D. Balakin

发表

Numerical Methods for Computing Plausibility and Belief Distributions of Consequences of a Subjective Model of Object of Research

D. Balakin, 2018 .

On the possibility of a considerable quality improvement of a quantum ghost image by sensing in the object arm

Moscow, D. A. Balakin, Russia, 2019, 1904.03402.

Mathematical Processing of Quantum Images in a Biphoton Setup via Measurement Reduction

A. V. Belinsky, D. Balakin, 2020, Moscow University Physics Bulletin.

Extraction of additional information during quantum ghost imaging and its processing

A. V. Belinsky, D. Balakin, 2020, Quantum Information Processing.

Quantum Images with Super-Resolution

D. Balakin, A. Belinsky, 2015 .

Measurement Reduction in the Presence of Subjective Information

Y. Pyt’ev, D. Balakin, 2018, Mathematical Models and Computer Simulations.

Numerical Methods for Computing Plausibility and Belief Distributions of Consequences of a Subjective Model of Object of Research

D. Balakin, 2018, Computational Mathematics and Mathematical Physics.

A comparative analysis of reduction quality for probabilistic and possibilistic measurement models

Yu. P. Pyt’ev, D. A. Balakin, Y. Pyt’ev, 2017 .

Diffraction Structure of Quantum Ghost Images

A. V. Belinsky, D. Balakin, 2021, Journal of Experimental and Theoretical Physics.

The formation of quantum images and their transformation and super-resolution reading

A. V. Belinsky, D. Balakin, 2016 .

Reduction of Video Data at Translation of a Registered Object Relative to Video Sensors Based on the Eigenbasis of Interpretation Model

Y. Pyt’ev, D. Balakin, 2022, Pattern Recognition and Image Analysis.

Reduction of Video Data to the Form Typical for Measurements of the Research Object by an Ideal Sensor Based on the Eigenbasis of the Interpretation Model

Y. Pyt’ev, D. Balakin, 2021, Pattern Recognition and Image Analysis.

Reduction of Images to the Form Typical for Measuring the Distribution of Object Transparency with Subjective Information about Its Sparsity in a Given Basis

D. A. Balakin, D. Balakin, 2020 .

Object reconstruction from multiplexed quantum ghost images using reduction technique

D. A. Balakin, A. V. Belinsky, A. S. Chirkin, 2018, Quantum Inf. Process..

A comparative analysis of reduction quality for probabilistic and possibilistic measurement models

Y. Pyt’ev, D. Balakin, 2017, Moscow University Physics Bulletin.

Imaging in Ghost Fiber Endoscopy by the Measurement Reduction Technique

P. Gostev, D. Balakin, A. Chirkin, 2022, Journal of Experimental and Theoretical Physics.

Reduction of Multiplexed Quantum Ghost Images

D. A. Balakin, A. V. Belinsky, D. Balakin, 2019, Moscow University Physics Bulletin.

Improvement of an optical image by the measurement reduction technique at parametric multiplexing

D. A. Balakin, Faculty of Physics, A. S. Chirkin M. V. Lomonosov Moscow State University, 2018, Journal of the Optical Society of America B.

The formation of quantum images and their transformation and super-resolution reading

A. V. Belinsky, D. Balakin, 2016, Journal of Experimental and Theoretical Physics.

Quantum Images with Super-Resolution

D. Balakin, A. Belinsky, 2015, Journal of Russian Laser Research.

Improvement of the optical image reconstruction based on multiplexed quantum ghost images

A. V. Belinsky, A. Chirkin, D. Balakin, 2017 .

Correlations of Multiplexed Quantum Ghost Images and Improvement of the Quality of Restored Image

D. Balakin, A. Chirkin, A. Belinsky, 2017, 1808.00091.