The use of anamorphosis cartographic models  for geodata analysis

Andrieiev, Sergey; Zhilіn, Volodymyr; Melnyk, Alina

doi:10.20998/2522-9052.2019.3.01

Cited by 2 publications

(2 citation statements)

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“…Географічні карти використовуються безпосередньо людиною з певними індивідуальними фізіологією, психологією та професійним досвідом. Тому слід враховувати параметри, що забезпечують досягнення необхідної достовірності, точності та повноти змісту: наочність, читаність, виразність, гармонійність оформлення [1][2][3][4][5][6][7]. Отже, останніми роками у зв'язку з впровадженням у картографію ГІС-технологій оформлення географічних карт виконується з використанням світлотіньового зображення рельєфу в поєднанні з гіпсометричним забарвленням [8].…”

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Methodology for constructing hypsometric cartographic relief models according to the Earth remote sensing data

Andrieiev¹,

Zhilіn²

2020

A.I.S.

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Section: вступunclassified

Methodology for constructing hypsometric cartographic relief models according to the Earth remote sensing data

Andrieiev¹,

Zhilіn²

2020

A.I.S.

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“…Formulation of the problem. It is known that the implementation of effective management of the modern city requires timely receipt of data, which is ensured by appropriate monitoring [1][2][3][4][5]. One of the main requirements for such monitoring is the efficiency and reliability of the data obtained.…”

Section: Introductionmentioning

confidence: 99%

Construction of Information Technology for Development of Knowledge Base on Identification of Urban Structures on Digital Space and Aerial Photographs in the Urban Environment Monitoring

Pustovarov

2020

A.I.S.

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Ab s t r a c t. The efficiency and quality of modern city management are directly linked to the relevant monitoring. Improving the efficiency and validity of the obtained data on the urban environment is possible due to the automation of the system of urban objects identification on digital space and aerial photographs, which involves determining their changes. Therefore, a knowledge base (data), which consists of a set of rules, facts, an inference mechanism that can be implemented through the use of deep neural network or hybrid (fuzzy neural network) models, is therefore needed. This academic paper proposes the technology of formal presentation of the information technology construction for the development of a knowledge base on the identification of urban structures on digital space and aerial photographs in automated monitoring of the urban environment. The developed technology identifies an interdependent set of phases, with the possibility of further parallelization of sub-stages, taking into account the peculiarities of knowledge representation (formalization) on the identification of urban structures on digital space and aerial photographs in automated monitoring of the urban environment. K e ywor d s : information technology; knowledge base; deep neural network; fuzzy set; automated monitoring; urban environment.

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The use of anamorphosis cartographic models for geodata analysis

Cited by 2 publications

References 0 publications

Methodology for constructing hypsometric cartographic relief models according to the Earth remote sensing data

Methodology for constructing hypsometric cartographic relief models according to the Earth remote sensing data

Construction of Information Technology for Development of Knowledge Base on Identification of Urban Structures on Digital Space and Aerial Photographs in the Urban Environment Monitoring

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