Reviewerly/exHarmony huggingface dataset:
Creating Effects with Particle Emissions and Fields/Solvers

Maya’s nParticles system is a simple and powerful simulation system. It is used to generate a wide range of amazing effects. Particles can be used to emulate real-life effects such as dust, sand, rain, snow, smoke, and ash, as well as create magical and energy-based effects. The best and simplest way to achieve realism with dust, snow, ash and more is to use particles.
Sony PCL Inc.'s virtual production

This is a demonstration of Sony PCL's virtual production, LED WALLIn-Camera VFX. Our virtual production is built with Sony's 8K Crystal LED and a cinema camera, VENICE. It achieves overwhelmingly low latency, and possible to shoot with focusing on the CG background in nearly real time. The short demo will be presented from our virtual production studio via live streaming.
Creation process of a didactic control panel

Nowadays, it has been shown that traditional educational methods are not longer enough to satisfy the needs of a highly competitive world that demands young people with an integral education. Due to this, behaviorist education has taken a back seat, and gives way to the constructivist model that places the student as the creator of their own knowledge through the exploration and interaction with their environment. However, despite the multiple efforts being made to innovate in the educational field, there is still a deficit in terms of quality of materials. This work presents the design, implementation, assembly, and maintenance of didactic control panels, taking into account the elementary attributes of the devices used to prevent accidents to users, as well as to reduce work times and increase the efficiency of the use of this equipment. To evaluate the function of the proposed system, a statistical analysis was carried out in comparison to the traditional control method, where a significant difference (P &#x003D; 0.0014) was obtained, assuming that the system fulfills its mission.
Mobile Augmented Reality Adapted to the Gentry-Gable Motivation Model. An Experience of Gifted Students

The present study aims to investigate the levels of motivation stimulated in students with academic talents with the implementation of Augmented Reality whose teaching-learning process occurs under sanitary restrictions. It is possible to implement a methodology focused on motivation and the use of new technologies, through a synchronous process of distance education. An instrument designed to quantify various motivational components called "My Class Activities" was used in a group of 28 students with academic talents. The results suggest that the implementation of augmented reality is accepted and positively valued by the majority of students. A valid measurement model is provided, as well as solid scientific references that aim to stimulate the use of this type of strategies by teachers, by showing that their adoption favorably stimulates interest in learning, which makes it a valid tool in the current pedagogical process.
Maths in a muddle

In response to Niki Bell’s Forum article “Where did all the calculus go?” in which she discusses the A-level curricula for maths and physics, and how they could be restructured to help students develop the essential maths skills for studying physics at a higher level.
Māori women at the forefront of Aotearoa/New Zealand music in the mid 1980s and early 1990s

There were a considerable cohort of Māori women at the forefront of Aotearoa/New Zealand music in the late 1980s and early 1990s, who did much to shape and progress Māori identity and cultural understanding. This was a significant era where Māori women performers and songwriters were heavily engaged in expressing a political and social commentary of this time through utilising contemporary musical styles such as hip hop, pop, jazz-folk, dance, while fusing te reo Māori (Māori language) and taonga puoro (traditional Māori indigenous instruments) in their compositions. Waiata (sing, song, chant, psalm) has been a traditional medium through which Māori knowledge, histories, culture and language have been passed down from one generation to another (Orbell 1991; McLean 1996; Smith 2003; Ka’ai-Mahuta 2010). Waiata has traditionally been, and still remains, an artistic form to express emotion such as anger, love, sadness and desire (Ka’ai-Mahuta 2010). Traditional waiata were, and remain, an integral aspect of Mātauranga Māori (Maori knowledge and understandings) as an expression of cultural identity and a means of retention of both the knowledge and the art itself. Similarities can be observed between traditional and contemporary popular waiata, in that messages are delivered through musical, melodic, rhythmic and harmonic motifs that are distinctively Māori. Although this chapter does not look at Kapa haka Māori performing arts, it is also important to acknowledge the significant and substantial contribution of Kapa haka (Kāretu 1993; Smith 2003; Ka’ai-Mahuta et al. 2013; Papesch 2013) as a responsive expression of Māori identity, and as a performing arts practice in the twentieth- and twenty-first centuries. The purpose of this chapter is to explore some of the more recognised popular, contemporary Māori waiata composed and performed by Māori women in the late 1980s and early 1990s in Aotearoa/New Zealand. By exploring their lyrical content and musical devices, it provides a way to illuminate significant artistic commentary by Māori women composers and performers in an expression of cultural identity and commentary on political, cultural and social issues in Aotearoa/New Zealand. For the benefit of readers, a glossary of Maori Words has been included at the end of the chapter.
Developing ActiveX™ Internet Server Components with Visual Basic and Rational Rose

Visual Basic 5 is an object-based language, which means that ActiveX components can be designed and constructed using object-oriented techniques. This chapter discusses the benefits and uses of ActiveX server-based components, component creation with Visual Basic 5, object-oriented modeling techniques that can be used with Rational Rose 98, and finally component deployment considerations. ActiveX server-based components provide an excellent mechanism for encapsulating complex business rules and services on an Internet server. The main prerequisite to using server-based ActiveX components in an Internet application is an application server that supports the COM interface. In the Visual Basic environment, a consistent development approach is important on two levels: object-oriented design and development of the internal workings (the guts) of components and defining and scoping the interactions that will occur between components and groups of components that comprise the system as a whole.
An Article by B.G. Plyushchevskii and Reminiscences by A.D. Sergeeva of the Trip Made by the Krasnaya Zvezda Agitation Steamer in Udmurtia during the Russian Civil War

The paper publishes previously unprinted materials from the archival collection of the Center for Documentation of Contemporary History of the Udmurt Republic, which are dedicated to the Krasnaya Zvezda agitation steamer.The materials' chronological frame of reference is limited to July and August 1919, i.e. to the period when the ship was on the territory of modern Udmurtia.The first work is a scholarly article by Professor B.G. Plyushchevskii, written in the 1950s.The second one is comprised of two versions of A.D. Sergeeva's reminiscences of her meeting with N.K. Krupskaya on board the steamer, recorded apparently by V.Ya.Barinova in 1977 and stored in her archive.As historical sources, both materials have limited value.B.G. Plyushchevskii's article delivers no conclusions but only cites truisms.For this reason, his work is more a synopsis rather than a comprehensive study.Similarly, A.D. Sergeeva's both versions predominantly use the published memoirs of N.K. Krupskaya as a basis.The work offers almost no original information.Nevertheless, both materials can be instrumental in providing personal opinions of people, who lived in the 1950s and 1970s, to uncover what they put their focus on in the first place.As they act within the confines of the existing ideology, they are impelled to repeat "the only correct viewpoint".For example, B.G. Plyushchevskii's phrase that Kolchakites dug a mass grave of Red Guards soldiers in Votkinsk and burned the bodies, is given without any comments and communicates a noticeable negative shade of meaning.The Whites had to take this step out of necessity for sanitary reasons because the coffins were buried at such a shallow depth that spring melt waters completely washed out the burial.Similar ideological overtones, which had fully taken shape in the USSR by the time, can be perceived in assessments of other events mentioned.This explains quite logically why both materials have not been published so far.
Data Center Security

Data centers are now a part of every business organization irrespective of whether it is small or large. It is an ever-growing part of business in the modern world and a key business parameter since data center influences the functioning of business enterprise. Modern-day data centers have transitioned and evolved over several phases from traditional ones. Any interruptions in your data center operations can virtually bring down the business to its knees if you do not have an efficient backup strategy. Thus, the information stored in data centers needs to be highly secure. There is a need to clearly understand the objectives to attain performance and stability, and maintain the cost. Comprehending standards and incorporating them lead to worldwide growth. Selecting the right type of data center is also crucial. Maintaining and management of data centers are essential to achieve green data centers that will have minimum or no impact on environment. They help to reduce carbon monoxide to save a lot of cost and improve efficiency.
A Study on the Influence of the Major Selection Motivation upon the Need for Achievement and Satisfaction with Classes for Street Dance College Students

The purpose of this study is to examine the influence of the motivation for selecting the street dance major among college students upon their need for achievement and satisfaction with the class while verifying the mediating effect of the need for achievement. For this study, 350 college students who major in street dance in four-year universities were surveyed, and the data so gathered were analyzed using SPSS 22.0 and AMOS 23.0. The findings of this study were as follows. First, as for the major selection motivation, both the social motivation as well as personal motivation had an impact on the satisfaction with classes. Second, both social and personal motivations for choosing the major had a positive and significant impact on the need for achievement. Third, the need for achievement among these students had a significant impact on their satisfaction with classes. Fourth, the need for achievement had a mediating effect in the relationship between the major selection motivation and the satisfaction with classes.
Critical Discussion and Suggestion for Liberal Arts Education in the Era of Creative Convergence: Focused on the Case of English Literature

This study critically discusses the current state of liberal arts education in Korea in the era of creative convergence. Specifically, this study examines whether the demands of the times for fostering creative convergence talent are effectively being met through the nation’s liberal arts education. Today, all Korean universities cry out for “interdisciplinary convergence” as an antidote to the crisis of higher education; however, even professors in the same department put up a firm fence around their major field of study in the real world. Widely using co-teaching methods across disciplinary boundaries can help to tackle this problem. Moreover, this study proposes how the humanities can be renewed afresh in resistance to the fiercely pragmatist trend blasted on universities and societies more broadly, how to appeal to students (or the public) more effectively, and what to do with the humanities more immediately, focusing on the case of English literature specifically. It is necessary to have students (or the public) recognize that the humanities are studies that can not only change human beings in the long term, but also meet students’ ‘practical’ needs in the short term as well. This study discusses and proposes a plan for promoting both together, reinstating the intrinsic value of the humanities, and stressing and drawing social utility from such a value. In this context, this study sheds new light on the ‘problem-solving ability’ that can be developed through liberal arts education as an important agenda. Lastly, it shows the ways in which the humanities scholars can better aid and guide the students on the job market through long-term efforts to normalize the humanities fields and higher education more generally.
Nursing Students’ Perception Toward Virtual Simulation Practical Experiences : Using Content Analysis Approach Method

Purpose : This study is to understand the contents of nursing students’ perception of virtual simulation practice, to analyze the perception of virtual simulation practice experience, to highlight the importance of virtual simulation practice, and to provide basic data for the development of virtual simulation practice education programs for college students. Method : The subjects of this study were 190 nursing students in 3rd year at a nursing university located in Seoul and Gyeonggi-do. Data were collected from April 15, 2021 to May 30, 2021 and analyzed by the content analysis method. Results : Nursing students’ perception toward virtual simulation practice experiences were classified into a positive reinforcement area and a negative reinforcement area which were analyzed to draw a total of 80 significant statements and 26 categories. Conclusions : Enhancing the positive perception toward virtual simulation practice experiences, while transforming negative perception to positive, can help the students reduce their stress and enhance adaptability in regard to clinical practices.
Modelling an Adaptive Learning System Using Artificial Intelligence

The goal of this paper is to use artificial intelligence to build and evaluate an adaptive learning system where we adopt the basic approaches of spiking neural networks as well as artificial neural networks. Spiking neural networks receive increasing attention due to their advantages over traditional artificial neural networks. They have proven to be energy efficient, biological plausible, and up to 105 times faster if they are simulated on analogue traditional learning systems. Artificial neural network libraries use computational graphs as a pervasive representation, however, spiking models remain heterogeneous and difficult to train. Using the artificial intelligence deductive method, the paper posits two hypotheses that examines whether 1) there exists a common representation for both neural networks paradigms for tutorial mentoring, and whether 2) spiking and non-spiking models can learn a simple recognition task for learning activities for adaptive learning. The first hypothesis is confirmed by specifying and implementing a domain-specific language that generates semantically similar spiking and non-spiking neural networks for tutorial mentoring. Through three classification experiments, the second hypothesis is shown to hold for non-spiking models, but cannot be proven for the spiking models. The paper contributes three findings: 1) a domain-specific language for modelling neural network topologies in adaptive tutorial mentoring for students, 2) a preliminary model for generalizable learning through back-propagation in spiking neural networks for learning activities for students also represented in results section, and 3) a method for transferring optimised non-spiking parameters to spiking neural networks has also been developed for adaptive learning system. The latter contribution is promising because the vast machine learning literature can spill-over to the emerging field of spiking neural networks and adaptive learning computing. Future work includes improving the back-propagation model, exploring time-dependent models for learning, and adding support for adaptive learning systems.
Control of entanglement of two coupled flux qubits by a non-resonant driving field

We study entanglement and multiphoton transitions in a system of coupled superconducting flux qubits under the action of an alternating drving field (the frequency of the external field is much higher than the frequency of qubit transitions). The positions of multiphoton transitions are found within the framework of the quasi-energy representation and the Floquet perturbation theory. It is shown that by tuning the external control field, it is possible to control the positions of the resonances and the measure of entanglement in the system. The influence of dissipation processes on multiphoton interference effects is studied.
Peer Review Declaration Form Guidance

On the following page you will find the declaration form. • Please answer each question. • You should submit the form along with the rest of your submission files. • The deadline is the submission date written in your publishing agreement. All conference organisers/editors are required to declare details about their peer review. We will published the information you provide as part of your proceedings. All papers published in this volume of Journal of Physics: Conference Series have been peer reviewed through processes administered by the Editors. Reviews were conducted by expert referees to the professional and scientific standards expected of a proceedings journal published by IOP Publishing. • Type of peer review: Double-blind • Conference submission management system: To participate in the PIRT-2021 Conference, Participants had to register on the website http://www.pirt.info/?lang=eng#reg_form Abstracts and papers had to be sent to the PIRT-2021 Organizing Committee by e-mail: dekan-fn@mail.ru All information about the format of abstracts and papers was on the web-site: http://www.pirt.info/?lang=eng • Number of submissions received: 61 • Number of submissions sent for review: 51 • Number of submissions accepted: 38 • Acceptance Rate (Number of Submissions Accepted / Number of Submissions Received X 100): 62,29 • Average number of reviews per paper: 2 • Total number of reviewers involved: 12 • Any additional info on review process: Plagiarism check system: antiplagiat.ru Authors could resubmit the paper with the necessary revisions. • Contact person for queries: Name : Professor Vladimir Olegovich Gladyshev Affiliation: Head of the Faculty of Fundamental Sciences, Bauman Moscow State Technical University, 5, 2-nd Baumanskaya St., Moscow, 105005, Russian Federation Email : gladyshev@bmstu.ru
Uses of Genetic Engineering in Judicial Affairs

Genetic engineering represents the essence of modern scientific developments, rather, it is an essential branch in the contemporary biological revolution, which has become the subject of astonishment and hopes for human life. It plays an effective and influential role in all fields of life, such as science, agriculture, medicine, the environment, animals, and in the field of security and space as well, Therefore, the judiciary tried to benefit from it, And makes it within his service, especially in the field of judicial investigations, establishing lineage and revealing criminal files such as sexual rape, murder and kidnapping, which is done through the use of DNA analyses of human cells known as DNA tests of genetic material as a judicial presumption in order to use it in establishing clear legal, social and legal cases, this is due to the rare and explicit scientific characteristic possessed by the genetic structure of the DNA that is present on chromosomes, the genetic material of all cells of the human body, and it performs the function of inferring a single identity, the personal confidentiality of each individual, which is transmitted through heredity naturally and automatically from both parents for children and grandchildren, it expresses and represents, on its part, the biological characteristics and personal identity of each individual.
EnsembleDet: ensembling against adversarial attack on deepfake detection

Deepfakes and manipulation techniques such as adversarial attacks pose a significant threat to society today. It is essential for the detection methods used against them to be more robust than ever. Generation techniques such as neural texture, along with adversarial attacks, result in visually realistic manipulated media and make it difficult for the current state-of-the-art (SoTA) to detect the manipulation. We propose an ensemble-based approach and a genetic algorithm-based approach for fake imagery detection that has been perturbed using fast gradient sign method and basic iterative method techniques. We collectively put such methods under the umbrella term, “EnsembleDet.” We evaluate the proposed approaches using a perturbed version of the benchmark dataset of FaceForensics++, which consists of data generated from manipulation techniques such as Face2Face, neural textures, among others. We present a comparative analysis of quantitative results with SoTA, XceptionNet, and MesoNet, which depict the superiority of the proposed methods over the current SoTA. We also highlight the aspects where the proposed methods have a scope for improvement.
Collectivist semantics

The Graphical Knowledge Representation was introduced as a graph-based semantic representation for natural language. Although its computational implementation has already been presented, a formal account for the semantics behind the representation is still missing. This chapter seeks to fill this gap by proposing a formal semantics for the representation. The main proposal of the semantics is to take concepts, and not individuals, as primitive and thus achieve a fine-grained intensional semantics. This chapter explores how such a collectivist semantics can come about and how it can be employed within the Graphical Knowledge Representation.
Dynamics of two dipole-coupled qubits in lossless cavity with Kerr medium

In this article, we consider two dipole-coupled superconducting qubits interacting with thermal electromagnetic field of a lossless resonator with a Kerr medium. We derive the solution for the considered model. On its foundation we calculate concurrence as a criterion of qubits entanglement. It is shown that, under certain conditions, the Kerr nonlinearity and direct dipole-dipole interaction of qubits can enhance the maximum degree of qubits etanglement induced by a thermal field.
Exchange Transport

Exchange Transport is an integral part of any Exchange server, whether it be a Mailbox server or an Edge Transport server. Exchange Transport consists of several components that are responsible for
Leveraging the ETD as a pathway to broader discussions about openness in a university

Join us for ETD2021 (Electronic Theses and Dissertations) Conference in November 2021 in the United Arab Emirates. Our theme, ‘Open scholarship in a post-pandemic world’ addresses the enhanced need for discoverability of research findings in a virtual world. Since the global impact of the COVID-19 pandemic has constrained international travel and mobility, we have all come to rely on working in the virtual world. These developments have merely accelerated the existing trends towards more electronic and digital repositories. Since 1991, the Networked Digital Libraries of Theses and Dissertations (NDLTD) have contributed to research collaboration by identifying and aggregating digital repositories of theses and dissertations as a previously fugitive class of research resources.
Mind over matter

A response to Jon Cartwright’s feature article in which he explores how topological concepts can be used to model phenomena in many other areas of physics.