The talk will cover the current status of work on the development of the BIOHLIT information system (IS), which is being created within a joint project between MLIT and LRB JINR. The system is designed to create a convenient environment for storing, processing and automating the analysis of data from experiments aimed at studying the radiobiological effects of exposure to ionizing radiation at...
На базе методов компьютерного зрения разработаны алгоритмы анализа видеоданных полученных при проведении поведенческого теста «Водный лабиринт Морриса», который применяется для оценки функции памяти и обучения пространственной памяти, у мелких лабораторных животных. Работа велась в рамках совместного проекта ЛИТ и ЛРБ ОИЯИ. Для удобства и верификации правильности получаемых траекторий...
The research computer infrastructure for working with experimental MRI/fMRI data of the brain of a human or a laboratory animals is described:
- System "Neurovisualization" of the IAP "Digital Laboratory", with the involvement of the supercomputer of the Research Center KI as a computing resource;
- Additional software services based on the IAP "Digital Laboratory" that implement new methods...
Reconstruction of neutron spectra over a wide energy range from $10^-$$^8$ to $10^3$ MeV is very relevant for the purposes of ensuring radiation safety behind biological shields at high-energy accelerators and reactors. A Bonner multi-sphere spectrometer is used for measurements. However, to unfold the entire spectrum from the measurement data, it is necessary to solve the Fredholm integral...
The article proposes algorithms for the automatic diagnosis of the facts of human lung diseases with pneumonia and cancer based on images obtained by radiation irradiation, which allow making decisions with the necessary reliability, that is, by limiting the probabilities of making possible errors to a pre-planned level. The proposed algorithms have been tested using statistical simulation and...
*The general goal of dynamic modeling of complex systems is to reveal the patterns of their behavior in time and changes in time of the quantitative characteristics of interacting components. The key condition for the adequacy of the model to a real object is the correspondence between the structure of the model and the real system, as well as the correspondence of the form of equations to the...
