Scientific journal

Название журнала на английском ISSN 2500-0802

ПИ №ФС77-61154

The monograph expounds basic principles of non-classical probabilistic-statistical method of psychologicpedagogical research, which describes probabilistic-statistical model of student behavior in the process of learning, probabilistic-statistical scaling technique and student knowledge estimation procedure; the results of theoretical and experimental investigation of students behavior in the process of learning have been generalized and recommendations for optimizing the structure of higher education system have been made. It is shown that determinism of human consciousness and thus determinism of human knowledge of the world around is realized trough randomness. This is due to the fact that such cognitive processes as sensation, perception, memory, thinking and imagination, which are present in consciousness structure, involve elements of randomness, caused by random nature of mental and physical state of individual in the process of activity and also by psychological, physiological and information noises, which accompany brain activity. According to probabilistic-statistical model student is identiﬁed by distribution function (probability density), which deﬁnes probability to ﬁnd him in a single area of information space of coordinates, velocities and accelerations of various orders. According to probability conservation law a system of differential equations was written down. These equations characterize student behavior in the process of learning and have the form of continuity equations, which link probability density alteration per a time unit in information space of coordinates and kinematic values of different order with divergence of probability density ﬂow. Explicit form of distribution function have been found, it has a form of superposition of two-dimensional waves, spreading out in information space of coordinates and velocities. Probabilistic-statistical scaling technique is based on use of measurement scale, represented as an ordinal system , where A is ordered set of objects (individuals), which have characteristics of interest (empiric system with relations); LΨ is function space (space of distribution functions) with relations; F is operation of homomorphous mapping of A into subsystem LΨ; G is group of possible alterations; f is operation of mapping of distribution functions from subsystem LΨ onto numeric systems with relations of n-dimensional space M. According to this technique each distribution function is associated with a set of numbers, corresponding to moments of these distribution functions, this simpliﬁes student knowledge estimation procedure. Student knowledge estimation procedure includes the following steps: to ﬁnd student individual distribution function on the results of examination, such as test; to calculate moments of these distribution functions; to range students by the level of knowledge, comparing moments of different orders of their individual distribution functions. It is established, that rate of change of expectation (ﬁrst moment of distribution function) in information space is directly proportional to impact function of teaching staff on student and is inversely proportional to student resistance function, which describes resistance of expectation to change position in space (similar to Aristotle’s law in mechanics). As a result of implementation of probabilistic-statistical method in psychologic-pedagogical research of students learning process an experimental distribution function have been derived for batch of students for each year of education. Dispersion of these distribution functions over time would increase and functions would begin to overlap. Overlapping of distribution functions come into particular prominence for students batches of second and third, third and forth, forth and ﬁfth years, moreover, overlapping would increase from year to year, this indicates that heterogeneity by level of knowledge in students collectives would increase. Thus, to improve quality of students education in higher educational institutions it is reasonable to use principle of staged education with branching. This principle is aimed to provide the best conditions for realization of each student’s capabilities as well as to condition optimization of structure of higher education system. Based on principal of staged education with branching speciﬁc recommendations are provided on optimization of two-level higher education system structure, which is being adopted in Russia in accordance with the Law of the Russian Federation “On Education”.