One Tool for Building Visual Models

Tereshchenko, Vasyl

doi:10.1109/cssim.2009.55

Cited by 4 publications

(3 citation statements)

References 3 publications

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“…A set of merger procedures is defined by integrated problem, which is solved. In particular, in [21,22] have already been proposed merger effective procedures for problems such as the "convex hull", "triangulation", "Voronoi Proceedings of Applications of Computer and Information Sciences to Nature Research 2010 ACISNR 2010, May 5-7, 2010, Fredonia, New York, USA ACM Conference ID 2010-12980 diagram", "all nearest neighbours" and others. It should be noted here that the central place occupied by the merger procedures the Voronoi diagram and convex hull, and technique of their construction, because they are used to create procedures for mergers of other important geometric and applied problems solved by the proposed approach.…”

Section: Stage 3 Recursive Merge Of Results For Subsets (Recursive Amentioning

confidence: 99%

The system of common algorithmic space to create visual models of phenomena and processes

Tereshchenko

2010

Proceedings of the International Conference on Applications of Computer and Information Sciences to Nature Research

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Section: Stage 3 Recursive Merge Of Results For Subsets (Recursive Amentioning

confidence: 99%

The system of common algorithmic space to create visual models of phenomena and processes

Tereshchenko

2010

Proceedings of the International Conference on Applications of Computer and Information Sciences to Nature Research

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“…Current computer technologies allow formulation and solutions to a new intricate problem, which depends on construction of structured mathematical models of aircraft and methods of their solution. Achieving an accurate solution to this problem requires simultaneous solution of the whole complex of physical and geometric problems, which is based on considerable computational resources [16]. Our proposed solution is supported by the above approach, where there are, complex requirements for properties and parameters affecting the design process of a structured mathematical model of aircraft motion on computers.…”

Section: Structured Mathematical Model Of Speed and Angle Of Attack A...mentioning

confidence: 99%

Simulation of a Mathematical Model of an Aircraft Using Parallel Techniques (MPI and GPU)

Kvasnica¹

2022

Aeronautics - New Advances

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This chapter is focused on creation, accuracy, and simulation of two-parameter control of a mathematical model of motion of aircraft in a flying simulator. We are discussing many of the important advances in applied aircraft modeling. Modeling on various computer architectures (central, distributed, parallel) has an impact on a structure of a mathematical model of aircraft. An important part is the way of description of a numerical method and its accuracy, use of distributed memory system, and shared memory system are presented in the chapter. Motivation of this research is implementation of the general-purpose message passing interface and graphics processing units as inexpensive arithmetic-processing units bring a relevant amount of computing power to desktop personal computers. The chapter is focused on exploitation of parallel techniques of simulation features, computation time of parallel methods of implementation, and improved simulation of a continuous mathematical model of aircraft motion in a flying simulator. The use and application of modeling methods and parallel simulation techniques determine the structure of the mathematical model used in the flying simulator. The effectiveness of our solution is confirmed by providing simulation results obtained by two-parameter control of the mathematical model of aircraft motion.

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“…In particular, M. Shamos [26] proposed an efficient sequential algorithm for the solution of this problem on a uniprocessor computer in time q( log ) N N , and, in [1, 4,27], efficient parallel algorithms are described with time q (log ) 2 N . This efficiency is attained as a result of a detailed analysis of boundaries of Voronoi diagrams in the zone of the separating straight line.…”

Section: Merge Procedures For the Problem Of Construction Of A Voronoimentioning

confidence: 99%

Recursion and parallel algorithms in geometric modeling problems

Tereshchenko

Anisimov

2010

Cybern Syst Anal

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An efficient approach to the accurate computer modeling of phenomena and processes is discussed. The "divide-and-conquer" technique is used to develop a generalized parallel-recursive algorithm for simultaneous solution of a collection of interrelated problems that use a common unified data structure (weighted concatenable queue) at the merge stage. The decomposition stage is common and is executed only once for all tasks. These means are efficient and convenient for constructing and studying complex computational models.

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One Tool for Building Visual Models

Cited by 4 publications

References 3 publications

The system of common algorithmic space to create visual models of phenomena and processes

The system of common algorithmic space to create visual models of phenomena and processes

Simulation of a Mathematical Model of an Aircraft Using Parallel Techniques (MPI and GPU)

Recursion and parallel algorithms in geometric modeling problems

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