Reviewerly/exHarmony huggingface dataset:
Designing Andorid based Mobile Application for Earth Layer Learning at Junior High School

The complexity of science topics makes it difficult for students to understand all science concepts correctly. Mobile devices can help students to be more focused and efficient in learning. The study aimed to develop the android - based mobile application about the earth layer and include its natural disaster concept. The development model used was the 4D Model. This research produces a product in the form of Earth Panel Cellular Application. The expert validation average score of 3.38, which is in the excellent category, shows that the earth layer application is suitable for usage. The application's effectiveness can be quite effective in enhancing students’ cognitive learning outcomes based on the gained sig. The significance of application is said to be quite effective in improving cognitive learning outcomes with a value of 0.000 less than 0.05
Between listening and sounding: Exploring the limits of augmented instruments

This paper explores some of the changed relationships between body and environment that occur when instruments are augmented by electronic or digital circuits. Taking Gregory Bateson’s theorisation of the schizophrenic body (1973) as its starting point, the paper explores situations in which the relationship between the performer, body, and instrument takes on increasingly separate communicational modes, in which the body and its meanings come to resemble the ‘unlabelled metaphor’ of the schizophrenic. A series of instrument/personas are brought before us, representing both the ‘norm’ of acoustic instrumental performances and the extreme limits of instrumental identity, offering critical insight into the space that augmented instruments occupy and transform. In considering some of these changes, and in reaching towards their extremities, attention is paid to the friction or awkwardness that accompanies the metamorphosis. In the same way that the ability of a language to ‘point’ is fraught with inconsistencies and potentials for misunderstanding, so the transformation in instrumental identities does not happen in a smooth and transparent way. However, the changes do create the potential for new sensibilities and forms of critical and ethical awareness.
A Study on the Importance-Performance Analysis of Extracurricular Programs Properties: Focused on University Students majoring in Cooking

This study intended to verify the difference in importance and satisfaction of the quality attributes of the extracurricular program perceived by students majoring in cooking and to find a way to improve the quantitative and qualitative properties of the program operation using IPA. The study sampled college students majoring in cooking at eight universities in Busan, Ulsan and South Gyeongsang Province, of which 273 samples were used for analysis. In summary, the most important attributes that students consider for non-subject programs were in the order of improving start-up capabilities, program diversity, and professors' practical experiences, and satisfaction wise, capable professors ranked high. In addition, in the difference between importance and satisfaction, the factors related to the type of program were significantly important. Next, IPA results showed that continuous maintenance was needed for factors including professors' working experience, teaching methods, leadership skills, employment support, entrepreneurship ability improvement, interaction with professors and latest equipment support for training while program diversity, training space and certificates of completion and merit were rated as low in satisfaction even though they’re high in importance. Therefore, this study suggests that the educational effect can be maximized with improving student participation rate by opening more detailed training programs and small sized training space support.
The Influence of Learning Facilities and Parenting Patterns on Learning Achievement Through Learning Motivation(Study on State Vocational High School Students as West Korwil Pasuruan District of Indonesia)

This study aims to describe learning facilities, parenting styles of parents, learning motivation, and learning achievement, analyze the effect of learning facilities and parenting patterns on learning motivation, analyze the influence of learning facilities and parenting styles on student achievement, analyze the effect of learning motivation on student achievement and analyze the effect of learning facilities and parenting styles on learning achievement through learning motivation. The sample in this study was 90 students. The data was analyzed using SEM-PLS software. The results analysis shows that learning facilities and parenting styles affect the motivation to learn. This shows that students who have adequate learning facilities and are supported by good parenting can increase students learning motivation. Learning facilities and parenting styles influence learning achievement. The study also shows that the more complete learning facilities are owned and supported by parenting that is applied properly can improve student achievement. Learning motivation has an effect on learning achievement, which means that the higher the student's motivation, the higher the student's learning achievement. Learning facilities and parenting styles affect learning achievement through learning motivation.
Fenomena Judi Online Higgs Domino Dikalangan Mahasiswa Pada Masa Pandemi Covid-19 di Kota Tanjungpinang

Gambling is a societal disease that affects all levels of society, including students in Tanjungpinang City. In the midst of a pandemic, all systems of people's lives have changed from offline to online, including in this research the gambling that hit students in Tanjungpinang City. This study aims to find out what causes the Higgs Domino online gambling game to occur in the midst of a pandemic in the Tanjungpinang City Student environment. The method used in this research is qualitative method. The data obtained through the results of semi-structured in-depth interviews based on interview guidelines and the development of questions, observations, participation and documentation. In research to determine informants using the Purposive Sampling Technique or first determine the criteria of the informants. Based on the results of the analysis, researchers found the phenomenon of the widespread use or game of online gambling games Higgs Domino among students in the city of Tanjungpinang caused by social environmental factors, this is evidenced by the results of interviews which can be concluded that Higgs Domino players first learned about this game from friends, and the existence of Intense communication and interaction between players, starting from sharing information about how to access this game or download it, how to play, how to buy and sell chips. As stated by the Differential Association theory, Edwin H. Shutterland, Sutherland argued that criminal behavior is a behavior that can be understood and also studied in the social environment of society.
A proposed cloud‑based platform for facilitating donation Services in support to needy-students

Abstract Popularity of needy-students who cannot afford their university fees has become phenomenon in countries like Jordan. Thus, supporting such students through establishing a reliable cloud-based platform for collecting donations from wealthy people is a very noble action. Such donations will enable needy-students to continue their education to upward their development, reduce their poverty, improve their health, scale-up their gender equality, promote peace across their communities, enhance stability in their societies, and enrich the field of cloud-based Services development. This paper proposes a new cloud-based platform that aims at connecting donors with needy-students in a very discreet way that preserves and honors the Privacy and Confidentiality of their information. We claim that our proposed cloud-based platform depicts a unique novelty that can be easily anticipated from the perspectives of its status as an easy-to-use cloud-based Services platform; its comprehensive set of functionalities; its ability to interconnect its users privately and confidentially; and its ability to easily verify the credentials of its users.
PELATIHAN PENERAPAN ACCURATE ACCOUNTING SOFTWARE BAGI SISWA JURUSAN AKUNTANSI DI SMK N 1 PADANG CERMIN

The training activity on the application of Accurate Accounting Software aims to provide additional knowledge and competence in dealing with the world of work for class XII students of SMK N 1 Padang Cermin. Accurate Accounting Software is an accounting application that makes it easy for users to prepare financial reports quickly and accurately. The training method is carried out in the form of practical activities in the accounting computer laboratory of SMK N 1 Padang Cermin by solving case questions that have been prepared by the PkM team at the Indonesian Technocrat University. This training activity is carried out in three main stages: providing introductory material for Accurate Accounting Software, practical case problem solving, and discussion sessions. In the implementation of this training, the trainees were able to follow well as evidenced by the enthusiasm the trainees. In addition, the training participants are also able to solve the case questions given
PENERAPAN SISTEM INFORMASI PERPUSTAKAAN BERBASIS WEB PADA SMK NURUL HUDA PRINGSEWU

Libraries have a very important role in increasing students' insight and knowledge. Usually, the library has its own room consisting of bookshelves that are neatly arranged based on the scientific group of books. SMK Nurul Huda Pringsewu is one of the schools that really pays attention to the convenience of students in adding insight, one of the efforts made by the school is the existence of a school library. The recording of borrowing and returning books at the library of SMK Nurul Huda Pringsewu is still recorded using books. This makes it difficult to properly monitor loan and repayment data, so that sometimes the loan process exceeds the time limit given. In addition, the recording of borrowing books which is still done conventionally also makes it difficult for librarian to monitor the availability of books that can be borrowed by students. Utilization of information systems in libraries is something that is indispensable to support the teaching and learning process in schools. Utilization of information systems can improve service quality, both speed and quality of information provided to manage or run library operations. In this service activity, the library information system of SMK Nurul Huda Pringsewu will be based on a website that can be accessed via a web browser so that it can be accessed anywhere and anytime.
PELATIHAN DESAIN GRAFIS PADA SMKS NURUL HUDA PRINGSEWU

Graphic design developers are very important for the world of work because graphic design is one of the points in the marketing process. One of the materials in graphic design is making posters. Posters have the main purpose of attracting attention, informing, convincing and provoking. If people feel called, posters can influence their decisions through text and images. Optimally designed posters attract the audience's curiosity, as well as unconsciously its emotional side. SMKS Nurul Huda has 3 majors, one of which is animation major, the service team intends to provide insight and knowledge to SMKS Nurul Huda students to be able to make posters so that when they have graduated from school students have been equipped with the knowledge of making posters to market products where where they work. Based on the results of the training, students were able to make 1 very interesting advertising poster.
YOLO Based Multi-Objective Vehicle Detection and Tracking

Abstract Vehicle recognition and monitoring are gaining importance in traffic management. However, due to the various sizes of cars, detection remains a difficulty, which directly impacts the accuracy of vehicle counts. The suggested vehicle recognition and counting method first extracts the highway road surface in the image and divides it into a distant regions. A newly developed segmentation strategy in the proposed vehicle identification and counting system first extracts a nd s eparates t he highway road Turface in the image into a distant region and a proximal area; the method is crucial for improving vehicle detection. The aforementioned locations are then sent to the YOLOv5m network to determine the vehicle’s kind and position. Finally, the ORB algorithm is utilized to create vehicle trajectories, which may be used to estimate the driving direction of the vehicle and determine the number of distinct cars. Several traffic surveillance recordings from various settings are utilized to validate the suggested meUhodoMoHZ. 5he experimental findings demonstrate that the suggested segmentation approach may give greater detection accuracy, particularly for the detection of little automobile things. In addition, the vehicle detection performance was significantly improved by 99.39 % of m AP compared to the Yolov5 basic. This work has broad practical implications for managing and controlling vehicle objects in traffic scenes.
Reading Scene Text with Aggregated Temporal Convolutional Encoder

Abstract Reading scene text in the natural image is of fundamental importance in many real-world problems. Recent scene text recognition methods employ the encoder-decoder framework, which constructs the encoder by obtaining the visual representations based on the last layer of the backbone network and then feeding them into a sequence model. In this paper, we propose a novel encoder structure that performs the feature extractor and the sequence modeling within a unified framework. The introduced Aggregated Temporal Convolutional Encoder (ATCE) first incorporates the temporal convolutional layers to consider the long-term temporal relationship in the encoder stage. The aggregation of these temporal convolution modules is designed to utilize visual features from different levels, by augmenting the standard architecture with deeper aggregation to better fuse information across modules. We also study the impact of different attention modules in convolutional blocks for learning accurate text representations. We conduct comparisons on several scene text recognition benchmarks; the experiments demonstrate the complementary ability with different decoder variants and the effectiveness of our proposed approach.
Improving genetic algorithms for solving the SVP: focusing on low memory consumption and high reproducibility

Abstract The shortest vector problem (SVP) is absolutely essential in lattice-based cryptography. In this paper, we significantly improve genetic algorithms (GAs) for solving the SVP. GAs, which are simple and powerful optimization techniques, that have the potential to eliminate the limitations of the existing fast SVP algorithms. We improve the entire phase of the GA construction. Our proposed method is based on the concept of low memory consumption and high reproducibility, and this is the main and significant difference between our algorithm and the other SVP algorithms. Our contributions are twofold. First, we developed a new GA for solving the SVP and achieved a considerable improvement in the running time performance. Second, we interpreted certain genetic operations, such as mutation and crossover, in the context of lattices, which has not been done in previous studies. The general result of this paper is that we showed the potential of GAs in the field of lattices.
BCsRNG: A Secure Random Number Generator Based on Blockchain

Random numbers are widely used in numerical computing, statistical simulation, random sampling, etc. At present, the mechanism for generating random numbers by computers is at risk of being attacked. In some cases, generated random numbers may be predicted. However, current RNGs used in blockchain are not sufficient enough to handle attacks. Therefore, it is necessary to improve the security of random numbers. This paper improves the random number generator and designs a secure random number generator based on blockchain (BCsRNG). In practice, an encapsulated function algorithm of the secure random number is developed with the smart contract. Moreover, an API is provided to facilitate input and output. The experimental results show that the random numbers generated by BCsRNG are difficult to decipher and have higher randomness and security.
Paths in quantum communication networks

The performances of point-to-point quantum protocols is strongly dependent on the nature of the quantum channel and it rapidly deteriorates with distance. Well-known fundamental and practical limitations prevent to achieve simultaneously high rates, long distances and unconditional security. In this scenario, the rate of quantum communications between users placed at arbitrary points of a quantum communication network will strongly depend on the structure of the network, on its extension and on the nature of the communication channels. Purpose of the present work is to develop a theoretical framework to understand how the properties of the underlying network influence the rate and security of quantum communications and illustrate a potential strategy of network optimization.This work is part of the activities of the PON project “Development of quantum systems and technologies for IT security in communication networks” (QUANCOM) which aims to the realization of a metropolitan quantum communication network through the collaboration between universities, research centers and companies operating in the communication market area.
UD Gheg Pear Stories: An annotated treebank of Gheg Albanian as spoken in Switzerland

Abstract This paper presents the Gheg Albanian Pear Stories treebank to be released in Nov. 2022, which is the first resource for Gheg in the Universal Dependencies (UD) treebank collection (Nivre et al. 2020). It also provides a special combination of spoken modality and heritage language, which both are underrepresented in UD and corpus resources in general. We provide a short description of the grammatical features of Gheg, and how they translate to categories in the UD annotation scheme in contrast with the Standard Albanian resources of Kote et al. (2019) and Toska, Nivre, and Zeman (2020). Special reference is given to the challenges arising from the spoken modality and the multi-lingual context, like disfluency, repair, and code-switching.
A Chameleon Hash-based Method for Proving Execution of Business Processes

Remote work is becoming common for many companies due to the impact of the COVID-19 pandemic. Companies need to be able to operate every business process with high reliability, even in circumstances where lack of direct conversation or cross-checking makes it difficult to confirm or verify the works have been done correctly. In recent years, cloud-based electronic contract services have emerged, and by executing business processes in accordance with workflows in the cloud, it is possible to prove the execution of business processes even in a remote work environment. However, when a person uses a cloud-based electronic contract service that signs digitally without his/her own signature key, there is a problem associated with the reliability; nobody can prove the business processes have been really executed based on the person's own intention. One way to solve the problem is to apply a principal-signing electronic contract service or a client-side trivial digital signature scheme. However, these do not provide direct proof that the business processes have been done by pre-assigned members. In this paper we propose a chameleon hash-based method for proving execution of business processes. This method makes it very easy for a verifier to prove that a series of business processes in a workflow, including identity authentication, document edits and approval, have been executed by “the principals who are designated in advance”. In addition, since this method can prove that the principal has the intention of editing the document, it is possible to show the authenticity of the document in accordance with the recent interpretation of the Act on Electronic Signatures and Certification Business. We have developed a prototype system and implemented this method. We have confirmed that the prototype system has been able to compute the proposed method at high speed without burdening the PC during editing business documents in our daily works, and to easily verify that the processes have been executed correctly.
Application Integrity Protection on Kubernetes cluster based on Manifest Signature Verification

The integrity of the cloud is the most important requirement for mission-critical enterprise workloads. NIST SP 800-53 states that information systems must prevent the installation of any components that have not been verified digitally. On a Kubernetes cluster, the admission controller can control requests for application installations, and it would be a powerful protection tool if it could control requests for Kubernetes resources on the basis of signature verification. However, there are various technical challenges when it comes to verifying the signature for a Kubernetes resource at the admission controller because a signed resource is rewritten automatically by internal cluster work and many requests that include an internal mutation without a signature are generated. In this work, we propose an approach to protect the integrity of a Kubernetes resource with signature verification at the admission controller. Our approach addresses the issue that the differences between the signed resource in the admission request and the signature message occur automatically in Kubernetes and conducts signature verification properly by using DryRun. We also propose a profile framework to address the internal mutation request that cannot be attached to the signature. Our experimental results demonstrate that standard applications can be protected by our approach.
Color Enhancement in Art Works Based on Image Processing Technology of Contourlet Domain

With the rapid development of network technology and image processing technology, people can obtain data in a number of ways. Although the emergence of digital works has brought convenience to people’s lives, it has also brought many hidden dangers in the field of copyrights, for example, illegal copying, dissemination, and disclosure of digital art works. Sensitive information contained in digital art works can easily be stolen or illegally tampered with through the Internet, thereby destroying the legitimate rights and interests of copyright owners. Therefore, the emergence of digital watermarks provides convenience and practicality for copyright protection. This paper proposes an image digital watermarking algorithm based on SVD and contourlet domain changes. Contourlet transforms the carrier image, divides the direction subbands with high energy values into blocks, performs SVD on each sub-block, and adds the watermark according to the parity quantization rule. The color information-based image enhancement discussed in this article uses the characteristics of multichannel color images to meet application requirements. It mainly involves three aspects: color image enhancement technology that dyes grayscale images into color images, image enhancement technology that uses the colorization algorithm to improve the accuracy of the reconstructed chromaticity image in the process of super-resolution reconstruction, and grayscale image color enhancement technology that preserves the characteristics of the color image during the conversion of the artwork image to the grayscale image. This paper studies the image processing technology based on the contourlet domain and applies it to the research of color enhancement of art works to promote the further development of art works.