Reviewerly/exHarmony huggingface dataset:
Prioritizing the Components of National Innovation Management Models in the Process Cycle of Sustainable Development Standards by Structuring Sustainable Ecosystems

Natural effects and social phenomena are not unchanging, but are the result of a combination of mental patterns, semantic structures, and ultimate approaches. Furthermore, they are constantly changing and are consistent with dialectical interactions, thus relating, limiting, and conditioning each other. Respect for the environment is a sign of the positive impact of citizenship rights on both managers and citizens. By considering the fact that the innovative performance of each country is determined by its national innovation system and due to the developments in the Islamic Republic of Iran, the conditions should be observed in such a way that the priorities of the national innovation management system guarantee sustainable ecosystems and determine, on a larger scale, complex structures. Structuring the priorities of the national innovation management system and the formation of substrates consistent with this structuring is inevitable. By considering the time requirements, capacities and public awareness of the process of growth, development, and progress of the country, the components of national innovation management models will improve by promoting the competitiveness in the country. Furthermore, enhancing the quality and standards of living, ensuring sustainable environment, human resource development, and social development will be reflected in the process cycle of sustainable development standards. The data were collected by a researcher-made questionnaire which was ordered based on the 5-point Likert scale, including 5 responses of very high, high, average, low and very low. The statistical population of the study included all individuals in sustainable ecosystems in the Islamic Republic of Iran. In this research, the target sample encompassing all individuals in sustainable ecosystems in Mazandaran province was estimated to be 384 individuals. The data of the research were analyzed and compared using statistical techniques of structural equation and artificial neural network modeling. The findings indicated that all dimensions, components, and variables of the conceptual model of the present research are explained in the prioritization of national innovation management models based on variables of sustainable ecosystems. Future researchers are recommended to use more sophisticated algorithms for the application of structural models to fit systematic models. Since national innovation management models have many complex variables, more advanced methods such as artificial neural networks should be employed to estimate these variables. Please cite this article as: Changizi R, Valiollahpur Muziraji M. Prioritizing the Components of National Innovation Management Models in the Process Cycle of Sustainable Development Standards by Structuring Sustainable Ecosystems. Bioethics Journal, Special Issue on Human Rights and Citizenship Rights 2019; 173-193.
Research on the Application of Concept Map in Professional Knowledge Structure of Post-oriented Students

Starts with the importance of concept map in evaluating professional knowledge structure of PAP postoriented students and combines with the advantages of concept map evaluation, this paper describes aspects of concept map, such as knowledge structure evaluation method, questionnaire design, and testing and evaluation process, then analyzes the test result, and finally puts forward the feasibility and validity of concept map in evaluating professional knowledge structure in order to provide reference and analysis tool for further optimization of teaching resources and models of post-oriented education.
Work Life Balance At Hyundai Motors

The task about "Work Life Balance" manages any movement, which happens at each degree of association, which looks for more prominent hierarchical viability through the upgrade of human pride and development.&#x0D; This decides better for themselves what activities, changes and upgrades and attractive and serviceable so as to accomplish a fair work life for the representatives.
Algorithms search for space-time rumbles: An automated telescope search program could catch neutron stars in the act of colliding - [News]

One night around 7 p.m. last August, Michael Lundquist was at his home in Tucson when his cellphone rang. He knew from the ringtone that it was a robocall. So he took it immediately. He lives for moments like this.
Behavior of a Drone in a Cylindrical Duct

The aim of this study is to clarify stability of a drone in a narrow space. In this study, behavior of a drone in a narrow duct was investigated. Experiments were carried out using a drone with a size of 223×232×50 mm and a duct with a diameter of 1030 mm. The drone was installed with changing in axial, circumferential and radial positions of the duct. A range in which a drone can stably fly in a duct was examined and shown as a map. A lot of vibration patterns of a drone were investigated in some points, some of them vibrates strongly and the other points vibrates weaker than those points. With respect to the radial direction of the duct, the closer the center, the more stable the hovering of the drones. The drone was relatively unstable on the lower side compared to the upper side of the duct.
Techniques Used by Teacher to Develop Student's Vocabulary at Seventh Grade of SMPN 1 Karangrayung in 2018/2019 Academic Year

This objectives of the study are: 1) the techniques used by the teacher in developing students' vocabulary, 2) the purpose of each technique used by the teacher in the classroom, 3) the problems faced by the teacher in developing students’ vocabulary. This study used descriptive qualitative research. The data are field note, interview transcript and documentation. The collected data was conducted through three steps namely observation, interviews, and documentation. The results of this study showed that 1) there were several techniques used by teachers in developing students’ vocabulary, namely: reading aloud, discussion, translation, giving question and picking word classes, 2) the various techniques made students enthusiastic and not bored while learning took place, so the class could run effectively and efficiently, 3) there were some problems faced by the teacher, namely: classroom management, students’ motivation and vocabulary mastery.
FDTD Modelling of Optical Polarisation Rotation in a Charged Quantum Dot - Micropillar System

We employ a quantum master equations approach based on a full-wave Maxwell-pseudospin model to describe the polarisation dynamics of a negatively charged quantum dot embedded in a micropillar cavity upon an ultrashort optical excitation. The set of equations is solved self-consistently in the time domain by the Finite-Difference Time-Domain method (FDTD). We demonstrate numerically a giant optical polarisation rotation (~ ±π/2) of a resonant circularly polarised pulse in realistic dot-cavity geometries. The model allows for optimisation of the polarisation rotation angle for realisation of spin-photon entanglement and ultrafast polarisation switching on a chip.
Towards an FPGA-Based Smart Camera for Virtual Reality Applications

Virtual reality (VR) is an experience taking place within simulated and immersive environments. Although in recent years several virtual reality applications such as, virtual reality gaming, medical educational and military training applications have been developed; one important limitation still remains for the tracking sensor. Commercial headsets such as the Oculus Rift or HTC Vive have tracking sensors which project active signals to the user's body and limits the motion understanding. To address this problem, we propose a novel passive sensor (which consist of an FPGA-based smart camera) which computes the optical flow an estimates semantic information about the user movement inside the camera fabric. Then, using these semantic information as feedback for the virtual reality engine; accurate tracking without active signals being projected to the user's body and with the capability to implement several cameras in order to achieve a better movement understanding is possible. Preliminary results are encourageous, demonstrating the possibility of a visual-based tracking approach suitable for virtual reality applications.
Application of Sequential Data Assimilation for Estimating Material Parameters using Digital Image Correlation Method

Numerical simulations and CAE technologies have become essential tool to reduce costs in product development stage since they can be substituted with the tests that involve actual manufacturing process and products. However, in order to obtain the simulation results which accurately reproduce the actual phenomena, model parameters and simulation conditions have to be determined accurately. In many cases, such parameters and simulation conditions are determined by trial and error, which is a time consuming process. When comparing the result of finite element analysis of deformation or fracture, one of the experimental measurement used is the data obtained using digital image correlation (DIC) method. DIC method enables us to measure deformation and strain on the surface of test specimen in three dimension. Meanwhile, data assimilation have attracted much attention as the methodology to utilize experimental measurements to improve the simulation results. In this study, we demonstrate application of data assimilation methodology to finite element analysis for utilizing DIC measurements to improve analysis result by estimating material parameters.
Economic Nature of the Competence: General Methodological Approaches to the Problem

In the period of structural and qualitative changes in the Russian economy, the development of the labor market and the educational services market, the effectiveness of economic education is largely determined by the level of formation of economic competencies of students. The development of the diversification process required bringing the education system in line with the requirements of market relations, the principles of alternatives and variability, ensuring the quality of education, which is the most important condition for the specialist’s demand in the labor market. The target component of the model of formation of students’ economic competences by definition includes the goals and objectives of economic training. The increased demand for economic knowledge has led to new forms of economic education. The activity component in the model of formation of economic competencies focuses on the fact that in the domestic system of education in relation to the vocational school there was a long-term practice of compiling the qualification characteristics of a specialist, which fixed the requirements for knowledge, skills and abilities of graduates of various specialties, where in addition to the knowledge paradigm there were the terms “readiness”, “ability”, “responsibility”, “understanding” and “worldview”, expanding the close framework of such a paradigm. The main idea of the activity approach in education is not connected with the activity itself, but with the activity as a means of formation and development of the student’s personality. The content component of the model involves the formation of students’ economic competencies in the form of key, professional and additional economic competencies at different levels of professional education, taking into account training in economic and non-economic specialties.
Printed Image Watermarking with Synchronization Using Direct Binary Search

In this paper, we reveal the impact of the fixed synchronization pattern on the halftone image under DBS processing; and an improved watermarking method is proposed to avoid this impact, which is extended from a previously developed DBS based watermarking method. The watermark and synchronization pattern is to be embedded into the appropriate region of the host image adaptively; and excellent image quality and decent watermark capacity is provided. The method has good resistance to a printing and scanning attack while only size of the watermark and host image is required additionally in the watermark detection. Experimental results are presented for some special host images, including a sketch and a round logo to prove the flexibility of the method.
Human sensing base on mechanical engineering

Human sensing technology is used in various fields such as medical field and industrial field. In this human sensing, motion information such as the position of each part of the body, physiological information such as heartbeat, psychological information such as sensation, etc. are measured. In the measurement of biological information with mechanical phenomena, the viewpoint from mechanical engineering is important to consider the selection and arrangement of sensors. We develop the measurement system of finger motion to investigate relationship between the tactile sensation and the finger motion. In this paper, the developed measurement systems are introduced.
Proposal of Display Device for Basketball Using Image Recognition Technology

We propose a new display device for basketball games, which using several image recognition technologies. The display device can recognize signals of a referee and movement of a basketball in game. And it is possible to support table officials and referees while the progress of basketball games. OpenPose was used for analysis of a referee's movement. Furthermore, we are developing the display device that can provide appropriate information by changing display mode while stopped game time for a foul play.
Exploring Linguistic Representation of Women on Facebook: A Study in Pakistani Context

Facebook is an online platform where people form a self-presentation and construct an identity through a personal ID or profile. Use of this social website fully depicts the norms and perceptions of patriarchal society. This study aims to explore the waymen of society speaks to the women as well as the speaking of women with other women that reflects an idea of women in Pakistani society on Facebook through quantitative study. The Analysis revealed that the women, in Pakistani society in particular and elsewhere in general is linguistically expressed as a being that is not equal to men in intellect, bodily strength, wisdom, knowledge, forbearance and bravery thus dubbed as timid, weak, sexy, fool, cute hot and so on by society as a whole.
PENINGKATAN KREATIVITAS DAN KEMAMPUAN MENULIS KARANGAN NARASI MELALUI PENERAPAN MODEL EXAMPLES NON EXAMPLES DENGAN MEDIA GAMBAR SERI

The research was aimed to improve students’ creativity and skill in writing narrative text in the Indonesia subject through Examples Non Examples with picture series aids. This classroom research consisted of two cycles. The object of the research was the fourth grader's students in SDN 3 Linggasari consisted of 35 students, 19 males, and 16 females. Each cycle consisted of 4 stages, planning, implementing, observation, and reflection. The instruments used to collect the data were test and observation sheet. To see the students’ work on the narrative text, they used a test paper of narrative at the end of the meeting. It showed that Examples Non-Examples with picture series aids could improve student’s creativity and narrative writing. It could be proven from the writing outcome it first and second cycle. In the first cycle, the level of achievement was 40% an in the second cycle was 89%. The students’ creativity was also improving from the first to the second cycle. In the first cycles, it showed 57% and 86% in the second cycle. It could be drawn that Examples Non-Examples method could improve students’ creativity and narrative skill for the fourth semester SD N 3 Linggasari.
한국어 학습자의 탈동기 요인에 대한 연구 -영어권 학습자를 중심으로-

Motivation is a crucial factor in second language learning. And demotivation is a relatively new issue in the field of Korean as a second language. In this study, I review previous studies that investigated demotivation of English learners and Korean learners in order to identify common demotivating factors. A 40-item questionnaire was completed by 302 Korean learners who study in the exchange program of the university. Their responses were analyzed through statistics. The results showed that class materials factors and characteristics of the classes factors, in other words learning contents and materials were demotivating factors for many Korean learners. And lack of interest and teacher factors were not very strong causes of demotivation.(Yonsei University)
Your funding infrastructure wishes Grant-ID

Researchers need easier ways to acknowledge funding and other support for their work. Publishers want to enrich their metadata and aid new ways to discover and convey relationships between research outputs, people, organizations and funding. Research funders are crying out for better ways to share information about the grants they award, and for more reliable connections between grants and research outputs resulting from those grants. Analytics and reporting platforms need authoritative data to build graphs and other tools. Research institutions want to track the funded outputs of their researchers across multiple projects.&#x0D; At the moment, this process relies a lot on manual data entry (eek) and a lot of leg-work. Hence gaps and frustrations exist. Because of this a global group of funders has been working with Crossref since 2017 to develop a robust, open, reliable registry of grant IDs and metadata. In this talk, Vanessa Fairhurst will give an overview of the how and why of the development of this new infrastructural component: from the initial demand, through community consultation and up to the current early adopter program Crossref is running in partnership with the Wellcome Trust and Europe PMC to link funding to outputs. This is a new community service, led by funders, provided by Crossref, which will provide systems across the scholarly network with a richer picture of research support.
Multi-functional surface ion trap for effective cooling and large-scale trapping of ions

Scaling up and effective cooling of ions in surface ion trap are central challenges in quantum computing and quantum simulation with trapped ions. In this theoretical study, we propose a versatile surface ion trap. In the manipulation zone of our trap, a symmetric seven-wire geometry enables innate principle-axes rotation of two parallel linear ion chains, which facilitates the cooling of ions along all principle trap axes. To alleviate contaminating the manipulation zone during ion loading, a symmetric five-wire geometry is designed as the loading zone. And a fork connects the loading and manipulation zones, which also enables the shuttling and reordering of ions. A multi-objective optimization procedure suitable for arbitrary junction designs is described in detail, and we present the corresponding optimal results for the key components of our trap. The proposed versatile trap can be used in the construction of large-scale ion quantum processors. The trap also can be used as the multi-ion-mixer or the efficient ion beam splitter, which has the potential applications in quantum simulation and quantum computing, the research of 2D dimensional ion crystals and the guides of quantum microscope, like an electron beam splitter used for quantum matter-wave optics experiments. Interesting topics involving the spin-spin interactions between two ion chains can also be simulated in our trap.
Close to home: building in-house security expertise

Information security is now such a critical part of an organisation's ability to manage risk that it pays to have skilled and knowledgeable people on hand to guide, advise and deal with issues. But as everyone knows, cyber security skills are in short supply and firms have trouble hanging on to the experienced security experts they have. So what do they do about this? In this interview, Matt Lorentzen, principal security consultant at Trustwave SpiderLabs, outlines the current state of in-house security skills within organisations, where they're falling short and what can be done about it, particularly in terms of upskilling existing staff.
IMPLMENTASI METODE PROFILE MATCHING PADA SISTEM PENDUKUNG KEPUTUSAN DALAM PEMBERIAN JABATAN KELAS PADA MAHASISWA

Abstract Each university has many students who are members of various fields. Fields that cover the departments at the university. The field represents the performance of each student and affects the status of students at the university. To improve discipline in every student and class. Then a class organization was formed which aimed as a liaison between students and students. Within the organization there are several positions for several students, namely the commissioner as chairman, vice chairman, secretary and treasurer. This is to bring together students in various circles in each class, the benefits of students being organized, increasing awareness, personality and mentality are good for the psychological development of students. To provide student positions, certain conditions are needed so that decisions can be considered fair. Therefore it is important for students to pay attention to several students who have the potential to be given positions in the classroom. Keywords: Students, performance assessment, decision support system, profile matching.
Literature Review of Electric Wheelchair

There are some people who cannot walk on their own because of some problems such as accidents, handicapped issues, age factors, etc.So there must be some mechanism that can be use to restrain these defects.The proposed Android Controlled Wheel Chair is used to remove these defects and let the people live their life on their own, and survive in the environment easily.The android application is created and installed in the Smartphone and the connection is done using Bluetooth.This wheelchair can move in two modes, first is touch mode and the second is voice mode.In the touch mode when user want to change the direction, then by using the touch screen of the Smartphone the user has to choose the direction specified within the four quadrants on the screen.The user can move upward, downward, right and left according to the specific commands given by the user by the Smartphone.
PENGEMBANGAN PROGRAM APLIKASI PERMAINAN BAHASA TEKA-TEKI SILANG KOMPUTER MENGGUNAKAN TURBO PASCAL 5.5

The purpose of this study is to find out the process of making software that can be used for entertainment media as well as learning media to improve vocabulary in both Indonesian and other foreign languages. The program created is an application program in the form of a crossword puzzle (TTS) game in which the program is titled â€˜Teka-Teki Silang Komputerâ€™  (Computer Cross Puzzle). The name means that the crossword puzzle is an application program that can only be played on computers, especially those with DOS operating systems. With this program it is hoped that it can help students or anyone interested in increasing knowledge, especially in the field of vocabulary. Thus the program has a dual benefit, in addition to being an attractive and challenging way to fill leisure time, this program can also help improve language skills by increasing vocabulary. This program consists of several menus where the first menu is the main game consisting of 6 types of shapes or pictures of TTS boxes. On this menu each type consists of 7 levels. While the second menu also consists of 6 kinds of TTS box images but the questions and answers are still empty. This menu is provided for the users who want to make their own questions and answers according to their own wishes using the 6 types of TTS boxes that have been provided. This program can automatically check whether the answer is correct or still incorrect.