Headings of the journal
"Educational Resources and Technologies"

Annotation: The technique of solving problems on a practical training on discipline «Discrete mathematics and mathematical logic» developed and applied in practice in the universities of the Perm region

Annotation: The article outlines the features of additional education in the field of transport. It is shown that the division of learning normative and creative. It shows the hierarchy of the structure of educational material. The content of different types of testing with additional education. The necessity of taking into account cognitive factors in learning. Noting the importance of spatial information for situational training. It is shown that flexible training is the most effective

Annotation: The paper deals with features of situational control in the rail sector. Revealed three areas of management: organizational, technological, and intellectual. Shown that extensive use of contingency management information modeling methods. Highlighted the importance of geoinformatics and remote sensing techniques for situational control rail. It is shown that the intellectual situation management is most effective.

Annotation: The article reveals the content and features of the network of educational resources. It is shown that network resources solve the problems of education and the challenges of supporting educational technology. Describes three strategies for the use of network educational resources. Describes three types of network resources. It is shown that the update network of educational resources is characterized by cycles. Describes two options for dealing with network resources, «thick» and «thin» client. Article shows that modern network education resources are widely used various emulators. However, this complicates the learning process, as it requires additional development of emulators.

Annotation: Experimental verification of the proton beam dose distributions Monte-Carlo calculation in IThMC code is considered. The scattering model is shown to be chosen and implemented in IThMC code correctly, and this code could be used to verify dose distributions calculation in treatment planning systems for proton therapy