Reviewerly/exHarmony huggingface dataset:
The Value System of 365+Physical Education On Activities from the Perspective of Parsons’ AGIL Model

Purpose: This study examines the operational aspects of ‘365+Physical Education On Activities’ at ‘Blue’ high School and conducts an in-depth analysis of its value system through the lens of Parsons’ AGIL model.BR Method: We employed nonrandom sampling to select 20 participants, inlcuding 15 students who had a basic need for physical activity but couldn’t participate in traditional sports activities due to their perceived lack of athleticism.BR Results: The study reveals the following outcomes. Firstly, adaptation entails aligning the educational environment with situational demands. Through ‘365+ Physical Education On Activities’, students voluntarily enhance their lifestyles by engaging in physical activities duirng various school intervals (morning, lunch, and break times). Secondly, goal achievement enhances satisfaction and confidence through the attainment of set objectives. Students strive to reach their personal goals, leading to improved satisfaction and academic performance. Their concentration and positive attitude towards classes also contribute to enhanced learning effects. Thirdly, integration involves the formation of close relationships among participants. ‘365+Physical Education On Activities’ fosters unity and a sense of stability, promoting harmonious coexistence and a smoother school life. Lastly, latent pattern maintenance involves the internalization of reasonable behavioral norms and values to ensure the survival of social relationships. Program participants fulfill their commitments through communication and assume social responsibility. Furthermore, they naturally learn and adopt reasonable behavioral norms, including fair play and sportsmanship, laying the foundation for community order.BR Conclusion: From the perspective of Parsons’ AGIL model, ‘365+Physical Eudcation On Activities’ demonstrates practical value in terms of Adaptation, Goal achievement, Integration, and Latent pattern maintenance.
Unravelling students’ emotions of online learning during the pandemic through metaphors

In 2020, the unpredictable COVID-19 pandemic shook many parts of the world, including Indonesia. The pandemic affected almost all walks of life, and the education world was no exception. This study aims to unravel the students’ emotions about online learning during the pandemic through metaphors in the poems they wrote. This study draws on theories of metaphors, and the data were gained from poems written by five second-year students majoring in English Language and Literature Program. The metaphors analyzed in the poems revealed that students generally had negative emotions towards online learning, leading to feelings of frustration, despair and demotivation. A number of external and internal factors contributed to such feelings among students. This study calls for the need to listen to students’ voices in order to create mutual understanding between teachers and students and to create a more enjoyable learning atmosphere.
Pelatihan Administrasi Data Pada Pengurus Unit Kegiatan Mahasiswa (UKM) Universitas Amikom Purwokerto

One element in student activities is secretarial work or popularly known as the duties of a secretary. This field is very synonymous with administrative matters. In practice, data administration by the management of the Student Activity Unit (UKM) at Amikom Purwokerto University still makes many mistakes, such as when making incomplete proposals, final reports that do not comply with existing guidelines. . This resulted in a long time because they had to submit 2 times, make data corrections so that it hindered the work of the UKM administrators themselves. The aim of UKM data administration training is to help UKM administrators to be more orderly in administration and in accordance with existing guidelines. The methods used in socialization and training are the preparation stage, implementation stage and evaluation stage. The result of the research is that the training participants' knowledge of the basic administration of UKM increases before the training is carried out, the errors in making proposals and other procedures are reduced.
SAFE Credit Union Performing Arts Center audio enhancement to support architecture

Opened in 1976 and without a major renovation since, the 98,000-sf SAFE Credit Union Performing Arts Center was in dire need of transformation. The building’s aging infrastructure needed a comprehensive modernization to meet accessibility requirements, the escalating requirements of contemporary performance, and to present a new face to the public as the premier cultural institution in the state capital. The existing theater’s acoustics represented a challenge to effectively accommodate the wide range of performance types including Broadway roadshows, the Sacramento Choral Society, and the Sacramento Philharmonic and Opera. Major renovations work included a complete exterior renovation; new mechanical, plumbing, electrical, and theatrical systems; and substantial updates to the interior finishes throughout the building. Providing an accessible venue to all patrons and performers was the primary goal of the project. Significant modifications to the external and internal circulation included removal of the entire audience chamber floor and new seating and aisle ways throughout. An electro-acoustic enhancement system was designed to provide an acoustically tunable audience chamber and electronic shell on stage to meet all the needs of the resident companies. Design and implementation of the electro-acoustic enhancement system will be discussed, including challenges of performer buy-in and audio orchestra shell integration.
Two efforts towards natural speech synthesis: Incorporating disfluency and speaking style change based on the interlocutor

During the period 2000–2005, a Japanese female speaker recorded her everyday conversations with many different interlocutors using a head-set microphone. As a result, 600 hours of natural Japanese speech data were obtained. This study describes a DNN-based speech synthesis system which was trained on 300 hours of the data, focusing on two unique efforts to make it more expressive in a human-like way: (1) allowing for disfluencies, and (2) accounting for the category of interlocutor. Incorporating some frequently observed disfluent patterns in general Japanese speech such as fillers, phrase-final rising intonation, and word-internal prolongation or suspension, is believed to be effective in practical application as certain disfluencies are connected to a speaker’s attitude in Japanese communication. For example, having word-internal prolongations can show hesitation or politeness, and word-internal suspending can show the speaker’s surprised attitude. Interlocutors in the original data were categorized into four groups: family, friend, child and others. This information was used in the training process, and as a result, the synthesizer can generate different speaking styles according to the interlocutor setting. Being able to generate disfluent speech and change the speaking style depending on who you are talking to can make the synthesizer ever more expressive.
On the sound of a large 3D-printed and assembled musical instrument: The case of the yi?aki

Nowadays 3D printing technology has allowed humanities scholars and cultural materials conservators to create replicas of indigenous musical instruments, with which they can perform various studies. However, the size of the 3D printed objects are limited by the size and the range of movements of the 3D printer. Hence, large musical instruments have to be fabricated in parts and then carefully assembled prior to playing. Here we investigate the yi?aki, a large pipe-like indigenous Australian wind instrument that is played by vibrating the lips while breathing circularly on the mouthpiece. Traditionally, a yi?aki is made from the trunk of hardwoods hollowed by termites. We scanned the internal and external shape of a traditionally-made yi?aki, built a digital model from the scanning data, printed the model in several parts, and assembled the parts into a replica yi?aki. This replica was printed using sintered nylon and assembled using a two-part epoxy. Both the original and the replica yi?akis have been played by musicians and the resulting sound data have been analysed. Our results show that, even though the replica generates yi?aki-like sounds as expected, there are subtle differences between the sound of the original and the replica.
Control of natural resonance frequencies in warbling native American flutes

The natural resonances in Native American flutes are inharmonic, and in many instances the arrangement of these frequencies can support production of a traditional warble. The bore dimensions and the configuration of a chimney around the sound hole affect those resonance frequencies. In this work the passive frequencies of flutes configured with five bore lengths and 13 chimney depths were investigated to characterize how the parameters control the placement of those frequencies, with emphasis on conditions that enable the warble. Each configuration was excited by a pure tone from an external speaker in a simple anechoic chamber. A microphone capsule was positioned near pressure antinodes and the excitation frequency was adjusted to maximize peaks and measure the first five resonant frequencies. Open tubes were tested as well. End corrections for each resonant frequency were determined and plotted versus frequency and wavelength. Analysis revealed nonlinearly decreasing end corrections versus frequency at the mouth as well as at the open foot, with the relative placement of the inharmonic resonance frequencies relative to the fundamental note being a function of bore length and chimney depth. Finally, parameters that favored warbling were identified, informing the relationship between flute design for warble production.
Development of a data sonification toolkit and case study sonifying astrophysical phenomena for visually imparied individuals

Data is predominantly conveyed and analysed in a visual manner. Data sonification provides an alternative approach to data analysis, has a broader application (e.g., peripheral monitoring) and offers accessibility to an alternative cohort (e.g., the visually impaired). While there are countless data visualization tools available, producing data sonifications typically requires in-depth knowledge of audio software and/or computer programming. Research was undertaken into existing data sonification tools, and subsequently a Data Sonification Toolkit was developed using Abelton Live and Max for Live. The Toolkit was developed in particular as an alternative means of data analysis for use by multiple disciplines across a built environment firm. The key aims for the toolkit were that (1) it should be user-friendly and accessible to people without an in-depth knowledge of either Ableton or Max, (2) the sonifications produced be accurate and true representations of input data sets, and (3) the Toolkit should have the capability and flexibility to be expanded and customized by those with the expertise to do so. The Toolkit was used, in collaboration with astrophysicist Chris Harrison, to develop sonifications of astronomical phenomena for the visually impaired. These sonifications were presented at the British Science Festival in 2019.
If “variable acoustics” are an essential element in the long term success of a venue, how do we instill the importance of both making the appropriate alterations for different programs, and in addition, optimally maintaining these systems – both to management as well as operators?

The pandemic has revealed “versatility” as a significant asset for both venues, as well as performers and musicians. The ability to successfully alter and optimize venue acoustics to accommodate a wider range of programming has become an important consideration in the design of performing arts venues. The responsibility of making the changes, however, falls to the venue management—who may not have been included in meetings that determined how such systems should be utilized. Even when management and operators are trained on best deployment, personnel can change over time. If the “worth” of these systems is not conveyed to incoming personnel, they may be underutilized, thus compromising design goals. We will discuss some real world examples of both good and “not so good” deployments of variable acoustics.
Sound visualization of impact noise using parallel phase-shifting interferometry and development of noise reduction attachment

Impact wrenches are one of the most commonly used tools in factories, and the noise generated by their use is loud. In order to improve the environment for workers, it is desirable to reduce the generation of such noise. In this study, we characterize the sound generated during the use of impact wrenches, one of the noise sources in factories, and propose a method to reduce the generated sound. Specifically, we first made visualization measurements of sound generated by the impact wrench using a high-speed polarization interferometer. As a result, a loud noise was generated from the part where the socket at the tip of the impact wrench contacts the fastening part at the same time as it rotates, and the vibration was transmitted to the fastening part, causing the noise. Next, we developed a sound deadening attachment to be attached to the impact wrench. We designed a sound-absorbing mechanism that matches the frequency band to which humans are most sensitive and the characteristic frequency generated when tightening the impact wrench, and also designed a vibration-absorbing mechanism using anti-vibration rubber and vibration-damping sheets. As a result, the characteristic metallic sound was reduced and the noise level was also reduced.
Wood for guitars II : How the material properties of a spruce guitar top influence the tonal quality of the guitar

Pacific Rim Tonewoods is the world’s largest supplier of spruce tonewood for the soundboard and bracing of the acoustic guitar. A previous study from our research group (JASA 2019) has demonstrated the importance of (1) longitudinal Young’s Modulus and (2) density of the spruce soundboard on the tonal quality of steel string guitars. This study used pairwise comparisons of listener preference to rank a particular guitar model (the Taylor 814ce). The present study updates this previous work, adding a third material property: internal friction (damping) of the soundboard, as measured by the logarithmic decrement of the resonating spruce billet. In addition, objective data on tonal quality were measured on guitars recorded in an anechoic chamber at the Technical University of Dresden, Germany. Spectral sequence analysis, transfer function, and tone decay were measured, and are correlated with the perceptual data. With these data, we can demonstrate the relative importance of the three material properties on the “performance factors” of guitar quality, such as volume, responsiveness, timbre, attack, and sustain. In doing so, we hope to provide the lutherie community with a predictable means of integrating tonewood material properties into their designs, in order to consistently produce their desired tonal outcomes.
ELECTRONICS OF RUSSIA – 2022

The article provides a brief description of the first exhibition of electronic products made only in Russia. The purpose of the exhibition is import substitution and acceleration of the development of own technologies for the production of elements and products of modern electronics. The leading Russian companies, their main specialization and examples of modern electronic and radio-electronic products are presented.
There Is No Perfect Project

Imagine a software engineer you've probably come across. Let's call him Bob. Every day, you hear him grumbling about his team's lack of skill, and dull tasks, and saying things like "This isn't my job!" or "The managers don't know what they're doing!" Sound familiar? Bob seems angry and unhappy with his project, clearly not satisfied. If you ask him if he likes the project, he'll say, "Absolutely not!" Even if you ask him to name ONE thing he likes about the project, he'll have a hard time coming up with something. You might think Bob should change jobs because he's obviously in a bad place. So, he does. He leaves his old job with a string of complaints and starts a new "dream" project. But guess what? After a few weeks, he's back to complaining. The same old story. This happens because the problem isn't the project—it's Bob.
Genre Solutions in Contemporary Popular Science Cinema. Experience of Practical Application

The article studies the current situation in Russian popular science cinema, as well as its essence as a separate type of cinema with its own genre system, different from documentary film, television and television journalism genres. The authors consider such famous researchers points of view on the genre problem as G. Pospelov, G. Abramovich, L. Timofeev, V. Kozhinov, G. Gachev, V. Poznin, G. Prozhiko, N. Zorkaya, and offer their opinion concerning the differentiation of the concepts “types” and “genres” in relation to popular science cinema. The problem of its future existence is characterized considering the modern viewer being attracted by entertainment, mysticism and pseudoscience, as well as limited funding and the disappearance of popular science or educational film studios in Russia. Solutions to the problem are mentioned among which are, in particular, activities of the “Scientific Film Laboratory 2.0” are described, within which films are created that present scientific agenda to the viewer with the help of clear use of genre. During the study, methods of participant observation, analysis and synthesis were used.
Pouring Tea For Therapy To Improve Physical Mobility In Lumbal Back Pain Patients

Old resources are a gift from God Almighty so that they can be used as well as possible for the benefit of many people. It is hoped that natural resources can be used for all levels of society, both those who are healthy and those experiencing health problems/deterioration. Likewise, using raw data sources can increase people's income so the economy rises. It is essential to utilize natural resources with various innovations that are needed for the benefit of the surrounding community, ranging from health, recreation, or culinary. Kebakan Hamlet, Metuk Village, has abundant natural water resources that have yet to be used optimally to improve the residents' economy and health. Residents only use natural resources for bathing, washing, and irrigation. The existing natural resources have made swimming pools for therapy for low back pain sufferers so that visitors who come for treatment can have a more positive impact on the surrounding community by opening food stalls, renting out floats or parking so that the existence of the pool can be beneficial from a health perspective. And economic value for local residents
ERROR ON THE USE OF PAST TENSE IN NARRATIVE TEXT MADE BY ELEVENTH GRADE OF SMK SWASTA BNKP DARO-DARO BALAEKHA

Grammar is the rules of a language governing the sounds, words, sentences, and other elements, as well as their combination and interpretation. In grammar, there is tense in English which must we know, they were past tense, present tense, future tense, and past future. But here, there are still many students made errors in using past tense of narrative text. This research was aimed to analysic the Error on The Use of Past Tense in Narrative Text Made by Eleventh Grade Of SMK Swasta BNKP Daro-Daro Balaekha. This research designed by using qualitative descriptive method. In analyzing the data, the research used theory of Miles and Huberman; data reduction, data display, and conclusion drawing/verification.the data was documentation, worksheet and interview. The data source of this study was taken from the eleventh grade students of SMK Swasta BNKP Dara-Daro Balaekha. The data of this study are students ‘errors in use past tense. To examine the credibility of this study the researcher used triangulation. The results of this study there are 7 students not mastering the pattern. Then, students difficult to differentiate the use of verbs in sentence are 7, do not have any dictionary are 2 and other reasons limited of vocabulary are 2. The students stated that their teacher usually only give the books rare explain about how to use past tense. From the result of the research, researcher concluded that students conduct errors because of not mastering the pattern of past tense. Suggestion for teacher, students and next researcher expect the result of this research can be benefit for all the sources in scientific work especially.
Improving reading skills by using Tyler model with the help of Quizizz

Based on the results of the documentary research, the average score of the fifth-graders at Madrasah Diniyah Al-Fadlilah on Arabic subject is still low (below the Minimum Criteria of Mastery Learning). The purpose of this research is to determine the impact of the implementation of MTBMQ (Tyler-Model-Based Quizziz Learning Media) or Tyler model along with Quizizz on students' reading skills in Arabic subject, as well as to find the issues and solutions in the implementation of MTBMQ. This research utilizes a one group pre-test post-test design. The data are collected through multiple choice tests, along with semi-open Likert Scale questionnaires. Due to the fact that the research data are normally distributed, the researchers decide to use parametric statistical tests. The results show that this implementation has a significant effect on the students' reading skills in Arabic subject. Furthermore, the test results of the paired sample t-test show a sig (2-tailed) value of 0.000 less than 0.025. It means that after implementing MTBMQ, students' score has increased. The result of the N-Gain test, namely 0.65, also shows that MTBMQ is efficient to be implemented to improve students’ reading skills, especially when the material is in the moderate category. The results of the Likert Scale questionnaire show that the main hindrances in implementing the MTBMQ are that students experience problems when logging into the Quizizz web and submitting answers, having difficulty finding the meaning of a word in the dictionary, and a lack of interest in learning to read.Meningkatkan keterampilan membaca dengan model Tyler berbantuan media QuizizzBerdasarkan hasil studi dokumen, rerata hasil belajar siswa kelas V Madrasah Diniyah Al-Fadlilah pada mata pelajaran bahasa Arab masih di bawah KKM. Penelitian ini bertujuan untuk mengetahui adanya pengaruh penerapan Model Tyler berbantuan media Quizizz (MTBMQ) terhadap hasil belajar siswa pada keterampilan membaca bahasa Arab serta untuk mengetahui kendala dan solusi penerapan MTBMQ. Penelitian ini menggunakan rancangan one group pretest posttest design. Teknik pengumpulan data dilakukan dengan menggunakan tes pilihan ganda sebanyak sepuluh butir soal dan angket Skala Likert semi terbuka. Karena data pada penelitian ini berdistribusi normal, peneliti menggunakan uji statistik parametrik. Hasil penelitian ini menunjukkan bahwa penerapan ini memberikan pengaruh yang signifikan terhadap hasil belajar siswa pada keterampilan membaca bahasa Arab. Hasil uji paired sample t-test memliki nilai sig (2-tailed) sebesar 0,000 kurang dari 0,025 yang berarti hasil belajar siswa sesudah diberi perlakuan dengan penerapan MTBMQ mengalami peningkatan. Selain itu, hasil uji N-Gain sebesar 0,65 menunjukkan bahwa penerapan MTBMQ cukup efektif dalam pembelajaran membaca dengan kategori sedang. Hasil angket Skala Likert menunjukkan bahwa kendala utama dalam penerapan MTBMQ ini ialah siswa mengalami kendala ketika log in ke dalam web Quizizz serta submit jawaban, mengalami kesulitan mencari makna sebuah kata dalam kamus, dan kurangnya minat belajar membaca.