Intro
Preface
Organization
Steering Committee
Honorary Chair
Executive Chair
Program Committee Chair
Publication Chair
International Program Committee
Organizing Team
Organizers
Contents
Computational and Information Technologies
Formalization of Converting Processes and it Validation in Spatial Data Infrastructure
1 Introduction
2 The Main Conceptual Provisions on the Processes of Converting and Validating Spatial Data
3 Models of Converting Archived Spatial Data
3.1 General Formulation of the Problem

3.2 Geometric Component of SD Converting
3.3 Converting of Spatial and Attributive Information
3.4 Adequacy of Converting Results and Validation
4 Conclusion
References
Using Optimization to Construct Naturally Parametrized Curve with Cubic Curvature
1 Introduction
2 Problem Formulation
2.1 Geometric Model of the Problem
2.2 The System of Nonlinear Integral Equations
3 Optimization Problem and Algorithm for Its Solution
3.1 Optimization Problem
3.2 Algorithm for Solving the Optimization Problem
4 Computational Results
5 Conclusion
References

Relaxed Containment in Circular Packing Problems
1 Introduction
2 State-of-the-Art
3 Problem Formulation
4 Solution Algorithm
4.1 Constructing Starting Feasible Arrangements
4.2 Rearranging Circles
5 Computational Results
6 Conclusion
References
Phi-Functions for Objects Bounded by the Second-Order Curves and Their Application to Packing Problems
1 Introduction
2 Conditions of Objects Non-intersection
2.1 A System of Equations Defining Non-intersection Conditions
2.2 Non-intersection Conditions for an Ellipse and a Region Bounded by a Parabola

3 Conditions of an Object Containment in a Given Region
3.1 Conditions of a Circle Containment in an Ellipse
3.2 Conditions of an Ellipse Containment into an Ellipse
3.3 Conditions for an Ellipse Inclusion into a Region Bounded by a Parabola
4 An Application to Solving a Problem of Packing Circles into an Ellipse
5 Conclusion
References
Optimization of Design Process Based on 3D-Model
1 Introduction
2 The Main Statements of the Paper
3 Classification
3.1 1st Stage - Basic Information
3.2 2nd Stage - Conceptual Shaping
3.3 3rd Stage - System Design

3.4 4th Stage - Accompanying
3.5 Stage - Personal Assessment
4 Conclusion
References
Pulse Wave Propagation Velocity and Assessment of Arterial Vessel Elasticity
1 Introduction
2 Suggested Methodology for PWPV Assessing
3 Discussion of the Experimental Results
4 Conclusion
References
Mathematical Modeling of Signal Detection in Non-gaussian Correlated Noise
1 Introduction
2 Moment and Cumulant Models of Correlated Non-gaussian Processes
3 The Moment Quality Criterion Decision Making