scholarly journals Pedagogical conditions and methods aimed at the formation of musical-auditory representations of future teachers of Musical Arts

Author(s):  
Anzhelina Mamykina ◽  
Alla Grinchenko

The article is devoted to the phenomenon of auditory representations, their content, compliance with musical content, formation, tuning and implementation in the performance process of the future teacher during piano training. The purpose of the article is to substantiate the pedagogical conditions and develop the methods aimed at forming of the future music teacher’s musical-auditory representations. The goal is realised through the implementation of relevant tasks using the methods of theoretical research: analysis, synthesis, deduction, systematisation, pedagogical observation. In the article musical-auditory representation is considered as a professional skill of a musician, formed on the basis of the understanding of semantics – semantic units of musical language, which facilitates the qualitative reproduction of artistic and figurative content and maximum efficiency of musician’s own performance process in creation of artistic-pedagogical and performing interpretations. The list of the skills acquired by the applicant during the formation of auditory perceptions is specified, namely: analytical (to identify and understand the symbolism of musical language; its genre and style) (compare semantic constructs of different musical directions); reflexive, figurative-auditory and sensorimotor. The pedagogical conditions for the formation of auditory representations are offered: gradual expansion of a musical thesaurus in the course of the profession-centred training; stimulating auditory perception by recognising and understanding the elements of musical language; the direction of musical-perceptual experience on the coordination of auditory representations with the sign-semantic context of the performed works. In accordance with the defined conditions, a number of methods have been developed: comparative textual analysis; figurative and auditory analysis; perceptual-auditory analysis; associative music model; semantic identification; artistic reincarnation; polytonation expressiveness; tactile-auditory method. Further research involves the development of the future Arts teachers’ auditory perceptions in classes on accompaniment and ensemble playing, taking into account the specifics of these subjects.

Author(s):  
Olena Hudz

The article substantiates the essence, content and method of developing artistic empathy. The purpose of the article is to substantiate the methods of vocal training that are effective in developing the artistic empathy of the future Music teachers. The purpose of the article is realised through the use of methods of theoretical research: analysis, synthesis, generalisation, deduction, induction, extrapolation. The article clarifies the meaning of the concept "empathy" as a psychological process based on penetration into the inner world of a person. Empathy is interpreted as the integration of emotional and cognitive aspects of cognition. The components of empathy in the context of psychological research have been determined. Empathy as a factor in regulating the effectiveness of pedagogical communication has been studied. Empathy acts as a tool for establishing emotional contact. The procedural aspect of empathy in the context of the teacher's activity is considered. The content of artistic empathy is considered as a process of sympathising with artistic phenomena. Artistic empathy is defined as the basis for comprehending an artistic image. In the context of Music teachers’ activities, artistic empathy is defined as a complex personal and professional entity that allows us to identify the emotional state of a person or the emotional portrait of a musical work. The artistic empathy causes a reaction of sympathy, which optimises artistic and pedagogical communication. It is noted that the vocal training of future Music teachers creates a unique platform for the development of artistic empathy. Two vectors of the artistic empathy within the activities of Music Arts teachers have been considered: empathic penetration into the emotional world of a musical work, and empathic penetration into the emotional world of students in the process of artistic and pedagogical communication. A list of effective methods of the vocal training which is aimed at developing art empathy of the future teachers of Musical Arts has been offered: a method of reflexive adjustment, a method of empathic supervision, a method of emotional collections, a method of vocal improvisation.


2018 ◽  
Vol 13 (13) ◽  
pp. 100-113
Author(s):  
Y.V., Netsvitay T. V. Tararoev

Background. Goals In recent years, there is a growing interest in musical thinking, which is a key element of musicology and music philosophy, since music is a conscious, mental activity of a person and understanding the mechanisms of this activity, we can signifi cantly expand and deepen our understanding of music. The purpose of this study is to defi ne and supplement and clarify the concept of M. G. Aranovsky musical thinking our author’s approach, concretizing and clarifying the methodological and heuristic function of symmetry in musical thinking and its anthropological content. The work uses methods of comparison, analysis and synthesis. Musical thinking manifests itself in three forms of basic musical activity - composing, performing, listening, to which we also add theoretical (research) and pedagogical They are based on the processes of musical thinking and the fulfi llment of certain goals: the creation of an artifact, interpretation, reproduction, perception, analysis and theoretical understanding. The three spheres of realization of musical thinking are emotional-sensual, rational-logical and textual, semantic. These forms are closely intertwined and function on the basis of musical language, which is the foundation of any musical creative activity. The direct interaction of music and rationality is displayed in terms of “musical logic” and “architectonic musical ear”. Logic is the science of the most common laws of thought. These laws of thinking are expressed in the most abstract forms, patterns, rules that can be interpreted as conformity of something to specifi c norms, patterns. With regard to music, logic implies following certain standards and rules. Since the rational principle in music is closely associated with the irrational unconscious, the common logical norms that have been formed in a certain historical epoch within the framework of the dominant system of musical language are refracted through the individual stylistic features of the composer. A specifi c type of thinking - musical - generates the corresponding type of logic. Therefore, it is possible to express musical thinking by the sum of concepts - musical logic, musical speech and semantics of musical speech. M. G. Aranovsky identifi es four layers of musical logic: combinatorial, linguistic, contextual and artistic, i.e. those aspects (levels, edges) of the creative activity of a musician, in which there is logic. The lowest and at the same time fundamental level of musical logic is combinatorial, it is the sphere of primary elementary logical combinations of the simplest elements. However, the logic of this level extends to all scales of structures, from small motive links to sections of a one-part form. M. G. Aranovsky proposes to distinguish three types of logical combinations: 1. Identical - based on a constant repetition of structural units, where the formed elements are identical with each other (for example, AAAAAA). In terms of symmetry, this is a transformation of a simple movement along the time axis. It can again be noted as the simplest type of isomorphism, where only one characteristic changes - temporary. If we exclude it from consideration, then we can say that this is a “degenerate case” of isomorphism, which is an automorphism. 2. Equivalent - based on the modifi ed version of the repetition, in which there are both similarities and differences, i.e. incomplete identity is formed (for example, A1A2A3A4). From the point of view of symmetry, this combination of sequences represents the “unity” of the operation of symmetry, movement and violation of symmetry as such, i.e. in this sequence, some properties are repeated, while others change. This temporal process can be represented as isomorphism in the proper sense of the word, when some elements remain identical, while others change, and in general the objects are different, but similar. 3. Alternative - a combination of sequences of different units with complete exclusion of formal or obvious similarity (for example, ABC). Through symmetric transformations, this kind of logical combinations of primary elements can be described as an even greater symmetry violation, which preserves only the general “sequence of elements”, i.e. a small number of common properties, while these elements themselves are significantly different from each other. In this case, one can speak of a deep “transformation” of isomorphism, which can be called “metamorphism” (gr. Metamorphoómai - transformation of form). The basis of this transformation is a violation of the original symmetry in such a way that much more properties change than in the case of isomorphism. It can be schematically represented as A1 → B, A2 → C, etc. Thus, metamorphism can be considered both as a similarity, which has undergone a rather strong transformation, and as a symmetry violation, leading to a signifi cant complication of the structure. Thus, the result of this study is the position that, from the point of view of M. G. Aranowsky, the temporal process is the basis of musical thinking. The built-up chain “temporal process → musical logic → musical thinking” is the anthropological specifi city of human thought (in the musical sphere) associated with temporal processes in which a person is “immersed” and from which he cannot “exit” under any circumstances. Findings. we conclude that this chain can be called the “temporal-anthropological triad”. It represents the sequence “automorphism → isomorphism → metamorphism”. Each of its stages is different from the previous increase in the level of complexity. Of particular interest is the transition from isomorphism to metamorphism, since it is associated with the process of symmetry breaking. The mechanisms and principles of this disorder need further investigation.


Author(s):  
Zhenhua Li ◽  
Weihui Jiang ◽  
Li Qiu ◽  
Zhenxing Li ◽  
Yanchun Xu

Background: Winding deformation is one of the most common faults in power transformers, which seriously threatens the safe operation of transformers. In order to discover the hidden trouble of transformer in time, it is of great significance to actively carry out the research of transformer winding deformation detection technology. Methods: In this paper, several methods of winding deformation detection with on-line detection prospects are summarized. The principles and characteristics of each method are analyzed, and the advantages and disadvantages of each method as well as the future research directions are expounded. Finally, aiming at the existing problems, the development direction of detection method for winding deformation in the future is prospected. Results: The on-line frequency response analysis method is still immature, and the vibration detection method is still in the theoretical research stage. Conclusion: The ΔV − I1 locus method provides a new direction for on-line detection of transformer winding deformation faults, which has certain application prospects and practical engineering value.


2021 ◽  
pp. 64-73
Author(s):  
Valery Ilyich Tarlavsky ◽  
◽  
Marina Viktorovna Shakurova ◽  

The article considers the need for a broad view on the technologization of career guidance practices, the importance of which is increasing due to the spread of early professionalization in modern society. The purpose of the article is to identify and substantiate the semantic foundations for the technologization of vocational guidance practices, determined taking into account the process of forming a personal-professional position in the conditions of early professionalization. Research methodology: systemic personality-developing, subjective and technological approaches; methods of theoretical research (analysis, synthesis, generalization, analogy, interpretation, concretization). Attention is drawn to the essential features of personal-professional positioning, the focus is on the attitude to work, profession, personal and professional self-determination. Semantic supports for the design of vocational guidance technologies are identified and justified: the differentiating basis of the stage of life activity; immersion in accessible roles in the field of professional and labor activity and the formation of a value attitude to them; attention to work, the pattern of work of any profession, the formed attitude to work as a value; professional and labor traditions of the family, related features of family identity and family socio-professional trajectory; definition and implementation of personal and professional prospects; preservation and strengthening of personal-professional position.


2021 ◽  
Vol 15 ◽  
Author(s):  
Yanling Zhao ◽  
Huanqing Zhang

Background: Bearing testing machine is the key equipment for bearing design, theoretical research and improvement, and it plays an important role in the performance of bearing life, fatigue, vibration and working temperature. With the requirements of aerospace, military equipment, automobile manufacturing and other industrial fields of the bearing are becoming higher and higher. There is an urgent need for high-precision and high-efficiency bearing testing machines to monitor and analyze the performance of bearings. Objective: By analyzing the recent patents, the characteristics and existing problems of the current bearing testing machine are summarized to provide references for the development of bearing test equipment in the future. Methods: This paper reviews various representative patents related to the third generation bearing testing machines. Results: Although the structure of bearing testing machines is different, the main problems in the structure and design principle of bearing testing machine have been summarized and analyzed, and the development of trend and direction of the future bearing testing machine have been discussed. Conclusion: Bearing testing machines for health monitoring of bearing life cycle is of great significance. The current bearing testing machine has basically achieved the monitoring and analysis However, due to the emergence of new types of bearings, further improvement is still needed. With the development of testing technology towards intelligent and big data-driven direction, bearing testing machine is moving towards the type of cloud computing and large-scale testing.


2021 ◽  
Author(s):  
Meng Li ◽  
Zuzhi Bai ◽  
Xiao Chen ◽  
Cong-Cong Liu ◽  
Jing-Kun Xu ◽  
...  

Abstract Poly(3,4-ethylenedioxythiophene) (PEDOT) has proved its quite competitive thermoelectric properties in flexible electronics with its excellent electrical and mechanical properties. Since the early discovery of PEDOT, considerable experimental progress has been achieved in optimizing and improving thermoelectric properties as a promising organic thermoelectric material (OTE). Among them, theoretical research has made significant contributions to its development. Here the basic physics of conductive PEDOT are reviewed based on the combination of theory and experiment. Its purpose is to provide a new insight into the development of PEDOT, so as to effectively design and preparation of advanced thermoelectric PEDOT material in the future.


2021 ◽  
pp. 96-120
Author(s):  
André Lecours

This chapter considers a case, Flanders, where secessionism has not gained strength despite many episodes fuelling tensions between the two main communities and significant, though episodic, cynicism about the future of the country. The singular political development of the Belgian state, which has involved an incremental and open-ended process of decentralization, has meant that Flemish autonomy is dynamic. Belgium is famous for its seemingly incessant constitutional politics leading to reforms of the state that transform the country’s institutional architecture in innovative ways. For Flanders, these state reforms have meant a gradual expansion of autonomy. Moreover, the reforms are never meant to conclude a process of decentralization; they always leave issues to be dealt with at an ulterior date. State reforms are high-profile events that often occur to manage a crisis between the two communities and are subject to government formation agreements in the context of the country’s consociational practices. Flemish parties can typically have a state reform if most of them want one or else the country remains without a government, which is something Francophone parties want to avoid for fear it makes Belgium seem unworkable and therefore feeds Flemish secessionist arguments. As Flemings know there is a forthcoming state reform that will enhance their collective autonomy and address some issues perceived as important for their national identity and interests, there is little incentive to support secessionist positions.


Author(s):  
Piotr Stryczek ◽  
Franciszek Przystupa ◽  
Michał Banaś

In mechanical engineering, there is a trend to use new materials which are an alternative to metals. This also applies to construction components and hydraulic systems, where more and more attempts are made to use plastics as construction material. This solution brings design, technological and economic benefits. The researchers from the Fluid Power Research Group of the Department of the Fundamentals of Machine Design and Tribology from Wroclaw University of Technology (www.fprg.pwr.wroc.pl), are working in this area, with an objective to create a complete hydraulic system whose basic elements such as the pump, valve and actuator are, entirely or in their substantial part, made of plastics. The paper presents the course and outcome of the design process and the research, the aim of which was to prepare a demonstration model of the hydraulic cylinder made of plastics. The work on the model of the actuator started from an analysis of traditional methods of designing hydraulic cylinders made of metal. The authors analyzed the course of the design process, paying particular attention to aspects of the strength of the actuators’ structure. It highlights the main elements and the important nodes occurring in the hydraulic cylinders, namely the sleeve, the bottom, the head, the piston, the piston rod, the fasteners, the hydraulic fluid ducts, the sealing, and the bolts. An algorithm for the procedure in a form of a block diagram was presented, and the necessary calculations were made. Taking the characteristics of the actuator and its respective nodes into consideration, it was found that a number of metal parts may be replaced by plastics. The result of the operations performed is the proposal of a model of the actuator elements made of plastics. For this solution, a 3D computer model was prepared and studied by means of the FEM. The obtained results allowed the identification of the place, the nature and the value of deformation. Based on the results of the theoretical research, it was found that the structure of the actuator will not be effected in the course of its work in the assumed conditions. A demonstration model of the actuator was created according to initial assumptions. The next step was to prepare and conduct preliminary studies on the actual model. The first tests were carried out with no load being applied. The tests were made with different speeds of the piston rod’s movement and the operation of the actuator was observed. Next, tests of the loaded actuator model were conducted. For that purpose, it was put on a special stand with a metal actuator in such a way that a linear displacement of the two rods along a common axis was provided. In that system, the conventional actuator enabled the loading of the model’s piston rod. Tests were carried out at different values of pressure and speed within the full motion range. Based on the prototype’s volumetric efficiency measurement results, the operation of the tested actuator featuring the elements made of plastic was proved correct. The theoretical and experimental research on the hydraulic actuator confirm the possibility of applying plastics as a construction material in devices of that type. The use of the actuators’ design algorithm showed that it can provide a theoretical basis for the design method of the actuators made of plastics. The algorithm, however, requires modifications taking into account the special properties of plastics due to their anisotropic nature. The development of a definitive method is planned in the context of further research. Additionally, the future development of a design solution for a cylinder of smaller dimensions, which could provide an alternative to traditional low-pressure actuators or pneumatic actuators. The future research direction is the analysis of the processes taking place in the individual parts of the plastic cylinders. A challenge of some kind may be to select sealing’s that will ensure long and trouble-free operation of the actuators.


2019 ◽  
Vol 11 (3) ◽  
pp. 10-16
Author(s):  
Elena A. Rusinova

Sergei Mikhailovich Eisenstein is not only a great filmmaker but also one of the first theorists of cinema, whose ideas have not lost their significance to this day. Exploration of Eisensteins theoretical heritage reveals the relevance of many of his propositions based both on the practical experience of the director and on his theoretical conclusions and even insights.Such ideas include, in particular, the concept of audiovisual counterpoint introduced by Eisenstein in the famous manifesto Budushchee zvukovoi fil'my. Zaiavka (Statement on Sound) of 1928. In this manifesto, a number of provisions expressed the authors' concern about the possible non-cinematic use of sound in films, and at the same time, the future possibilities of sound in cinema. In particular, it was argued that only the counter-punctual use of sound in relation to the visual editing piece gives new opportunities for montage development and improvement. Subsequently, Eisenstein clarified or even revised some of the points put forward in 1928. With the experience gained in the sound field of filmmaking and the logical development of theoretical research, the idea of audiovisual counterpoint as a cinematic method grows into the problem of artistic imagery, and the contrasting of image and sound becomes part of the task of creating polyphonic (polysemantic) audiovisual solutions in a motion picture. The essay discusses the relevance of Eisenstein's ideas within contemporary artistic and theoretical contexts.


2014 ◽  
Vol 1065-1069 ◽  
pp. 2832-2835
Author(s):  
Jing Zhuo Qin

Urban sprawl studies involve various subject areas, including the urban geography, economics, sociology and ecology, etc. and it is a common topic focused by the geographers, planners, environmentalists, land economists, etc. At present, the land expansion in most cities of China is too fast, presenting the extensive economic development and urbanization model of the land extensive operation. It is badly in need of theoretical studies on the urban sprawl. In this paper, the existing domestic and foreign theoretical studies on the urban sprawl are analyzed and evaluated, and combining the overall planning of Kunming City, the urban sprawl phenomenon in Kunming is analyzed.


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