bluuebunny/crossref_metadata_2025_split huggingface dataset:
Specialized Knowledge Representation: From Terms to Frames
Authors: Faber Pamela , Cabezas-García Melania 
Published: June 2019

AbstractUnderstanding specialized discourse requires the identification and activation of knowledge structures underlying the text. The expansion and enhancement of knowledge is thus an important part of the specialized translation process (Faber 2015). This paper explores how the analysis of terminological meaning can be addressed from the perspective of Frame-Based Terminology (FBT) (Faber 2012, 2015), a cognitive approach to domain-specific language, which directly links specialized knowledge representation to cognitive linguistics and cognitive semantics. In this study, context expansion was explored in a three-stage procedure: from single terms to multi-word terms, from multi-word terms to phrases, and from phrases to frames. Our results showed that this approach provides valuable insights into the identification of the knowledge structures underlying specialized texts.
PRIMENA INTERNET STVARI U RAZLIČITIM ŽIVOTNIM OKRUŽENJIMA
Authors: Živković Sonja 
Published: June 2019

Cilj ovog rada jeste analiza upotrebe internet stvari (eng. Internet of Things – IoT) u različitim životnim okruženjima. Objašnjeno je šta pojam IoT ozna­čava. Pomenute su tehnologije koje su dobar izbor pri kreiranju IoT sistema. Predstavljena je upotreba IoT-a u rudama, gradovima i kućama.
Proceedings from the 9th Annual University of Calgary Leaders in Medicine Research Symposium
Authors: Ward Rachel , Delaloye Nicole , Logan Lindsey , Jenkins Samuel , Hollenberg Morley D. , Rabi Doreen M. 
Published: June 2019

On November 3, 2017 the Leaders in Medicine (LIM) program at the University of Calgary’s Cumming School of Medicine hosted the 9th Annual
Leaders in Medicine (LIM) Symposium. This year's event commemorated 20 years of the LIM program and its dedication to the training of clinician-
scientists.
Rapid noncontact diagnostics of psychophysiological state in workers of hazardous industries
Authors: Shchelkanova E. S. 
Published: June 2019

Relevance. Improvement of the medico-psycho-physiological support of professional activity of employees of hazardous production facilities is associated with the development of methods for rapid diagnostics of psycho-physiological state in order to significantly reduce examination time. In particular, vibration imaging takes only one minute. Currently, there are no quantitative criteria for assessing the psychophysiological state based on vibration imaging in employees involved in hazardous work at the stages of periodic, pre-shift medical examinations and training.Intention. Development of non-contact rapid diagnostics of psychophysiological status of employees involved in hazardous work based on vibration imaging parameters for periodic and pre-shift medical examinations, and assessing their current state during training.Methodology. The object of the study was the psychophysiological state of employees of the temporary storage of spent nuclear fuel and radioactive waste at the stages of periodic and pre-shift medical examination, as well as during training. The subject of the study is assessment of relationship of indicators of psychophysiological state with the parameters of vibration imaging.Results and Discussion. According to comprehensive tests with the use of regulated and non-contact methods of assessing psychophysiological state of the workers of hazardous facilities, the parameters of vibration imaging reflect the systemic response of the body. Using the developed criterion of the rapid diagnostics of psychophysiological state at the stage of periodic medical examinations, it takes 1 minute to identify persons with psychophysiological disorders. For the stage of pre-shift medical examinations, a criterion has been developed to make a decision on admission/non-admission to work. The obtained criterion helps to quantify the psychophysiological “price” of training activities in order to optimize their regimens based on the current psychophysiological state as assessed via vibration image parameters.Conclusion. The developed criteria for rapid diagnostics of psychophysiological status, if introduced in scientific-practical activities, will help to monitor the psychophysiological adaptation of workers of hazardous facilities in order to maintain their occupational health and minimize anthropogenic risks.
About ensuring radiation, chemical and biological safety during mass action
Authors: Guzeyrov R. A. , Zamalieva M. A. 
Published: June 2019

Relevance. The risks of emergency situations during mass events require the coordination of activities of respective structures and departments of the host country.Intention. Assessment of ensuring radiation, chemical and biological safety during the 2018 FIFA World Cup matches and the 2017 FIFA Confederations Cup in Kazan on the example of the Department of Federal Service for Surveillance on Consumer Rights Protection and Human Wellbeing (Rospotrebnadzor) in the Republic of Tatarstan, as well as the effectiveness of the forces and assets involved.Methodology. A retrospective analysis of interdepartmental cooperation and organization of control of the radiation, chemical and biological situation with the forces of Department of Federal Service for Surveillance on Consumer Rights Protection and Human Wellbeing (Rospotrebnadzor) in the Republic of Tatarstan, the Ministry of Defense of the Russian Federation, the Ministry of Emergency Situations of the Republic of Tatarstan, performing safety tasks before and during the 2018 FIFA World Cup matches and the FIFA Confederations Cup 2017 in Kazan from 2015 to 2018.Results and Discussion. Before the 2018 FIFA World Cup and the 2017 FIFA Confederations Cup in Kazan, industrial and infrastructure facilities were identified, which malfunction could jeopardize radiation, chemical and biological safety during the events. Organizational events were held for these facilities. Potentially dangerous processes were temporarily suspended. Laboratory and instrumental studies were conducted at the stage of reconstruction of the involved objects. During the 2018 FIFA World Cup matches and the 2017 FIFA Confederations Cup in Kazan, a two-level radiation, chemical and biological control system was organized. Interdepartmental interaction and interchange of information at the subject level in the field of radiation, chemical and biological safety was organized. During the 2018 FIFA World Cup matches and the 2017 FIFA Confederations Cup in Kazan, the radiation, chemical and biological situation was intensively monitored. Task forces were on duty for radiation, chemical and biological emergencies.Conclusion. To ensure radiation, chemical and biological safety, a model of interdepartmental interaction was used for mass events. An integrated approach to ensuring radiation, chemical and biological safety has made it possible to maintain a stable radiation, chemical and biological environment. Interdepartmental experience with radiation, chemical and biological safety can be implemented before and during international mass events.
Assessment criteria of individual occupational risks in nuclear industry employees
Authors: Isaeva N. A. , Bobrov A. P. , Sedin V. I. , Scheblanov V. Yu. 
Published: June 2019

Relevance. In the concept of long-term development of social and economic policy of the Russian Federation, the problem of preservation and strengthening of employees’ health is given a top priority and requires improvement of the citizen health protection. Risk assessment and, in particular, occupational risk assessment is part of the process that includes probability analysis of dangerous events for employees’ health and decision-making about the necessity of risk reduction. The principles of prevention and constant improvement of the assessment system and occupational risk management in accordance with the Concept of demographic policy of the Russian Federation have determined the relevance of this research.Purpose: To assess individual occupational risks in employees based on regular medical examination data and obligatory psychophysiological tests.Methodology. Due to the absence of professional diseases associated with the exposure to ionizing radiation and a low level of work-related injuries at high-tech nuclear enterprises, it is not reasonable to consider current indicators of occupational risk and working conditions while assessing individual occupational risks. Classes of working conditions in terms of harm and danger, the employee’s health group, the presence of work-related diseases and the level of allostatic load are sufficient for practical assessment.Results and analysis. The article presents the formula for calculating the allostatic load index based on the psychophysiological examination data, which are mandatory for periodic medical examinations of nuclear industry workers. A one-dimensional multi-parameter indicator and critical rules to assess employee health loss were developed, along with a regression model to forecast the employee health loss by classes of working conditions. The risk matrix was developed to assess the individual occupational risks.Conclusion. For the high-tech nuclear industry, where the safety culture is monitored at the enterprises in accordance with the IAEA recommendations, the classes of working conditions in terms of harm and danger, the employee’s health group, the group of work-related hazards and the level of allostatic load are sufficient for practical assessment of individual occupational risks.
The role of shift work and psychosocial stress in development of hemostasis disorders in employees of EMERCOM of Russia
Authors: Kozhevnikova V. V. , Tikhomirova O. V. , Lomova I. P. , Zybina N. N. , Startseva O. N. 
Published: June 2019

Relevance. Shift work was found to induce pathological processes due to desynchronization of human circadian biorhythms.Intention. To determine incidence of hemostasis disorders and their relation to labour nature in employees of EMERCOM of Russia.Methodology.There were examined 37 employees of EMERCOM of Russia aged 32–58 (42.0 ± 6.8) with work experience (12.0 ± 6.9) years, high level of psychosocial stress and different work schedules: day (n = 11), shift (n = 14), irregular working hours (n = 12). The level of professional stress was studied using a specially developed questionnaire and the night sleep – using Pittsburgh Sleep Quality Index (PSQI). Сortisol circadian dynamics was evaluated, hemostasis state was fully assessed.Results and Discussion.The questionnaire showed irregularity of work schedule, additional working hours, decreased leisure time and high intensity of work in all study groups. High incidence of arterial hypertension (44 %) was registered without constant antihypertensive therapy. Pittsburgh Sleep Quality Index (PSQI) indicated sleep disorders among 24 (65 %) EMERCOM employees. Сortisol circadian dynamics test demonstrated increased level of the evening cortisol in 40 % of EMERCOM employees indicating widespread desynchronosis signs in the study group. Hemostatic system comprehensive assessment showed absence of considerable changes in thrombocytic component and a significant activation of plasma hemostasis according to the thrombodynamics assay. Hemostasis disorders were most expressed in the group with shift work and high psychosocial stress; they manifested in increased clots formation, spontaneous clots formation and increased VIII coagulation factor activity.Conclusion. The study confirmed the existing vision that chronic stress and desynchronosis change the hemostatic balance into chronic hypercoagulation state.
Production Waste at the Tapioca Processing Factories in Central Highlands
Authors: Truc Phan Thi Thanh , Thao Vy Nguyen Ngoc 
Published: June 2019

Abstract: This paper assesses the situation of production waste at the tapioca starch processing factories in Central Highlands. The results of expert interview and 250 employees’ and factories managers’ structured questionnaires show that the production waste was at a high level due to production imbalance, frequent equipment malfunction and unstandardized production procedures. The paper proposes the signing of contracts between the factories and the local farmer to ensure a production balance, technological upgrades, standardization of production procedures, and the development of relevant policies to encourage the workers to make efforts to enhance the production procedures, which helps factories reduce waste in production.
Keywords: Waste, tapioca starch, Central Highlands.
Forest and Forestry Ecocultural System in Central Highlands, Vietnam
Authors: Van Kim Nguyen , Thanh Tam Ho 
Published: June 2019

Abstract: In the mindset of ethnic minority communities in Vietnam, Northeastern region, Northwestern regions and Truong Son-Central Highlands refers to a forest-related & cultural ecosystem. Especially, both living space and social space of the ethnic minorities in Truong Son - Central Highlands are deeply forest-related. Researchers often call it "mountainous culture", "highland culture" or "upland culture". Similar to many other ethnic minority groups in the North East and North West, those in Central Highland have long “eaten” the forest, have their livelihood based on forest, and shelter in wild highlands without any previous human footprints. They believe that deep forests, high mountains, and watershed forests are sacred, where gods situate in and therefore needed to be strictly protected.
However, wars, reclamation, economic development policies, consequences of migration and other reasons have significantly destroyed the forestry ecocultural system in Central Highlands, Vietnam. Ecological environment has been ruined rapidly while cultural spaces have also been seriously damaged. This article aims to examine roles of the forests in the preservation of traditional cultural values ​​of the Central Highlands, and from which, provide recommendations to ensure green and sustainable development for local communities in the Central Highlands in particular and Vietnam in general.
Keywords: Forestry ecocultural system, forestry village, sustainble development for the Central Highlands.
Size Effect in Grand-canonical Monte-Carlo Simulation of Solutions of Electrolyte
Authors: Viet Duc Nguyen 
Published: June 2019

Abstract: A Grand-canonical Monte-Carlo simulation method is investigated. Due to charge neutrality requirement of electrolyte solutions, ions must be added to or removed from the system in groups. It is then implemented to simulate solution of 1:1, 2:1 and 2:2 salts at different concentrations using the primitive ion model. We investigate how the finite size of the simulation box can influence statistical quantities of the salt system. Remarkably, the method works well down to a system as small as one salt molecule. Although the fluctuation in the statistical quantities increases as the system gets smaller, their average values remain equal to their bulk value within the uncertainty error. Based on this knowledge, the osmotic pressures of the electrolyte solutions are calculated and shown to depend linearly on the salt concentrations within the concentration range simulated. Chemical potential of ionic salt that can be used for simulation of these salts in more complex system are calculated.
Keywords: GCMC, electrolyte solution simulation, primitive ion model, finite size effect.
Structure and Magnetic Properties of SrFe12O19/CoFe2O4 Nanocomposite Ferrite
Authors: Nga Trần Thị Việt , Thi Lan Nguyen , Thanh Loan To , Ha Hoang 
Published: June 2019

Abstract: Nanocomposite particles SrFe12O19/ CoFe2O4 were synthesized by sol-gel method. The nanocomposites are formed at the calcining temperature around 850 oC in 5 hours. The phase composition, surface morphology and magnetic properties of the nanocomposites were investigated using XRD, SEM and VSM, respectively. The results show that the magnetic properties of nanocomposite particles are strongly influenced by the molar ratios of the hard and soft phases and particle size distributions. The samples with the mass ratio of Rm= SrFe12O19/ NiFe2O4 = 1/3 and 1/5 are characterized with a “bee waist” type hysteresis loop. While all the samples RV show an excellent smooth hysteresis loop and a single – phase magnetization behavior. The coercivity decreases significantly and the magnetization drastically increases with decreasing of volume ratio RV.
Keywords: nanocomposite, sol- gel method, exchange coupling.
About the current Issue
Authors: Paetau Michael 
Published: June 2019

The current edition places the discussion of “Sustainable Development” into the center of interest. The first two articles attend the social dimension of the tridimensional approach of Sustainabiliy (ecological, economic and social dimension). Luciano Gallón starts with his article “Poverty and Artificial Sustainability. A research on the Structure and Dynamics of South America” where he shows the process of building a theoretical and practical framework for modelling South America using the approach of Systems Dynamics. Based on this concept he wants to explore questions such as: Is it possible to reduce poverty following a sustainable path? What is the kind of steady state behind the sustainability ideas? In what sense is it possible to talk of artificial sustainability? What relationship can be found between the scales of space and time of the human perspective and of the sustainability and the dynamics of the new social equilibriums? How such exploration enriches the understanding of social systems and human behavior? What contributions can be offered from such analysis and synthesis to contribute to sustainability? How can the structure and dynamics of South America helps to answer those questions?The social dimension of Sustainable Development is also focussed in the following contribution. Darío Menanteau-Horta analyses in his article “Globalization and Distorted Development: In Search of a System Perspective for Sustainability” the topic of Sustainable Development within the controversy between those who promise prosperity and opportunities in an expanded and international world market and those who claim that globalization, as it has been carried on today, is a negative force for peace, equity, and social development.In his Short Communication to this topic Nils O. Larsson suggests a methodology to find the most important decisions within a specific area of discussion. Focussing on the important decisions and in which settings they are taken gives an increased possibility of solving the problems in question. In this actual subject the analysis should cover decisions on all levels i.e. individual, informal and formal groupings of people, nations, group of nations as well as decisions on the global level.In continuation of his “Introduction into Sociocybernetics”, published in the last edition of JoS, Roberto Gustavo Mancilla presents now the second part focussing the relationship between power, culture and institutions. The third part in which the question of rationality and language will be discussed follows in the next issue of the Journal of Sociocybernetics.Michael Paetau (Editor)
XVIII World Congress of Sociology : “Facing an unequal world: Challenges for Global Sociology”
Authors: RC51 Sessions Yokohama 
Published: June 2019

Call for Papers:XVIII World Congress of Sociology : “Facing an unequal world: Challenges for Global Sociology”, Yokohama, Japan, 13-19 July 2014For more details regarding the sessions organised by RC51 please have a look on the official ISA-Website and for more detailed information: the RC51-Website If you have questions about any specific session, please feel free to contact the Session Organizer for more information, and please consider the deadline for on-line abstracts submission: September 30, 2013 24:00 GMT.
Assessing Organizational Maturity in Predictive Analytics of Telecommunications Companies in the Republic of Macedonia
Authors: Trenevska Blagoeva Kalina , Mijoska Marina 
Published: June 2019

Data analytics and predictive analytics are among major trends companies are facing worldwide. In a highly digitalized environment it is not only to question the usage of data analytics, but how analytically mature organizations are. The goal of this paper is to assess organizational maturity in predictive analytics of telecommunications companies in the country.
In order to assess the level of organizational maturity in predictive analytics we use Predictive Analytics Maturity Framework Assessment (PAMFA) (Capgemini, 2012), since it best describes maturity levels in telecommunications sector. The method of analysis is based on interviewing managers with questionnaire that guides respondents through all dimensions and levels proposed by the framework. According to the PAMFA five dimensions are analyzed (Vision and strategy, Enablers, Competence, Deployment and Governance). For each dimension, four maturity levels are defined: Level 1: Impromptu, Level 2: Solo, Level 3: Ensemble and Level 4: Symphony.
Survey results confirmed that analysed companies fully understand the benefits of predictive analytics as valuable source of gaining competitive advantage from data. The overall level of predictive analytics maturity is set between levels 2 or 3 for almost all dimensions.
This research is the first attempt to analyze organizational maturity in predictive analytics in the country. Its originality derives from the specific characteristics and development of the telecommunications sector. This sector is one of the most advanced service sectors in the country and hence represents a benchmark concerning digital transformation. Results of this survey provide useful information needed to design a roadmap for migrating towards higher maturity levels.
Determination a Reasonable Concession Period for (PPP) Projects
Authors: Hadi Ali Hasan , Erzaij Kadhim Raheim 
Published: June 2019

Public Private Partnership (PPP) are agreements where public bodies enter into long term contractual with private entities for construction or management the public sector facilities, or provision services to the community. Internal rate of return (IRR), pay back regime or tariff, and the concession period (CP) are essential items to success (PPP) projects. This research presents a systematic approach for a win-win partnership contract determined on a quantitative basis, by informing the partnership parties how long contract period should be made. Essence of the proposed methodology is that project completion time should allow a competent contractor to complete the project on schedule and operation period should be long enough to enable the concessionaire to achieve a reasonable return, but not too long such that concessionaire’s return is excessive and public sector’s interests are sacrificed. A case study of a PPP project in Mayoralty of Baghdad was conducted to evaluate performance of the developed mathematical models. The determined concession period (CP) has found to be approximately equal to actual concession period (CP) granted to the private sector. Evaluation shows the possibility to adopt the proposed approach to determine the concession period (CP) more effectively. Instead of opportunism policy, the proposed methodology enables local government of Baghdad province to enhance its policies of awarding the partnership projects to increase private sector participation in infrastructure development. Finally, the proposed method can be used by investment practitioners as a decision support tool for contract concession period (CP), and is worth popularizing to design the contracted concession period (CCP) for partnership projects in Iraq, and also can use as a methodology to assess the critical aspects which related to partnership projects in general.