Analysis of the Practical Use of Geoinformation Systems for Territorial Management and Determination of Their Critical Properties

Chabaniuk, V.; Kolimasov, I.

doi:10.15407/kvt200.02.005

Cited by 5 publications

(9 citation statements)

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“…The Introduction lists all five properties of modern GIS that are called Critical (CP1-CP5) -those that, in the case of absence in resulting system, will be among the main reasons for the failure of a GIS project. At the same time [1] on the example of GIS previously created by abductive inferences, we proved the criticality of CP1-CP4 for the success of their implementation. In this article, we justify the Critical property five (CP5):…”

Section: An Example Of a Modern Atlas Gis (Agis)mentioning

confidence: 61%

“…Above, in addition to the abductive reasoning of the [1], inductive and/or deductive reasoning about the validity of the Critical properties (CP) of CP1-CP4 in modern GIS of large territories are given. The validity of CP5 is also given.…”

Section: Discussionmentioning

confidence: 99%

“…GeoSF SoFr is derived from ProSF (Project Solutions Framework) SoFr. ProSF was used in [1] to formulate CP4. It describes the use of ProSF SoFr for three projects of the so-called French-German Chornobyl Initiative (FGI).…”

Section: Critical Properties 4 (Cp4 -Solutions Framework) and 5 (Cp5 mentioning

confidence: 99%

“…The article [1] substantiates the need to implement four critical properties (CP) in geoinformation systems (GIS) designed to manage "large" territories:…”

Section: Introductionmentioning

confidence: 96%

“…To prove the "criticality" of CP1-CP4 for the GIS of "large" territory, we used the experience of creating the Radioecological GIS (RGIS) and the experience of coordinating three large projects of the French-German Chornobyl Initiative (FGI) [1]. In general, this is the work of the decade from 1996 to 2005 and this period coincides with the life cycle of the RGIS.…”

Section: Introductionmentioning

confidence: 99%

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Critical Properties of Modern Geographic Information Systems for Territorial Management

Chabaniuk¹,

Polyvach²

2020

Kibern. vyčisl. teh.

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Introduction. The issue of the "geographic information system" (GIS) definition is important both for the theory and practice of creating modern GIS of large territories. An analysis of modern studies has shown that most of the currently publicly available GIS definitions don't meet the needs of modern territorial GIS. The purpose of the paper is to prove the claim that for the management of territories in modern conditions should be used not GIS in the "narrow" sense, but GIS of the new generation, in particular GIS in the "broader" (extended) sense, for example Atlas Geoinformation Systems (AGIS), which correspond to a predetermined structure-Conceptual framework of Atlas Systems of Relational Cartography. Results. The term Atlas Geoinformation System is defined as GIS of large territories of a new generation. The concept of Atlas Geoinformation System (AGIS) is described. An example of AGIS of a certain class is given. We believe that it is important and useful for practitioners to use the results of this article in the creation of GIS of large territories. Theorists will get a better understanding of the field of geoinformatics research of the next generation, which would satisfy the requirements of modern times. Conclusions. Inductive and/or deductive inferences on the fairness of main critical properties in modern GIS of large territories are given. In the absence of one of the properties, we can say that there is a corresponding critical disadvantage of the GIS project of a large territory. The criticality is that in the absence of an appropriate property, the GIS project is likely to fail.

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Section: An Example Of a Modern Atlas Gis (Agis)mentioning

confidence: 61%

Section: Discussionmentioning

confidence: 99%

Section: Critical Properties 4 (Cp4 -Solutions Framework) and 5 (Cp5 mentioning

confidence: 99%

“…The article [1] substantiates the need to implement four critical properties (CP) in geoinformation systems (GIS) designed to manage "large" territories:…”

Section: Introductionmentioning

confidence: 96%

Section: Introductionmentioning

confidence: 99%

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Critical Properties of Modern Geographic Information Systems for Territorial Management

Chabaniuk¹,

Polyvach²

2020

Kibern. vyčisl. teh.

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National spatial data infrastructure (nsdi) of Ukraine: what are its actual, feasible and simultaneously "correct" models?

Chabaniuk¹,

Dyshlyk²

2021

ZKMZ

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The actual, feasible and simultaneously "correct" models of digital NSDI of Ukraine are considered in the work. A model of the existed digital NSDI system of Ukraine is named “actual”. This model already differs from the model defined by the [1]. As the latter is unlikely to be implemented in the near future, the issue of the digital feasible NSDI model of Ukraine in the next five years, which would take into account the actual model, is especially acute. In addition to feasibility, such a model must also be "correct", what is proposed in the article. The correct is called a model, the truth of which can be established by inductive or deductive reasoning. To do this, the correct model must be formalized enough so that everyone can verify the authors’ reasoning independently. Understanding both actual and correct models of NSDI of Ukraine will help to properly organize and develop actual Spatial Infrastructure Activities (SpIA) in Ukraine, including the real[1] implementation of the [1]. Although the results of the article call into question its feasibility and substantiate an alternative viewpoint on the automation problem of NGDI/NSDI/SpIA. However, we are convinced that it is still possible to change the alternative viewpoint to a cooperative one, if by means of by-laws the models of NGDI (Law), NSDI (article) and, finally, SpIA are agreed upon To prove the "correctness" of the feasible NSDI model, the theory of Relational cartography and its two main methods are used: Conceptual Frameworks and Solution Frameworks. In addition, the correspondence between Relational cartography and Model-Based Engineering is used. Key words: NSDI; product model; process model; actual, feasible and «correct» model. [1] Real. 1. Which exists in reality, true. Is used with: reality, life, existence, conditions, circumstances, fact, danger, force, wages, income. 2. One that can be implemented, executed: a real plan, a real program, a real task, a real deadline. 3. Which is based on taking into account and assessing the real conditions of reality: a real approach, a real view, a real policy.- accessed 2021-feb-14, http://slovopedia.org.ua/32/53408/32016.html (Ukrainian).

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Main conceptual provisions of the creation of an electronic state register of immovable cultural heritage of Ukraine. Part 2: processes

Chabaniuk¹,

Dyshlyk²,

Polyvach³

et al. 2022

ZKMZ

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Part 2 describes the processes of activities for the creation of a new modern electronic State Register of Immovable Cultural Heritage (CH) of Ukraine. They are part of the methodology based on AGIS-CH1 Solutions Framework (SoFr), where AGIS-CH1 represents the first queue of the hierarchically structured Atlas GeoInformation System (AGIS). AGIS-CH generally consists of four strata: Operational (w), Application (a), Conceptual (b) and General (g). The processes in the article refer to AGIS1 aSoFr, which determines the activities "between" AGIS1 subsystems of the Application and Operational strata. The processes related to bSoFr AGIS-CH1, which determines the activities "between" AGIS-CH1 subsystems of the Conceptual and Application strata, are also mentioned. AGIS-CH1 SoFr is defined by packages and relations between them of Publications-Products-Processes-Basics-Services "petrad". Packages Products-Processes-Basics and the relations between them are called the main triad of SoFr. This triad is the basis of the main conceptual provisions 1-3. They are formulated as follows: AGIS-CH1 SoFr.Products – provision 1, AGIS-CH1 SoFr.Processes – provision 2, AGIS-CH1 SoFr.Basics – provision 3. Part 2 describes AGIS-CH1 SoFr.Processes – development and quality assurance processes of AGIS-CH1, which corresponds to the Main Conceptual Provision 2.

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Analysis of the Practical Use of Geoinformation Systems for Territorial Management and Determination of Their Critical Properties

Cited by 5 publications

References 1 publication

Critical Properties of Modern Geographic Information Systems for Territorial Management

Critical Properties of Modern Geographic Information Systems for Territorial Management

National spatial data infrastructure (nsdi) of Ukraine: what are its actual, feasible and simultaneously "correct" models?

Main conceptual provisions of the creation of an electronic state register of immovable cultural heritage of Ukraine. Part 2: processes

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