Fuzzy view of environment
Fuzzy pogled na životno okruženje
Apstrakt
A period of fifty years has been reached since the introduction of the first applications based upon geographical information systems (GIS). GIS has not only influenced the development of methods, collection techniques, processing, manipulation and visualization of spatial data. It influenced also the expansion of scientific research in geosciences, as well as the technical disciplines that are engaged in spatial analysis. Nowadays, GIS is becoming the tool for verification and practical implementation of models and algorithms that have been developed within the frame of basic scientific disciplines. The meaning of the GIS acronym is becoming more and more related to term of Geographical or Geo Information Sciences. Scientific concepts that are increasingly applied in GIS are more emphasized in that way. GIS computational techniques, required also the development of geographical data models that should effectively support GIS operations. These models represent formal equivalents of con...ceptual models used by people in observing geographic phenomena. Spatial phenomena used to be mapped as clearly defined points with known coordinates, or as lines which connect the very same points, or as polygons with exactly defined borders. They were mapped previously in analog form and nowadays in digital format. This approach of perceiving a space, data analyses and visualization of spatial quires is limited on the application of basic rules of Boolean algebra and binary logic, with final results presented as classical thematic maps. The need for a mathematical model that would describe uncertainty of spatial data, resulted in the introduction of the theory of fuzzy sets in spatial analysis. Moreover, this model will provide a solution for visualization and grouping up of spatial phenomena in classes which do not have clearly defined borders.
Primena tehnologija Geografskih Informacionih Sistema (GIS) otvorila nove pristupe i metodologije u analizama prostornih podataka. Narastajuće potrebe za prostornim podacima i efikasnijim sredstvima za njihovu analizu mogu se zadovoljiti primenom geoinformatičkih tehnologija. Uporedo sa razvojem GIS-a, posebno u zadnjoj deceniji dvadesetog veka i početkom novog milenijuma, svedoci smo i ekspanzije tehnologija koje se bave prikupljanjem i transferom prostornih podatka. To je rezultovalo povećanjem obima dostupnih podataka ali i svesti o potrebi za kritičkim sagledavanjem kvaliteta podataka, pouzdanosti i ocene pogodnosti za upotrebu u specifičnim aplikacijama. To je dovelo i do promenama u konceptu sagledavanja i apstrakcije prostora, a s time i novim pristupima u geoprocesiranju prostornih podataka, vizuelizaciji rezultata prostornih analiza.
Ključne reči:
GIS / fuzzy logic / visualizationIzvor:
Zbornik radova Geografskog instituta "Jovan Cvijić", SANU, 2007, 57, 399-406Izdavač:
- Srpska akademija nauka i umetnosti SANU - Geografski institut 'Jovan Cvijić', Beograd
Institucija/grupa
GraFarTY - JOUR AU - Bajat, Branislav AU - Joksić, Dušan AU - Nedeljković, Zoran PY - 2007 UR - https://grafar.grf.bg.ac.rs/handle/123456789/149 AB - A period of fifty years has been reached since the introduction of the first applications based upon geographical information systems (GIS). GIS has not only influenced the development of methods, collection techniques, processing, manipulation and visualization of spatial data. It influenced also the expansion of scientific research in geosciences, as well as the technical disciplines that are engaged in spatial analysis. Nowadays, GIS is becoming the tool for verification and practical implementation of models and algorithms that have been developed within the frame of basic scientific disciplines. The meaning of the GIS acronym is becoming more and more related to term of Geographical or Geo Information Sciences. Scientific concepts that are increasingly applied in GIS are more emphasized in that way. GIS computational techniques, required also the development of geographical data models that should effectively support GIS operations. These models represent formal equivalents of conceptual models used by people in observing geographic phenomena. Spatial phenomena used to be mapped as clearly defined points with known coordinates, or as lines which connect the very same points, or as polygons with exactly defined borders. They were mapped previously in analog form and nowadays in digital format. This approach of perceiving a space, data analyses and visualization of spatial quires is limited on the application of basic rules of Boolean algebra and binary logic, with final results presented as classical thematic maps. The need for a mathematical model that would describe uncertainty of spatial data, resulted in the introduction of the theory of fuzzy sets in spatial analysis. Moreover, this model will provide a solution for visualization and grouping up of spatial phenomena in classes which do not have clearly defined borders. AB - Primena tehnologija Geografskih Informacionih Sistema (GIS) otvorila nove pristupe i metodologije u analizama prostornih podataka. Narastajuće potrebe za prostornim podacima i efikasnijim sredstvima za njihovu analizu mogu se zadovoljiti primenom geoinformatičkih tehnologija. Uporedo sa razvojem GIS-a, posebno u zadnjoj deceniji dvadesetog veka i početkom novog milenijuma, svedoci smo i ekspanzije tehnologija koje se bave prikupljanjem i transferom prostornih podatka. To je rezultovalo povećanjem obima dostupnih podataka ali i svesti o potrebi za kritičkim sagledavanjem kvaliteta podataka, pouzdanosti i ocene pogodnosti za upotrebu u specifičnim aplikacijama. To je dovelo i do promenama u konceptu sagledavanja i apstrakcije prostora, a s time i novim pristupima u geoprocesiranju prostornih podataka, vizuelizaciji rezultata prostornih analiza. PB - Srpska akademija nauka i umetnosti SANU - Geografski institut 'Jovan Cvijić', Beograd T2 - Zbornik radova Geografskog instituta "Jovan Cvijić", SANU T1 - Fuzzy view of environment T1 - Fuzzy pogled na životno okruženje EP - 406 IS - 57 SP - 399 DO - 10.2298/IJGI0757399B ER -
@article{ author = "Bajat, Branislav and Joksić, Dušan and Nedeljković, Zoran", year = "2007", abstract = "A period of fifty years has been reached since the introduction of the first applications based upon geographical information systems (GIS). GIS has not only influenced the development of methods, collection techniques, processing, manipulation and visualization of spatial data. It influenced also the expansion of scientific research in geosciences, as well as the technical disciplines that are engaged in spatial analysis. Nowadays, GIS is becoming the tool for verification and practical implementation of models and algorithms that have been developed within the frame of basic scientific disciplines. The meaning of the GIS acronym is becoming more and more related to term of Geographical or Geo Information Sciences. Scientific concepts that are increasingly applied in GIS are more emphasized in that way. GIS computational techniques, required also the development of geographical data models that should effectively support GIS operations. These models represent formal equivalents of conceptual models used by people in observing geographic phenomena. Spatial phenomena used to be mapped as clearly defined points with known coordinates, or as lines which connect the very same points, or as polygons with exactly defined borders. They were mapped previously in analog form and nowadays in digital format. This approach of perceiving a space, data analyses and visualization of spatial quires is limited on the application of basic rules of Boolean algebra and binary logic, with final results presented as classical thematic maps. The need for a mathematical model that would describe uncertainty of spatial data, resulted in the introduction of the theory of fuzzy sets in spatial analysis. Moreover, this model will provide a solution for visualization and grouping up of spatial phenomena in classes which do not have clearly defined borders., Primena tehnologija Geografskih Informacionih Sistema (GIS) otvorila nove pristupe i metodologije u analizama prostornih podataka. Narastajuće potrebe za prostornim podacima i efikasnijim sredstvima za njihovu analizu mogu se zadovoljiti primenom geoinformatičkih tehnologija. Uporedo sa razvojem GIS-a, posebno u zadnjoj deceniji dvadesetog veka i početkom novog milenijuma, svedoci smo i ekspanzije tehnologija koje se bave prikupljanjem i transferom prostornih podatka. To je rezultovalo povećanjem obima dostupnih podataka ali i svesti o potrebi za kritičkim sagledavanjem kvaliteta podataka, pouzdanosti i ocene pogodnosti za upotrebu u specifičnim aplikacijama. To je dovelo i do promenama u konceptu sagledavanja i apstrakcije prostora, a s time i novim pristupima u geoprocesiranju prostornih podataka, vizuelizaciji rezultata prostornih analiza.", publisher = "Srpska akademija nauka i umetnosti SANU - Geografski institut 'Jovan Cvijić', Beograd", journal = "Zbornik radova Geografskog instituta "Jovan Cvijić", SANU", title = "Fuzzy view of environment, Fuzzy pogled na životno okruženje", pages = "406-399", number = "57", doi = "10.2298/IJGI0757399B" }
Bajat, B., Joksić, D.,& Nedeljković, Z.. (2007). Fuzzy view of environment. in Zbornik radova Geografskog instituta "Jovan Cvijić", SANU Srpska akademija nauka i umetnosti SANU - Geografski institut 'Jovan Cvijić', Beograd.(57), 399-406. https://doi.org/10.2298/IJGI0757399B
Bajat B, Joksić D, Nedeljković Z. Fuzzy view of environment. in Zbornik radova Geografskog instituta "Jovan Cvijić", SANU. 2007;(57):399-406. doi:10.2298/IJGI0757399B .
Bajat, Branislav, Joksić, Dušan, Nedeljković, Zoran, "Fuzzy view of environment" in Zbornik radova Geografskog instituta "Jovan Cvijić", SANU, no. 57 (2007):399-406, https://doi.org/10.2298/IJGI0757399B . .