Reviewerly/exHarmony huggingface dataset:
Improved Means for Communication Could Provide Display Business Opportunity

LAST YEAR, THE GLOBAL PANDEMIC LED TO SEVERAL MOMENTS OF UNCERTAINTY. It affected industry, education, and professional and personal lives around the world. The pandemic also has changed the face of meetings and conferences, making in-person gatherings difficult if not impossible in some instances. Keeping this in mind, we surveyed attendees after Display Week 2021. Many of the respondents appreciated the benefits of a virtual event—with record attendance (>10,200)—but at the same time, many said they would prefer to have an in-person event in 2022. After almost two years of struggling against Covid-19, the number of new cases is finally decreasing in some areas. In the hopes that this trend will continue, we plan to hold Display Week 2022 onsite in San Jose, CA, May 8–13. We will continue to monitor the situation in the coming months and will take all necessary actions to ensure the conference is a successful event. In the meantime, though, what have we learned from the pandemic? I suppose part of the answer depends on your occupation and responsibilities. In my case, life without commuting has been productive. Communication via video meetings is sometimes a challenge, but it also provides participants with a greater focus—shortening the length of meetings because of minimized socialization—and an emphasis on agendas. Video conferencing took some adjustment, but throughout the months, familiarity with it and working remotely has become more comfortable and accepted. Video meetings are a good tool for information sharing but a poor tool for mind sharing. This focus can provide a business opportunity for the display industry. Through displays, people can see the interlocutor's face but cannot experience or share the same environment. It might be because of a lack of visual fidelity in resolution or in color or the difference between 2D and 3D. There are several aspects, and as we increase the fidelity, people might feel more comfortable with mind sharing. If we can make people feel better connected through virtual reality, we could change the working style for everyone across the globe. Along the same line, in previous issues of ID, I envisioned that displays’ roles will shift from family entertainment equipment to human-computer interfaces. Advanced human-to-human interfaces that eliminate regional differences and enhance networking experiences should be added. In the coming Display Week 2022, we are planning to have related special topics on hyper-realistic displays. It will be exciting for the participants to dream about the new world that is enabled by such state-of-the-art displays. I believe if we as display scientists and engineers use our creativity, we have the capacity to improve human life significantly. So, plan to attend Display Week 2022, and hear and share ideas that have the potential to enhance and change the world. Takatoshi Tsujimura is the president of the Society for Information Display. He can be reached at tsujimurasid@outlook.jp.
A Proposal For Jerk-Suppressed Action Planning Using Deep Reinforcement Learning

In this paper, we propose a jerk-suppressed action planning method for mobility robots or transfer robots using deep reinforcement learning by considering human-to-human and human-to-robot interactions. In a dynamic environment such as a station or an airport, surrounding situations are complex, so there is also a situation where a rule-based planning has difficulties in dealing with. We aim for safe and smooth action planning by using deep reinforcement. In this paper, we propose a jerk-suppressed action planning method for mobility robots or transfer robots using deep reinforcement learning by considering human-to-human and human-to-robot interactions. In a dynamic environment such as a station or an airport, surrounding situations are complex, so there is also a situation where a rule-based planning has difficulties in dealing with. We aim for safe and smooth action planning by using deep reinforcement.
EDUCATIONAL ACTIVITIES IN UNIVERSITY DURING TEACHING GEOMETRY AND GRAPHIC DISCIPLINES TO THE BACHELORS OF TECHNICAL SCEINCES

The education system at the university at the present stage is being created in the context of reforming education and other areas of activity that are closely related to the development processes of civil society. In todays’ Russia, the educational system that developed during the Soviet period has essentially lost its influence, and in accordance with the new challenges of the time, a different system for organizing the educational process is being formed. When teaching bachelors of technical sciences, it is possible and necessary to take into account the educational potential of technical disciplines in the complex process of a future engineering and technical worker personality forming. The methodological basis of the study is the psychological and pedagogical theory and practice of creating a system of educational activity when teaching engineering disciplines at a university with the aim of forming the personality of a competitive specialist in engineering and technology and reflecting the requirements of educational and professional standards for the training of experts in engineering profiles. The purpose of this article is to determine professionally important qualities and professionally significant psycho-physiological properties, based on theoretical analysis and study practical experience in teaching geometric graphic disciplines at a university, which students can form in the learning process for personal development and successful mastering of the profession in accordance with professional standards and the realities of industrial and technical sphere. Graphic culture has an impact on the worldview and moral values of the individual, forms aesthetic tastes, contributes to the formation of a civic position and responsibility. Educational activities at the university should be implemented not only in sports, leisure and entertainment events, but the most important aspects of personal education in learning technical disciplines are the formation of cognitive independence, strong-willed personality, emotional, behavioral, intellectual flexibility, which are the key qualifications of the future engineer. The results can be used in the teaching of graphic disciplines in technical universities.
A Pattern Recognition Model of Python Programming using Artificial Neural Network via NeMo

Background/Objectives: In the field of software development, the diversity of programming languages increases dramatically with the increase in their complexity. This leads both programmers and researchers to develop and investigate automated tools to distinguish these programming languages. Different efforts were conducted to achieve this task using keywords of source codes of these programming languages. Therefore, instead of using keywords classification for recognition, this work is conducted to investigate the ability to detect the pattern of a programming language characteristic by using NeMo(High-performance spiking neural network simulator) of neural network and testing the ability of this toolkit to provide detailed analyzable results. Methods/Statistical analysis: the method of achieving these objectives is by using a back propagation neural network via NeMo based on pattern recognition methodology. Findings: The results show that the NeMo neural network of pattern recognition can identify and recognize the pattern of python programming language with high accuracy. It also shows the ability of the NeMo toolkit to represent the analyzable results through a percentage of certainty. Improvements/Applications: it can be noticed from the results the ability of NeMo simulator to provide beneficial platform for studying and analyzing the complexity of the backpropagation neural network model.
The obvious — the incredible. Moebius tape

The attraction to mathematics and mathematical abilities are manifested at a fairly early age.But these abilities must be developed systematically and skillfully. The path to mathematical sciencelies not through memorizing mathematical rules, but through conscious comprehension of mathemat-ical facts.If you ask any mathematician why he loves this science, he will most likely answer: “Because itis beautiful.” A little imagination and skills – and you can turn an ordinary tape into fascinatingworks of art, incredible inventions, even try to make unusual trips on it.The purpose of the article is to interest young lovers of mathematics. The article is based on aspeech to students of the Junior Academy of Sciences of Kyiv region.
Deployment Scopes

In Chapter 4, we reviewed how to build your first Azure Resource Manager (ARM) template from scratch and how to deploy it to your Azure subscription within the scope of a resource group. This chapter will cover the various scopes in which you can target an Azure Resource Manager deployment and the differences between the scoped deployments.
Ensuring the right to education by state university’s funding programs

In the article "Unity of the system of state universities in today’s Russia", published in August 2020, it was proved that the constitutional right to education implies the need to support not only the leading universities of the country with the help of "academic leadership" programs, but all universities established by the state. Firstly, the creation of a university by the state presupposes responsibility on the part of the state as the founder for ensuring the conditions of its activity; secondly, students of all state universities equally have the right to demand from the state the creation of conditions for obtaining high-quality and modern education. In the development of the concept of unity of the higher education system, this article discusses specific practical steps to implement the approaches indicated in the article in terms of the use of public resources. The authors formulated a number of proposals regarding the state policy in the field of science and higher education in relation to the distribution of financial resources and other resources between institutions of higher education, and also proposed specific measures for their implementation, described by examples from practice.
Problematizer Design: A Foucaultian Approach

Abstract Based on a line of inquiry initiated by Dorst, this article explores Foucault's work as a philosophical inspiration for design research and practice. In terms of foucaultian problematization, notions of discourse and problematization— instead of notions of design problems— is an alternative way of dealing with design situations. It is argued that through the problematization of the discourses interwoven in a design project, the designer takes on a critical and political dimension of their own work. In this way, through the project, designers can have the option to critically choose between reinforcing discourses— in case of agreement with them, or subverting discourses— in case of disagreement.
Execution of a Python Program

In this chapter you will learn how to work with Python, how to write a program, and how to execute it.
Hand Position Estimation for Driving Behavior Analysis Using Single Inertial Sensor

This paper discusses a method of estimating moving distance using single inertial sensor. The distance is estimated by performing the reaching movement using the linear guide. Then, a sensor is attached to a wrist to perform reaching movement and estimate moving distance of the hand. In addition, the moving distance of hand by during driving motion is eitimated using a driving simulator.
Using GeometryReader

User interfaces for iOS devices must adapt to different screen sizes. Not only are there different size screens for the iPhone and iPad, but there are also different screen sizes among different iPhone and iPad models on the market. To solve this problem, SwiftUI centers user interface items, but what if you need to precisely place user interface items in specific locations?
Extraction of human characteristic motions by Jerk

We describe the difference between robot motion and human motion. Recently with the increase in various robots such as nursing care robots and communication robots, the number of daily contacts with robots has increased. It is necessary for robots and humans coexist, and it is important for humans to feel safe and secure. We propose to use robots as sports instructors. Robots need to behave like humans in order to provide support with a sense of safety. Therefore, we use jerk to extract the characteristic motions of humans and robots. Examine the differences, and consider what are the characteristics of human motions. Based on the result, we think that it is possible to give the user a sense of safety by making the robot move like a human being.
Chapter 5. Answering Natural-Language Questions with Neuro-Symbolic Knowledge Bases

Symbolic reasoning systems based on first-order logics are computationally powerful, and feedforward neural networks are computationally efficient, so unless P=NP, neural networks cannot, in general, emulate symbolic logics. Hence bridging the gap between neural and symbolic methods requires achieving a delicate balance: one needs to incorporate just enough of symbolic reasoning to be useful for a task, but not so much as to cause computational intractability. In this chapter we first present results that make this claim precise, and then use these formal results to inform the choice of a neuro-symbolic knowledge-based reasoning system, based on a set-based dataflow query language. We then present experimental results with a number of variants of this neuro-symbolic reasoner, and also show that this neuro-symbolic reasoner can be closely integrated into modern neural language models.
Azimuthal geosteering technique

Summary Today geosteering mostly focused at 2D models along planned borehole azimuth. This approach allows to adjust trajectory by changing the inclination based on comparing synthetic and real-time logs and interpretation of images and boundary detection tools. However, there are cases which required drilling at single TVDSS, but there are remained structural uncertainties. Consequently, it is required to perform geosteering to keep the wellbore inside the target formation, for example while drilling the laterals in oil rims at the edge of structures with steep formation dips. In such cases trajectory azimuth adjustments needed for changing stratigraphical position of the borehole. Conventional geosteering approach doesn’t provide accurate decisions assessment and new techniques are required. Abstract describes an approach of azimuthal trajectory adjustments for well placement. Different methods of azimuthal steering reviewed in this paper in dependence on formation strike and dip. Provided calculations could be utilized for quick decision-making process while geosteering. Additional data of LWD images and boundaries detection tools evaluated in respect to azimuth adjustment technique and efficiency of its applications.
An Introduction with Geophysical Time Series Examples

A concise introduction to geophysical data processing - many of the techniques associated with the general field of time series analysis - for advanced students, researchers, and professionals. The textbook begins with calculus before transitioning to discrete time series via the sampling theorem, aliasing, use of complex sinusoids, development of the discrete Fourier transform from the Fourier series, and an overview of linear digital filter types and descriptions. Aimed at senior undergraduate and graduate students in geophysics, environmental science, and engineering with no previous background in linear algebra, probability, or statistics, this textbook draws scenarios and datasets from across the world of geophysics, and shows how data processing techniques can be applied to real-world problems using detailed examples, illustrations, and exercises (using MATLAB or similar computing environment). Online supplementary resources include datasets for students, and a solutions manual and all the figures from the book as PowerPoints for course instructors.
Neurohacking as a Game with Time: From Chronoengineering to New Chronopolitics

The tendency of technological overcome temporal limitations has become the basis for the introduction of the term &amp;quot;chronohacking&amp;quot; into scientific use. Within the framework of this article, the authors are trying to trace the prospects of chronohacking in the context of transformations of biopolitics in the digital age. Due to the fact that chronopolitics becomes network, the coordination of people and technology objects (&amp;quot;non-humans&amp;quot;) leads to the appearance of multiple temporality modes. New digital biopolitics form the medial somatic experience of subjective time perception. Nets become a testing ground over time. They are provided within the framework of neurocentric practices of techno-pharmacological effects on the human brain in order to treat, improve and study a person named as neurohacking. The most common forms of neuroscience are the practice of self-tracking and self-logging using digital gadgets. By forming a calculable physicality, neuroscience quantifies ideas about the dynamics of the interaction of social bodies, centering them on the knowing Self. Overcoming the alienation caused by classical biopolitics, neuroscience provides a quick routinization of quantifying devices coupled/subordinate to digital biopolitics networks, including in the format of virtual and augmented reality. Unlike classical chronopolitics, digital chronopolitics not so much coordinates bodies as modifies subjective temporality, subjecting it to the experience of a discrete presence in digital worlds connected through quantification tools. This leads to the fact that through new biomedical technologies, temporary jumps at both the gene and societal levels are routinized due to the radicalization of high-tech time in the pandemic era of quarantine and remote communication. Cyberspaces of computer games, working out experiments on time experiences, supported by temporal cultural experiments, connected to the same devices that audit somatic quantification, ensure the pluralism of subjective perceptions of various social activities.
Impressions of outdoor patrol robots for creating safe and secure places

We investigated people's impressions of outdoor patrol robots for creating safe and secure places. From the survey results, it is considered that working on anticipated UX is useful for social implementation of the outdoor patrol robots.
Information and image support of the activities of the Agrarian University

The article examines the activities of public relations specialists of Michurinsk State Agrarian University in its information and image support. The paper analyzes communication technologies aimed at promoting the higher educational institution of an agrarian profile, agricultural education and agrarian science in general. It is argued that the formation of a positive image of Michurinsk State Agrarian University is facilitated by the organization of effective interaction with the media, positioning of the activities of the university, its scientists, students; regular media monitoring; formation and strengthening of corporate culture; development of corporate identity, mission, slogan, logo; organizing and holding special events; preparation and participation in exhibitions and fairs; maintaining a corporate website; production of a corporate publication, advertising activities. Specific examples of the use of communication technologies in an educational institution are given. The conclusion is made that with the creation of a department for public relations and management of public relations, press and office work, the communicative activity of the agrarian university began to be carried out professionally and in a coordinated manner. The existing communication system ensures the formation of an effective positive information field of the university. The communicative policy of the educational institution is focused on the long-term prospect of building a serious positive dialogue with target audiences, on the prospect of trust.
Hierarchical Document Classification by Conceptual and Semantic Similarities: CSS-HDC

The exploitation of syntactic components and the semantic environment has long been a significant issue in the context of data mining and information retrieval, particularly with regard to text data. This issue's effectiveness has been noticeable in completely unique tasks, such as supervised learning of text data. So far, extra syntactic or semantic information has been used only distinctively. With inspiration from our previous work, which successfully defined concept labels for supervised learning, we propose a hierarchical document categorization based on conceptual and semantic relevance in this paper. The conceptual relevance is validated by the concept labelling approach developed in our previous research article. The main contribution of this paper is to investigate semantic relevance by estimating the correlation between concept categories based on activity labelling. The findings of the empirical study concluded that the developed model is promising for significant classification of given documents based on conceptual semantic relevance.
A model of interaction in the digital age and post-modernism

Communications mediated by digital devices acquire moral, ethical and axiological significance. It is necessary to find out how live human communication is being transformed into the digital age. What communication model is typical for our time? Is culture being deconstructed or does it still retain the honorable right to generate meanings? Postmodern philosophy as a methodological principle can be applied to study the processes of transformation of the communication and technological landscape of our time. Modern culture can be described as mosaic. Like hypertext systems, it does not have a center-forming principle. In conditions of information redundancy, we are doomed to a constant search for values. Maybe in order to comprehend the meaning, we need to bring the process of disintegration of the text to its logical end, disassemble and reassemble it. Having designated the "absence" of strict meanings, come to a unified view of the world. Key words: text, hypertext, culture, postmodernism, communication
Report Upward

How do I report to the board? This is a common question in the security community. It should have one simple answer. Whatever the board requests. However, it’s not that simple. Many board members are unclear about what questions to ask. Almost all board members have various levels of cybersecurity knowledge or insights; naturally, they typically have deep expertise in areas other than cybersecurity. As with many people at large, many board members do not have the deep technical experience needed to ask probing technical questions. With this in mind, the answer to the preceding question is refined to the following: whatever the board needs to know to provide a sufficient level of oversight.
Picking Operation Analysis System Using Image Recognition

It will be very useful in the workplace if everyone is able to teach robots workflow without any expertise in the conceptual design and programming stages. This paper reports on a prototype system that can detect objects with characteristics such as color, and automatically record and simulate picking operations.