Editorial     

Reneée McCauley  Sally Finches 《Computer Science Education》2013,23(1-2)

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How can pre-service primary teachers' perspectives contribute to a pedagogy that problematises the ‘practical’ in teacher education?     

Déirdre Ní Chróinín  Ailbhe Kenny  Elaine Murtagh  Elaine Vaughan 《Irish Educational Studies》2013,32(2):251-267

This study examined pre-service primary teachers' perspectives on teaching and learning experiences within college-based courses in ‘practical’ subject areas within a teacher education programme. Following three individual lectures (one each in art, music and physical education), pre-service teachers (n=11) participated in focus group interviews sharing their perspectives on the teaching and learning experiences. These data were analysed thematically and supported by teacher educators' (n=3) planning and reflection documentation. Although the problematic nature of the ‘practical’ suggests appeal and peril of the ‘practical’, the important nature of negotiating the ‘practical’ to enhance student learning is apparent. Students emphasised the value of practical engagement and expressed a strong preference for working in groups to create a safe learning environment to develop confidence and competence. These insights suggest key aspects of a pedagogy of teacher education in these ‘practical’ areas. The importance of being aware of and, in some cases, challenging student perspectives on how they learn best in these curricular areas is discussed.  相似文献   

Time spent on new songs: word-of-mouth and price effects on teenager consumption     

Noémi Berlin  Anna Bernard  Guillaume Fürst 《Journal of Cultural Economics》2015,39(2):205-218

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Polarography     

V.?LakshminarayananEmail author 《Resonance》2004,9(9):51-61

J Heyrovsky’s invention of polarography in which a dropping mercury electrode is used in the electrochemical cell revolutionised electroanalysis, study of electrode kinetics and adsorption studies on mercury electrodes. Polarography has also directly contributed to the development of new and innovative ideas in electrochemical techniques, instrumentation and applications  相似文献   

Protection of the information resources of a library based on analysis of business processes     

Z. V. Rodionova  L. K. Bobrov 《Scientific and Technical Information Processing》2016,43(1):20-27

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Cooperative cataloging: History and the current state     

M. V. Stegaeva 《Scientific and Technical Information Processing》2016,43(1):28-35

This paper considers the history of the emergence and development of cooperative cataloging in Russia and abroad and presents the first projects and programs in the field of cooperative cataloging: CONSER, NACO, BIBCO, and PCC. It elucidates the activity of the OCLC Center and Consortium of European Scientific Libraries, which are the first-rate international cooperative associations, as well as the ARBIKON Association and LIBNET centers which are Russian centers of cooperative cataloging.  相似文献   

Information and information technologies as applied in political strategy modeling     

A. V. Aleinikov  D. A. Mal’tseva  V. P. Miletskii 《Scientific and Technical Information Processing》2016,43(2):106-114

This paper analyzes modern information technologies as applied in the political environment and considers the content and peculiarities of using IT programs in strategic political modeling.  相似文献   

The problem of the construction of an automated control system in a Russian higher-education institution     

S. V. Butsyk  R. V. Kolbin  A. A. Ruzakov 《Scientific and Technical Information Processing》2016,43(3):194-198

The problem of the construction of the optimal model of the automated control system of a Russian higher-education institution (the ACS of an RHEI) is studied. This term appeared in the 1970s–1980s and served as the beginning of a project that covered more than 50 of the largest higher-education institutions of the country and is also relevant today. Two main approaches to construction of an automated control system of Russian higher-education institutions are specified, viz., the development of a system using its own resources and the use of the product from a third-party developer. Examples of the application of these approaches are given and the structure of the elements (modules) of the systems is described. The necessity to search for the optimal structure of the elements included in the ACS of an RHEI is specified for most educational organizations taking their dimensions into account and their specific sectoral character, as well as the total expenditures for the acquisition (development) and support of the systems. An example of the structure of the optimal model and a third (combined) approach to its construction is given.  相似文献   

On the development of the scientific work monitoring system at higher educational institutions     

V. I. Dorofeeva  A. G. Motin  D. N. Nikol’skii  Yu. S. Fedyaev 《Scientific and Technical Information Processing》2016,43(3):166-173

The main aspects of the creation of a monitoring system for the research activities of the members of a higher-education institution are considered. The scientific activities of the lecturers and members of Turgenev Orel State University is used as the basis. It is expected that this system will be an efficient tool for optimal managerial decisions at all levels.  相似文献   

Smart structures and materials     

V. K. Wadhawan 《Resonance》2005,10(11):27-41

A structure is an assembly that serves an engineering function. It is reasonable to expect that all engineering design should be smart, and not dumb. But one can still make a distinction between smartly designed structures and smart structures. The latter term has acquired a specific technical meaning over the last few decades. A smart structure is that which has the ability to respond adaptively in a pre-designed useful and efficient manner to changes in environmental conditions, including any changes in its own condition; the response is adaptive in the sense that two or more stimuli or inputs may be received as anticipated and yet there is a single response function as per design. Smartness ensures that the structure gives optimum performance under a variety of environmental conditions. While structures with some degree of smartness have been designed from times immemorial, the current activity and excitement in this field derives its impetus from the level of sophistication achieved in materials science, information technology, measurement science, sensors, actuators, signal processing, nanotechnology, cybernetics, artificial intelligence, and biomimetics.  相似文献