46 results on '"Milder, Oleg"'
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2. Gray Balance Adjusting in Electrophotography by Means of Discrete Geodesics of Gradation Surfaces
3. Gradation Surfaces as a Method for Multi-color Ink-Jet Printers Color Specifications Management
4. Ink-Jet Printer’s Characterization by 3D Gradation Trajectories on an Equidistant Color Difference Basis
5. BRANN forecast of superalloy tensile strength versus Larson–Miller parameter relation and its approximation by a sigmoidal function.
6. Introducing the lab-space density
7. Gradation Surfaces as a Method for Multi-color Ink-Jet Printers Color Specifications Management
8. Ink-Jet Printer’s Characterization by 3D Gradation Trajectories on an Equidistant Color Difference Basis
9. BRANN forecast of superalloy tensile strength versus Larson–Miller parameter relation and its approximation by a sigmoidal function
10. Detection of the liquid–liquid transitions in superalloys melts upon overheating and relaxation by the electromagnetic method.
11. A method of tone reproduction curves computation by means of gradation trajectories in the form of Bézier curves
12. Simulation of the nickel superalloys solvus temperature by the deep learning artificial neural network with differential layer.
13. Determining the ideal initial printing colorants in electrophotography by the discrete gradation trajectories
14. Data engineering, framework selection, and individual element contribution consideration in the alloy properties modeling by an artificial neural network
15. Deep learning in superalloys rupture strength simulation: Combining different test results
16. Determining the area of a letter using Bezier curves of the third order in matrix form
17. Determining perimeter of a letter with limited accuracy using splitted Bezier curves
18. Improved Analytical Equation for Calculating Nickel-Based Alloys Density
19. Modeling the influence of the composition of refractory elements on the heat resistance of nickel alloys by a deep learning artificial neural network.
20. Modeling the Tensile Strengths of Nickel-Based Superalloys at a Wide Range of Isothermal Exposures by Artificial Neural Networks
21. Modeling the influence of the composition of refractory elements on the heat resistance of nickel alloys by a deep learning artificial neural network
22. The Melt Heat Treatment and the Structural Changes in ZhS6U and Inconel 718
23. LLT structural changes in metal liquids as a basis for a thermal treatment technology of melts: a review
24. An accurate empirical formula for determining the density of heat-resistant nickel alloys
25. Modeling the Influence of the Composition of Refractory Elements on the Heat Resistance of Nickel Alloys by a Deep Learning Artificial Neural Network
26. An Iterative Algorithm for Determining the Arc Length of a High Order Flat Bezier Curve
27. A Limited Precision Method for Determining the Perimeter of a Flat Vector Object Using Bezier Curves
28. Determining the Ideal Initial Printing Colorants in Electrophotography by the Discrete Gradation Trajectories
29. Evaluation of color measurement accuracy and its dependence on time for hand‐held print‐art spectrophotometers
30. Basic Mathematics of Color Space Invariants
31. Detection of the LLT in Superalloys Melts Upon Overheating and Relaxation by the Electromagnetic Method
32. Gradation trajectories of ideal initial printing colorants in electrophotography: Discrete computation
33. Approximating heat resistance of nickel-based superalloys by a sigmoid
34. Modeling the heat resistance of nickel-based superalloys by a deep learning neural network
35. The inverse problem of spectral reflection prediction: Problems of framework selection
36. Printing paper as a reflector with idealized properties: How to link the paper industry and printing art
37. Modeling of changes in heat resistance of nickel-based alloys using Bayesian artificial neural networks
38. The forward problem of spectral reflection prediction: Mutual match between framework selection and the training set volume
39. The Inverse Problem of Spectral Reflection Prediction by Artificial Neural Networks: Neugebauers Primaries vs. Recipes
40. Application of Bayesian Artificial Neural Networks for Modeling the Dependence of Nickel-Based Superalloys' Ultimate Tensile Strength on Their Chemical Composition
41. Discrete Gradation Trajectories Computation in Electrophotography
42. Discrete Gradation Surfaces Computation in Electrophotography
43. Application of Artificial Neural Networks for the Replenishment of Nickel-Based Superalloys Catalogues
44. An Effect of the Paper Microelement Composition on Components of the Color Difference dE94 in Paper Whiteness Assesment
45. On the Direct Problem of Spectral Reflection Prediction by Artificial Neural Networks: Framework Selection
46. Inverse problem of spectral reflection prediction by artificial neural networks: Preliminary results
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