Patents

Method for Prevention of Venous Thromboembolia in Patients with Cervical Cancer

The invention relates to medicine, namely to oncology, and can be used to prevent venous thromboembolia in patients with cervical cancer. For this purpose, a patient receives low molecular weight heparins (LMWH) in prophylactic doses considering the risk factors. The LMWH dose is prescribed from the first day of hospitalization considering the drug recalculation factor depending on the stage of disease and tumor histological subtype: at stage I of cervical cancer with unchanged coagulogram, a prophylactic LMWH dose with a coefficient equal to 1 is prescribed, and in the presence of high thrombosis in this group of patients, a prophylactic LMWH dose with a coefficient of 1.25 is prescribed; for patients with stage II squamous cell cervical cancer, a prophylactic LMWH dose with a coefficient of 1.25 is prescribed, and for stages III and IV, prophylactic LMWH dose with a coefficient of 1.5 is prescribed; for patients with stage II cervical adenocarcinoma and adenosquamous cervical carcinoma, a prophylactic LMWH dose with a coefficient of 1.5; for patients with stages III and IV cervical adenocarcinoma and adenosquamous cervical carcinoma, a prophylactic LMWH dose with a coefficient of 1.75 is prescribed. The invention allows to prevent development of complications, extend and improve the quality of life of patients undergoing surgery for cervical cancer.

Stuklov Nikolai Sushinskaya Tatyana

Program for modelling and calculating the stationary probabilities of states of the cold backup duplicated system

The program is designed to support research and development as an auxiliary applied software tool for numerical and graphical analysis of the stationary distribution sensitivity of the duplicated technical systems states probabilities to the form of the distribution functions of fail-safe time and repair of their elements.

D.V.Kozyrev

Calculation of guided wave modes for planar multilayer thin-film waveguides

The program is used to calculate the guided wave modes of planar multilayer optical waveguides. The program is written in Python 3 using the interactive I-python Notebook shell and contains auxiliary functions for calculations.

A.L. Sevastyanov A.V.Korolkova D.S.Kulyabov M.N.Gevorkyan

Distributed decryption of the algorithms AES, DES, 3DES and RC6

The program is designed for distributed decryption of information, encrypted with AES, DES, 3DES, RC6 algorithms.

D.S.Kulyabov M.N.Gevorkyan Eli Torres Rondon Juan Carlos Gonzalez Antequero

Calculation of radiative subsonic modes for planar multilayer thin-film waveguides

The program is used to calculate subsonic modes of planar multilayer optical waveguides. The program is written in Python 3 using the interactive I-python Notebook shell and contains auxiliary functions for calculations.

A.L. Sevastyanov A.V.Korolkova D.S.Kulyabov M.N.Gevorkyan

Calculation of radiating cover modes for planar multilayer thin-film waveguides

The program is used to calculate the cover modes of planar multilayer optical waveguides. The program is written in Python 3 using the interactive I-python Notebook shell and contains auxiliary functions for calculations.

A.L. Sevastyanov A.V.Korolkova D.S.Kulyabov M.N.Gevorkyan

Simulation and numerical modelling of the GRED active traffic control module taking into account the self-consistent stochastic effect

The program is designed for numerical and simulation modelling of the parameters of the active control modules for the GRED type traffic.

A.V.Korolkova D.S.Kulyabov M.N.Gevorkyan H.R.Machuka

Calculation of the dispersion dependences for planar multilayer thin-film waveguides

The program is used to calculate the dispersion dependences for planar multilayer waveguides. The program is written in Python 3 using the interactive I-python Notebook shell and contains auxiliary functions for calculations.

A.L. Sevastyanov A.V.Korolkova D.S.Kulyabov M.N.Gevorkyan

Calculation of the characteristics of the service interruption of the wireless network with the radio frequencies for individual and joint use (with the contraction at the resources release)

The program is used as a tool for identification of the blocking and interruption probability for a model of a wireless network with radio frequencies for individual and joint use (with the contraction at the resources release).

I.A.Gudkova E.V.Markova D.S.Poluektov

Realization of the method of single-step processes stochastization

The program is designed to calculate the parameters of the following equations: Langevin, Fokker-Planck, the basic kinetic equation.

D.S.Kulyabov Ye.G.Eferina