented in C takes over. The navigationalgorithm consist of a trajectory that connect the starting point with the terminalpoint and a control system in order to keep the robot in touch with the movingtarget.
THE EFFECTS OF USING SHORT STORY ON READING LEARNING AT THE NINTH GRADE OF MTSN 5 BATOLA ACADEMIC YEAR 2019/2020

Reading is an important component, in that reading skills are one of the important aspects of communication skills that must be mastered in order for someone to be successful in life. reading is the heart of education. This means that by reading, we will learn and reason, which leads to obtaining information as the main tool for a good life. Reading short stories is reading reading that creates an imagination (picture) in the mind. This type of reading fiction is reading that is full of high fiction. Reading activities in the teaching and learning process in the classroom involve various factors, namely teachers, students, media, methods, and places where teaching and learning activities take place. The population in this study were students of class nine mtsn 5 Batola while the researchers were selected class 9 A consisting of 22 students. Here using a descriptive research design. Researchers used complete short stories as a type of test. Students are asked to read 1 sentence in 8 minutes. The researcher found that the students' ability in reading short stories in the ninth grade of 5 Batola was still low. This can be seen from the average value of students 'reading ability is 66.05 and the average value of students' ability after using the short story is 75.00
Central Louisiana Technical Community College Library: Industrial Manufacturing Technology: Home

This LibGuide will provide you with basic research information for the Industrial Manufacturing Technology program.Use the tabs to the left to get information on finding books, finding articles from magazines and journals, and locating recommended web
Two-photon topological States in the array of qubits caused by the effective photon-photon interaction

We investigate two-photon topological states in the array of nearest-neighbor coupled qubits for two model systems based on the extended version of the Bose-Hubbard Hamiltonian, one of which includes direct two-photon tunneling and an- other one incorporates density-dependent hopping. For both models, we demonstrate that the effective photon-photon interaction gives rise to the topological bandgap and topologically protected edge states of bound photon pairs. We design effective density- dependent hopping by inserting auxiliary frequency-detuned qubits in the appropriate positions in the array, which is feasible to realize, for instance, in existing arrays of transmon qubits. Furthermore, we map our system onto the paradigmatic Su-Schrieffer- Heeger model in the limiting cases illustrating our conclusions by the results of numerical simulations.
Deep learning for differential privacy and density estimation

One of the most promising opportunities for scientists over the last years is the ease in the collection of data and its accessibility. Moreover, due to the proliferation of interdisciplinary field ...
Quasi-polynomial Time Approximation of Output Probabilities of Constant-depth, Geometrically-local Quantum Circuits.

We present a classical algorithm that, for any 3D geometrically-local, constant-depth quantum circuit $C$, and any bit string $x \in \{0,1\}^n$, can compute the quantity $| |^2$ to within any inverse-polynomial additive error in quasi-polynomial time. It is known that it is $\#P$-hard to compute this same quantity to within $2^{-n^2}$ additive error [Mov20]. The previous best known algorithm for this problem used $O(2^{n^{1/3}}\text{poly}(1/\epsilon))$ time to compute probabilities to within additive error $\epsilon$ [BGM20]. Notably, the [BGM20] paper included an elegant polynomial time algorithm for the same estimation task with 2D circuits, which makes a novel use of 1D Matrix Product States carefully tailored to the 2D geometry of the circuit in question. Surprisingly, it is not clear that it is possible to extend this use of MPS to address the case of 3D circuits in polynomial time. This raises a natural question as to whether the computational complexity of the 3D problem might be drastically higher than that of the 2D problem. In this work we address this question by exhibiting a quasi-polynomial time algorithm for the 3D case. In order to surpass the technical barriers encountered by previously known techniques we are forced to pursue a novel approach: Our algorithm has a Divide-and-Conquer structure, constructing a recursive sub-division of the given 3D circuit using carefully designed block-encodings, each creating a 3D-local circuit on at most half the number of qubits as the original. This division step is then applied recursively, expressing the original quantity as a weighted sum of smaller and smaller 3D-local quantum circuits. A central technical challenge is to control correlations arising from the entanglement that may exist between the different circuit pieces produced this way.
Analysis of PBL Teaching Design for Deep Learning

This paper discusses deep learning oriented PBL teaching design from the aspects of innovation of PBL teaching method, promotion of characteristic courses, integration of interdisciplinary content to form course resource and exerting the advantages of information technology application.
LibGuides: Grade 6 Historical Fiction Research: Korean History

Find resources on different historical periods to help you write powerful historical fiction. 1950-1953
EFFECT OF SAUDI ELECTRONIC NEWSPAPERS OUTPUT ON ITS READABILITY - ANALYTICAL AND FIELD STUDY

This study aims at identifying Saudi electronic newspapers output on Saudi public readability via monitoring the most effective elements on readability, identifying the relation between the intensity and follow-up of Saudi audience to these newspapers and the achieved output gratifications by that follow-up.This study depended on the media survey method using analytical study sample of Saudi electronic newspapers including (Okaz, Al-Madinah, Al-Riyadh, and Asharq Al-Awsat). It takes three months from 01.08.2018 to 30.10.2018H. The Field study sample consists of (200) individuals of Jeddah population who follow Saudi electronic newspapers by Uses and Gratifications Theory.The findings show and clarify that the different newspapers of the study sample in employing the output elements and how producing it well in terms of Saudi audience readability. This study concludes that there's correlation relation between the respondents follow-up to Saudi electronic newspapers and the readability of this newspapers. There's also a correlation relation between the respondents follow-up intensity to Saudi electronic newspapers and the readability of this newspapers. There are also some differences between the respondents' motivations for using these newspapers as per their preferences and output ways in these newspapers.
Strong Monitor Of Admission Manager With Multi-Level Ability For Open Cloud

Controlling data access is a difficult issue in public cloud storage systems. Attribute-Based Encryption (CP-ABE) Cipher text-Policy has been adopted as a promising technology to provide flexible, accurate and secure control of data access for cloud storage with honest but weird cloud servers. However, in current CP-EBA schemes, the single attribute authority must implement a validation of the legality of time-consuming users and the distribution of the secret key, resulting in a one-point performance block when a CP-EBA scheme is adopted. in a large-scale system. Cloud storage. Users could be stuck in the queue for a long time to get their secret keys, which could degrade the efficiency of the system. Although multi-agency access control schemes have been proposed, these schemes still cannot overcome the disadvantages of one-point blocking and low efficiency, due to the fact that each authority still independently manages a separate set of attributes. In this paper, we propose a new, heterogeneous framework to eliminate the problem of blocking in single-point performance and to provide a more efficient access control system with an audit mechanism. Our framework uses several proprietary powers to share the burden of validating user legitimacy. Meanwhile, in our scheme, a CA (central authority) is introduced to generate secret keys for users whose legitimacy has been verified. Unlike other multi-body access control systems, each authority in our scheme manages the entire feature set individually. To increase security, we also suggest an audit mechanism to detect AA (Awarding Authority) that has incorrectly or maliciously performed the legitimacy validation procedure. The analysis shows that our system not only ensures the safety requirements, but also improves the outstanding performance of the switches.
The Construction of Music Performance Teaching Resource Service Platform Based on Cloud Computing

With the continuous development of educational informationization, cloud computing technology is widely used in Colleges and universities, especially in the development and construction of a teaching resource platform. Taking the music performance major as an example, this paper combs the teaching resource platforms of major domestic famous music colleges and universities, and on this basis, explores the possibility of the construction of a music performance teaching resource service platform based on cloud computing.