Academic literature on the topic 'Digital cadastral map'
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Journal articles on the topic "Digital cadastral map"
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Cvijetinovic, Z., M. Avramovic, and D. Mihajlovic. "Digital cadastral map as foundation of coordinate based cadastre of Serbia." Survey Review 47, no. 343 (September 23, 2014): 241–55. http://dx.doi.org/10.1179/1752270614y.0000000131.
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Hashim, N. M., A. H. Omar, K. M. Omar, N. M. Abdullah, and M. H. M. Yatim. "CADASTRAL POSITIONING ACCURACY IMPROVEMENT: A CASE STUDY IN MALAYSIA." ISPRS - International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences XLII-4/W1 (September 30, 2016): 265–70. http://dx.doi.org/10.5194/isprs-archives-xlii-4-w1-265-2016.
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Cadastral map is a parcel-based information which is specifically designed to define the limitation of boundaries. In Malaysia, the cadastral map is under authority of the Department of Surveying and Mapping Malaysia (DSMM). With the growth of spatial based technology especially Geographical Information System (GIS), DSMM decided to modernize and reform its cadastral legacy datasets by generating an accurate digital based representation of cadastral parcels. These legacy databases usually are derived from paper parcel maps known as certified plan. The cadastral modernization will result in the new cadastral database no longer being based on single and static parcel paper maps, but on a global digital map. Despite the strict process of the cadastral modernization, this reform has raised unexpected queries that remain essential to be addressed. The main focus of this study is to review the issues that have been generated by this transition. The transformed cadastral database should be additionally treated to minimize inherent errors and to fit them to the new satellite based coordinate system with high positional accuracy. This review result will be applied as a foundation for investigation to study the systematic and effectiveness method for Positional Accuracy Improvement (PAI) in cadastral database modernization.
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Zeng, Zhen Hua. "The Primary Exploration for the Using of South CASS7.0 Mapping System Drawing Profile Map." Advanced Materials Research 243-249 (May 2011): 26–31. http://dx.doi.org/10.4028/www.scientific.net/amr.243-249.26.
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Southern surveying and mapping instruments company CASS terrain, cadastral mapping software is based on AutoCAD platform technology of digital mapping data acquisition system. Widely used to terrain mapping, cadastral mapping, engineering survey three major areas of application, by using terrain mapping, cadastral mapping software of CASS7.0,the author explored a method about using terrain mapping, cadastral mapping software of CASS7.0 to drawing profile map, through the application for line project theoretical and practical research to achieve the desired effect, solved the problem by using terrain mapping, cadastral mapping software of CASS7.0.
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KAZACHENKO, L., R. CHUBUKIN, and V. KAZACHENKO. "GIS-technologies in the creation of planned geodesic basics for developing a general plan of a population." Modern achievements of geodesic science and industry 42, no. II (September 1, 2021): 67–75. http://dx.doi.org/10.33841/1819-1339-2-42-67-75.
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Purpose. The application of geodetic measuring systems and geodetic software in creating a planned geodetic basis for establishing the boundaries of the settlement or expanding its boundaries requires a modern cartographic basis in digital form and created a master plan. Methodology. This is achieved through geodetic measurements and computer processing of their results. GIS technologies and remote sensing in this case help to solve the problem quickly, accurately, efficiently and with the least time and money. Old cartographic materials, according to which geodetic surveys were carried out and which served as a basis for obsolete, do not meet modern requirements for the creation of cartographic products. Therefore, there is a need to update cartographic materials in new digital formats and enter in the created database of the State Land and Urban Cadastre, ie to fill the state cadastral system with information layers. The created information layers of the Public cadastral map and the Digitals software simplify the solution of problems of geodesy, cartography and land management. Entering information into the databases of the State Geocadastre and Urban Cadastre requires the creation of modern digital cartographic materials and electronic documents. DBNs adopted in Ukraine dictate certain requirements for the creation and design of appropriate cartographic materials for the development of Master Plans of settlements. Results. Geodetic surveys were performed on the research territory by electronic measuring systems and the results of measurements in the software were processed. The constructed plan-height substantiation of the territory of the settlement made it possible to create a digital map (model) of the area – CMM in a very short time. Scientific novelty. Such Digital maps are the basis for the creation of various cartographic materials in electronic form and can serve various purposes of the national economy. Such digital maps with the help of GIS technologies can be the filling of electronic resources of different industries and serve to fill different types of information about certain objects, phenomena, ie to monitor the land. Practical significance. The result of the study was the creation of a digital map of the settlement and entry in the databases of the State Land and Urban Cadastre information about the boundaries and structure by developing appropriate urban and land management documentation.
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Gopikrishnan, T., and S. S. Ramakrishnan. "Projection analysis for cadastral mapping." Boletim de Ciências Geodésicas 19, no. 4 (December 2013): 729–45. http://dx.doi.org/10.1590/s1982-217020130004000013.
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Maps are created for different purposes. Among the various types of maps, cadastral maps are created by cadastral surveying. Cadastral maps are used for management of land and land-related activities by Government organisations or other institutions in various countries. Cadastral map making is both an art and a science, and the data about a surveyed land parcel are collected and incorporated in cadastral maps. Technological development has resulted in the development of simple methods for cadastral mapping. The Indian cadastral system for the state of Tamil Nadu is described in this paper. The challenges of conversion while scanning conventional paper-based land records to make digital records are explained. The procedure for selecting an appropriate projection system for scanned digital conventional records is elaborated on. A statistical application for identifying the nature of the data is shown. An inverse ranking system is used to identify a suitable projection system. Projection research is important in cadastral mapping when digitally processing a large number of land records in a country. The described method is effective for identification of a suitable projection system.
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Poornima, A., R. Jagadeeswaran, Balaji Kannan, and R. Sivasamy. "Generating cadastral base for Kolathupalayam village in Tamil Nadu from high resolution LISS IV sensor data." Journal of Applied and Natural Science 8, no. 4 (December 1, 2016): 2007–10. http://dx.doi.org/10.31018/jans.v8i4.1078.
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In the present study an attempt was made to generate cadastral base from high resolution satellite image (LISS IV) and to integrate with land use land cover information. The digital cadastral map with survey number for Kolathupalayam village in Erode district of Tamil Nadu was scanned, digitized and parcels were extracted. Similarly parcels or field boundaries were digitized and extracted from satellite image and were statistically compared by area. The area obtained from both the source through digitization correlated well with a pearson correlation of 0.87 and it was significant at 5 per cent. Thus, the area comparisons from both methods are significant indicating boundaries of individual fields generated from satellite image matched well with the one generated from cadastral map. The cadastral base generated from satellite image was overlaid on the classified image (level III output) to identify and generate land cover information against each survey number. Thus, the LISS IV data can be used for the identification and extraction of cadastral boundaries with good accuracy.
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Gagnon, Roy. "Cadastral plotting by similarity transformation." CISM journal 42, no. 2 (July 1988): 121–25. http://dx.doi.org/10.1139/geomat-1988-0011.
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Cadastral maps generated from digitizing tabloids have too many sources of error to be reliable when plotted at large scales. To improve the 1:1000 cadastral map, three numerical methods were tested during twenty-seven mapping projects. The systems studied were: complex number similarity transformation, simultaneous similarity transformation, and iterative similarity transformation. There were several “human interface” difficulties with the computer routines but all of the programs were found to be reliable, and cost effective. All of the resulting cadastral maps are in daily use. Numerical transformation was found superior to digital methods of cadastral compilation.
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Demidova, Polina, Olga Kolesnik, and Hasan Al Fatin. "3D Modelling in solution of cadastral and geodetic tasks." E3S Web of Conferences 164 (2020): 07014. http://dx.doi.org/10.1051/e3sconf/202016407014.
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The main purpose of this study is demonstrating possibilities of using 3D modelling in solving scientific and practical problems et the field of geodesy and cadastre. Increasing number of publications on this topic among Russian and foreign authors are shown. The article considers examples of creating three-dimensional models for the purposes of cadastre and geodesy. A 3D model of cadastral registration of a complex object (gas station) in the specialized software ArchiCad together with Google Earth is presented. The composition of each stage and data set of each “step” of cadastral works in relation to such objects in Russian Federation are proposed. The article considers shortcomings of legal regulation in relation to 3D cadastre at the present stage. In addition, three-dimensional models of the Dukan reservoir (Iraq), showing water levels at different times, were modelled. They based on digital data obtained from the digitized contour map. And it were used such software products like GlobalMapper, ArcMap and ArcScene. After analyzing the regulatory sources, conclusions about the lack of legal regulation in relation to the 3D cadastre in the Russian Federation were made.
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Hashim, N. M., A. H. Omar, K. M. Omar, M. A. Abbas, M. A. Mustafar, and S. A. Sulaiman. "CADASTRAL POSITIONING ACCURACY IMPROVEMENT (PAI): A CASE STUDY OF PRE-REQUISITE DATA QUALITY ASSURANCE." ISPRS - International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences XLII-4/W16 (October 1, 2019): 255–60. http://dx.doi.org/10.5194/isprs-archives-xlii-4-w16-255-2019.
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Abstract. Nowadays, there is an increasing need for comprehensive spatial data management especially digital cadastral database (DCDB). Previously, the cadastral database is in hard copy map, then converted into digital format and subsequently updated. Theoretically, these legacy datasets have relatively low positional accuracy caused by limitation of traditional measurement, adjustment technique and technology changes over time. With the growth of spatial based technology especially Geographical Information System (GIS) and Global Navigation Satellite System (GNSS) the Positional Accuracy Improvement (PAI) to the legacy cadastral database is inevitable. PAI is the refining process of the geometry feature in a geospatial dataset through integration between legacy and higher accuracy dataset to improve its actual position. However, by merely integrating both datasets will lead to a distortion of the relative geometry. Thus, an organized method is required to minimize inherent errors in fitting to the new accurate dataset. The focus of this study is to design a comprehensive data preparation for legacy cadastral datasets improvement. The elements of datum traceability, cadastral error propagation and weightage setting in adjustment will be focused to achieve the targeted objective. The proposed result can be applied as a foundation for PAI approach in cadastral database modernization.
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Zakir Najafova, Narmin. "PROCEDURE OF TENDENCY MAP ON THE BASIS OF GEOGRAPHICAL INFORMATION SYSTEM OF JALILABAD CADASTRY DISTRICT." SCIENTIFIC WORK 66, no. 05 (May 20, 2021): 77–80. http://dx.doi.org/10.36719/2663-4619/66/77-80.
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As the inclination increases, soil erosion and, in general, the process of erosion on the slopes intensifies, the moisture content of the soil and soil-forming rocks decreases, the growth of agricultural crops and pastures weakens, and productivity decreases. Taking all this into account, we have developed a slope map with degrees based on the digital elevation model of the Jalilabad cadastral region (DEM file). Slope study and mapping is one of the key measures to protect soils from erosion as well as to combat erosion. When the slope reaches 3-4°, the washing of the soil is even faster. It is not recommended to plow the fields when the slope is 8-10° and more. From this point of view, as a result of our research, the inclination of the Jalilabad cadastral region has been studied. The lowest inclination range in the study area is 0-20. Low inclination is observed mainly in the plains of Jalilabad cadastral region. As you ascend to the heights, there is an increase in inclination. Taking into account the propensity in agriculture can lead to high yields. Key words: Inclination, Slope, Erosion, Geographic Information System (GIS), ESRI, ArcGis
Dissertations / Theses on the topic "Digital cadastral map"
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Šimečková, Radka. "Přepracování katastrálního operátu v katastrálním území Zakřany." Master's thesis, Vysoké učení technické v Brně. Fakulta stavební, 2013. http://www.nusl.cz/ntk/nusl-226217.
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Master´s thesis is about cadastral documentation supersession by revising in the cadastral territory Zakřany. It focuses specifically on the built-up area of the village where is still valid cadastral map in analog form created during technical-economic mapping. The datas provided by the Cadastral Workplace “Brno – venkov“ and own outside measurements were converted to the digital form. The aim of this thesis is creating a digital cadastral map with using MicroGEOS Nautilus programme. Whole data management procedure was carried out in accordance with current legislation.
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Bednář, Adam. "Obnova mapováním v katastrálním území Senetářov." Master's thesis, Vysoké učení technické v Brně. Fakulta stavební, 2012. http://www.nusl.cz/ntk/nusl-225426.
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This thesis deals with the renewal of the cadastre documentation by mapping. It is analysing all stages of the reconstruction. These stages have been demonstrated on a sketch of cadastral area of Senetářov. On the basis of acquired results a digital cadastral map has been drawed up in the programme of MicroGEOS Nautil by automated techniques.
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Martinková, Ludmila. "Přepracování katastrálního operátu v katastrálním území Blansko." Master's thesis, Vysoké učení technické v Brně. Fakulta stavební, 2012. http://www.nusl.cz/ntk/nusl-225415.
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Master´s thesis is about cadastral documentation supersession by revising in part of the cadastral territory Blansko. A cadastral map made by Instruction A is revised to concept of a digital cadastral map. Current status of the data file of geodetic and descriptive information from the cadastre information system and records detailed measurements of changes based in the documentation cadastral department Blansko are used. Planimetric coordinates of cadastral map in vector format were focused in the field for control. Thesis contain a comparison of size of parcels owned paper and the graphic file.
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Čečotková, Kristýna. "Zaměření části obce Kotvrdovice pro obnovu katastrálního operátu." Master's thesis, Vysoké učení technické v Brně. Fakulta stavební, 2014. http://www.nusl.cz/ntk/nusl-227123.
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The subjekt of this thesis is measuring of the urban area of Kotvrdovice, where was to displacements development to the existing analog cadastral map. The aim is develop a foundation that will serve as a basis for cadastral office Blansko, in negotiations with the owners for the detection of bounderies. The work includes individual processes work (measuring, calculations and graphics processing) and verification minor geodetic control, that has been developed within the theses in previous years.
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Hlávka, Miroslav. "Zaměření části obce Kotvrdovice pro obnovu katastrálního operátu." Master's thesis, Vysoké učení technické v Brně. Fakulta stavební, 2014. http://www.nusl.cz/ntk/nusl-227134.
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This thesis deals with the renewal of the cadastral documentation by reprocessing in part of cadastral area Kotvrdovice. In this part of the building is anticipated to shift existing cadastral map, for reasons of historical development during the Second World War. There are described the various processing activities and problems that have occurred during processing. For processing was used software VKM2.
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Buršíková, Monika. "Přepracování katastrálního operátu v katastrálním území Zakřany." Master's thesis, Vysoké učení technické v Brně. Fakulta stavební, 2013. http://www.nusl.cz/ntk/nusl-226210.
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This thesis deals with renewal of cadastral documentation in cadastral area of Zakřany. The area of interest is only the urban part of village of Zakřany. The documentation of non-urban areas was renewed based on complex land adjustment resulting in a digital cadastral map valid from October 8, 2012. In the urban area the original analog cadastral map in scale 1:2000 is still valid. This map was created based on results of technical-economical mapping in 1969. Parcels still registered in so called simplified register will be removed based on maps of former land cadastre. The result of the master's thesis will be draft of digital cadastral map created in MicroGEOS Nautil program.
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Vacková, Eva. "Tvorba digitální katastrální mapy v části katastrálního území Vilantice." Master's thesis, Vysoké učení technické v Brně. Fakulta stavební, 2012. http://www.nusl.cz/ntk/nusl-225598.
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The Aim of this master`s thesis was creation of a digital cadastral map in the part of cadastre unit Vilantice, in Chotěborky. There is an analog cadastral map scale 1:2 880 in the cadastre unit Vilantice currently. Review and completion of the positional point field was done by technology of global navigation satellite system and terrestrial methods. Result of this master`s thesis were the documentation of the review and completion of the positional point field, mapping sketches and vector file of a digital cadastral map.
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Svobodová, Veronika. "Obnova katastrálního operátu v katastrálním území Lomnice u Tišnova." Master's thesis, Vysoké učení technické v Brně. Fakulta stavební, 2014. http://www.nusl.cz/ntk/nusl-226583.
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This diploma thesis describes the procedure of renewal of the cadastre documentation by remaking original maps. Redesigned location is Lomnice u Tišnova, more precisely its urban area. For this area is still valid map in the scale of 1:2880. Digitalization of analogue maps is one of the most important tasks in the cadastre department. On the basis of these facts, this diploma thesis was created in this cadastre territory and the official renewal of these territory maps has been set on the 2015. The external area of the territory is already a digital cadastre map. Renewal of the cadastre documentation was guided by the cadastre documentation renewal guide with the latest changes. The result of this diploma thesis is a project of digital form of the cadastre map, created in MicroGEOS Nautil software.
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Tolášová, Pavlína. "Obnova katastrálního operátu v katastrálním území Lomnice u Tišnova." Master's thesis, Vysoké učení technické v Brně. Fakulta stavební, 2014. http://www.nusl.cz/ntk/nusl-226757.
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The master’s thesis deals with renewal of the cadastre documentation by revision of analogue map in the map scale 1:2 880 in cadastral unit Lomnice u Tišnova. The area of interest is built-up area because rural area was revised by complex land consolidation. The analogue map is revised to digital map based on the Instruction for renewal of the cadastre documentation and the conversion as amended. The result of this master’s thesis is a design of the digital form of the cadastral map created in MicroGEOS Nautil and comparison of the parcel area shown on owner's folio with the parcel area determined from the graphical file.
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Holm, Josefine. "Kvalitetsbrister i den digitala registerkartan - den praktiska användningen och dess konsekvenser : I Dalarnas- och Gävleborgs län." Thesis, Högskolan i Gävle, Samhällsbyggnad, 2019. http://urn.kb.se/resolve?urn=urn:nbn:se:hig:diva-29895.
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Samhällets utveckling mot ett allt mer digitaliserat samhälle, medför en ökad användning och efterfrågan av digitalt kartmaterial. Den ökade tillgången till lätthanterlig teknologi för karthantering gör dessutom att det digitala kartmaterialet med lätthet kan användas av allmänheten. Registerkartan som är en del av fastighetsregistrets allmänna del regleras främst i lag om fastighetsregistret och förordningen om fastighetsregister. Registerkartan redovisar bland annat, gränser och beteckningar för fastigheter och samfälligheter, områden för servitut, nyttjanderätter, ledningsrätter, vägrätt och planer. Digitala registerkartan används ofta av myndigheter, kommuner och andra yrkesverksamma för att utföra olika arbeten där en digital redovisning av fastighetsgränser är nödvändig. I detta arbete har yrkesverksammas användning av digitala registerkartan inom fem olika verksamhetsområden studerats för att undersöka hur användningen av registerkartan kan påverka de enskilda fastighetsägarna, ekonomiskt och juridiskt. Syftet med denna studie var att skapa underlag för att förbättra riktlinjerna kring användningen av den digitala registerkartan och för att motivera en mer enhetlig och rättssäker handläggning inom samhällsbyggnadsprocessen. Målet med studien var att kartlägga yrkesverksammas användning av digitala registerkartan för att kunna dra slutsatser om möjliga juridiska och ekonomiska konsekvenser som kan påverka fastighetsägarna. Studiens resultat genererades i huvudsak från en kvalitativ intervjustudie där tjugotre respondenter deltagit. Utöver denna intervjustudie har en dokumentstudie genomförts för att studera de yrkesverksammas befintliga riktlinjer. Av det insamlade resultatet framgick det att det finns en stor variation på användningsområden och hanteringssätt av registerkartan. Men också att kunskapen och insikten i materialet varierade. Vilket kan medföra en oenhetlig hantering som kan bidra till att fastighetsägarna påverkas ekonomiskt och juridiskt. Slutsatsen av detta arbete var att det finns stora behov av att ta fram enhetliga riktlinjer och information om registerkartan för att säkerställa att registerkartan används på ett anpassat sätt i förhållande till dess varierande kvalitet.The development of society towards an increasingly digitalized society leads to an increased use and demand for digital map material. The increased access to easy-to-use map management technology also makes it possible for the digital map material to be easily used by the public. The cadastral index map, which is part of the property register's general part is regulated primarily in the “lag om fastighetsregister” and ”förordning om fastighetsregister”. The cadastral index map shows, among other things, boundaries and designations for real estate joint property unit, areas for easement, rights of use, utility easement, right of way, as well as plans and more. The cadastral index map is often used, by other authorities, municipalities and other professionals, to perform various tasks where a digital accounting of real estate boundaries is necessary. In this work, employers' use of the cadastral index maps in five different areas of activity has been studied, to see how the use of the cadastral index map can affect the individual property owners financially and legally. The purpose of this study was to create a basis for improving the guidelines on the use of the cadastral index map and to motivate a more uniform and legal-safe handling of the social construction process. The aim of the study was to map the employers' use of the cadastral index map in order to draw conclusions about possible legal and economic consequences that could affect the property owners. The study's results were mainly generated from a qualitative interview study where twenty-three respondents participated. In addition to this interview study, a document study has been conducted to study the existing guidelines of the professionals. From the collected results it appeared that there was a great variety of areas of use and handling methods for the cadastral index map. But also that knowledge and insight into the material varied. Which can lead to an inconsistent management that can contribute to the property owners being legally and financially affected. The conclusion of this was that there is a great need to produce uniform guidelines and information on the cadastral index map to ensure that the register map is used in a customized manner in relation to its shortcomings.
Books on the topic "Digital cadastral map"
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North Carolina. Land Records Management Program. Technical specifications for base, cadastral, and digital mapping. [Raleigh]: The Program, 1987.
Find full textBook chapters on the topic "Digital cadastral map"
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Parida, P. K., M. K. Sanabada, and Sandeep Tripathi. "The Digital Cadastral Map/Layer Generation and Conclusive Titling of Land Parcels Using Hybrid Technology (Aerial/High-Resolution Image (HRSI) and DGPS and ETS Survey) Adopted by Govt. of Odisha Under Digital India Land Record Modernization Programme (DILRMP), Govt. of India—The Technical Challenges and Solutions." In Lecture Notes in Civil Engineering, 439–59. Singapore: Springer Singapore, 2019. http://dx.doi.org/10.1007/978-981-13-7067-0_34.
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El-Mekawy, Mohamed, and Anders Östman. "A Unified Building Model for a Real 3D Cadastral System." In Geospatial Research, 543–70. IGI Global, 2016. http://dx.doi.org/10.4018/978-1-4666-9845-1.ch024.
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Cadastral systems today are mostly based on digitally represented 2D parcel maps or land registries of 3D components referenced to different documents. With clear limitations to this method, this chapter focuses on creating 3D property information based on existing 3D building models. It starts by investigating shortages of the most prominent semantic building models for BIM and geospatial models (IFC and CityGML, respectively) as well as a pre-developed Unified Building Model (UBM). The result shows that neither one of the three has capabilities for complete 3D cadastre systems. The chapter proposes an extension to the UBM by adding four subtypes to the boundary surfaces above- and under-ground, namely “Building Elements,” “Digging,” “Protecting Area,” and “Real Estate Boundary.” The extended UBM is then implemented in a case study of a hospital building in Sweden and shown to be able to model all surfaces that define 3D cadastral information of buildings. The extended UBM is argued to contribute to e-planning in cities and urban applications as well as to 3D cadastral applications.
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El-Mekawy, Mohamed, and Anders Östman. "A Unified Building Model for a Real 3D Cadastral System." In Advances in Civil and Industrial Engineering, 252–79. IGI Global, 2015. http://dx.doi.org/10.4018/978-1-4666-8150-7.ch012.
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Cadastral systems today are mostly based on digitally represented 2D parcel maps or land registries of 3D components referenced to different documents. With clear limitations to this method, this chapter focuses on creating 3D property information based on existing 3D building models. It starts by investigating shortages of the most prominent semantic building models for BIM and geospatial models (IFC and CityGML, respectively) as well as a pre-developed Unified Building Model (UBM). The result shows that neither one of the three has capabilities for complete 3D cadastre systems. The chapter proposes an extension to the UBM by adding four subtypes to the boundary surfaces above- and under-ground, namely “Building Elements,” “Digging,” “Protecting Area,” and “Real Estate Boundary.” The extended UBM is then implemented in a case study of a hospital building in Sweden and shown to be able to model all surfaces that define 3D cadastral information of buildings. The extended UBM is argued to contribute to e-planning in cities and urban applications as well as to 3D cadastral applications.
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Psenner, Angelika. "Spatial Representation of Vienna’s Street-Level Environment." In Digital Cities, 259–78. Oxford University Press, 2020. http://dx.doi.org/10.1093/oso/9780190498900.003.0013.
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As conventional cadastral maps only show building perimeters, they contain no information about a city’s internal structure—that is, about the complex interplay of architecture and its social and economic engagement. Urban planning seems to have little consideration for what goes on inside the buildings lining a street. The method of Urban Parterre Modeling described in this chapter refers to the city’s ground floor as a holistic urban system, covering both built-up and non-built-up areas. Street, ground floor, and inner courtyard are treated as separate entities, which brings out the interrelations between them, as it becomes clear that actual and potential ground-floor uses directly impact the correlated public street space. The chapter describes the development of the model and its present and future applications.
Conference papers on the topic "Digital cadastral map"
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Kim, Jungyeop, and Sungeon Hong. "Development of digital watermarking technology to protect cadastral map information." In the 2nd International Conference. New York, New York, USA: ACM Press, 2009. http://dx.doi.org/10.1145/1655925.1656093.
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Nica, Dragos-Constantin. "ASPECTS ON DIGITAL CADASTRAL MAP OF IASI CITY CREATED BY MEANS OF DIGITAL PHOTOGRAMMETRY TECHNIQUE." In 14th SGEM GeoConference on INFORMATICS, GEOINFORMATICS AND REMOTE SENSING. Stef92 Technology, 2014. http://dx.doi.org/10.5593/sgem2014/b23/s10.003.
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Busko, Małgorzata. "Updated Land Use in the Modernization of the Cadastre – Analysis of the Surveying and Legal Procedures and the Financial Consequences." In Environmental Engineering. VGTU Technika, 2017. http://dx.doi.org/10.3846/enviro.2017.175.
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Land uses are features of the cadastral database. When carrying out the modernization of the cadastre, their update is necessary, according to the Regulation on the register of land and buildings, applicable in Poland. The Regulation sets out the principles for assigning land use categories to given land. The manner of land use carries specific consequences for the owner, namely, it is the determinant of the tax rate which, together with the surface area of the land, results in a specified amount of annual tax liabilities. For this reason, defining the type and extent of land use in the real estate cadastre raises intense feelings. Here, the affairs of land owners, who wish to incur the lowest possible costs associated with the possessed property, and of the municipality – the beneficiary of the property tax, are in contradiction. The article presents the procedure for updating land uses during the modernization of the cadastre. According to the Regulation on the register of land and buildings, a digital description of the contour of land use may be drawn up, based on the results of field measurements, digitization of the analog map or the processed aerial photographs. In the project, which is the basis of this article, the sources of information on the land uses included the cadastral map in the analog form as well as surveying and cartographic materials from individual surveying tasks. However, the content of the current orthophotomap, prepared for the modernization of the cadastre, and the data from the field surveys were of the greatest importance.
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Bertan, E., M. Gokmen, and G. Moreau. "Automatic 3D Roof Reconstruction using Digital Cadastral Map, Architectural Knowledge and an Aerial Image." In 2006 IEEE International Symposium on Geoscience and Remote Sensing. IEEE, 2006. http://dx.doi.org/10.1109/igarss.2006.365.
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Gniadek, Jacek, Robert Szewczyk, and Izabela Piech. "The Role of the Land Layout Parameters and Production Efficiency in the Evaluation and Shaping of the Spatial Structure of Land." In Environmental Engineering. VGTU Technika, 2017. http://dx.doi.org/10.3846/enviro.2017.191.
Full textAbstract:
The article contains the results of the plots layout research in the farms of the selected object in the southern Poland. The basic surface element adopted for the research, were continuous parts of the registry plots covered by one form of use. To carry out tests on such a large number of plots specialized computer programs used, which use data from the digital cadastral map and the descriptive part of the land and buildings registry documentation kept in digital system. The applied technology allowed obtaining more than 70 features, characterizing each analyzed plot. Detailed studies included the 15 basic features of plots layout, first four of which determine the spatial parameters of the plot, three features relate to the estimated costs of cultivation dependent on its layout, the next two describe the location of the plot in the village and in the farm, and the last five characterize the farm, that owns the plot. The obtained result allowed the identification of positive and negative aspects of the tested ground system indicating the necessary changes in terms of its improvement.
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Surzhikov, V. I. "К ВОПРОСУ ОЦЕНКИ ЭКОНОМИЧЕСКОГО И СОЦИАЛЬНОГО УЩЕРБА ОТ НАВОДНЕНИЙ." In GEOGRAFICHESKIE I GEOEKOLOGICHESKIE ISSLEDOVANIIA NA DAL`NEM VOSTOKE. ИП Мироманова Ирина Витальевна, 2019. http://dx.doi.org/10.35735/tig.2019.97.29.018.
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В статье приведены результаты анализа работ отечественных авторов, посвященных оценке экономического и социального ущерба, наносимого опасными гидрологическими явлениями (наводнениями). Все методики носят рекомендательный характер. Авторами принимаются во внимание различные факторы, влияющие на размер ущерба. Использование различных критериев, составляющих ущерб, приводит к получению разных цифр. Большинство методик не являются комплексными, не учитывают региональную специфику. Чаще всего определяется только реальный или прогнозный прямой ущерб, в то время как косвенный ущерб не рассчитывается. Преобладают оценки экономического ущерба в связи с ориентацией статистики на учет материальных ценностей. Социальный ущерб от наводнений оценить сложнее. Однако ущерб здоровью пострадавших от наводнений людей представляет не меньшую проблему, чем ущерб экономики. В статье отмечается, что для минимизации негативного воздействия, наносимого опасными гидрологическими явлениями (наводнениями), чрезвычайно важным является определение территорий потенциально подверженных риску наводнений. Выделено три этапа. На первом этапе требуется создание банка гидрометеорологических данных (превышение опасной отметки уровня воды и случаи затопления близлежащего населённого пункта, максимальные уровни, расходы воды, водного режима). На втором этапе производятся гидрологические расчеты, определяются уровни и расходы воды разной процентной обеспеченности. На третьем этапе на основе данных дистанционного зондирования земли строится цифровой рельеф исследуемой территории, изолинии рельефа нужной детальности, карта зон затопления (на основе рассчитанных уровня и расхода воды разной процентной обеспеченности), определяются площади затопления при 1 и 10 обеспеченности. Завершающим шагом является добавление таких данных Публичной кадастровой карты, как площадь земельного участка, его кадастровая стоимость и вид разрешенного использования. Используя нормативы укрупненных удельных показателей стоимости прямого ущерба в расчете на 1 га затопляемой площади населенных пунктов, возможно рассчитать прогнозный экономический ущерб. Для расчета прогнозного социального ущерба потребуются данные численности населения, проживающего в прогнозируемых зонах затопления, его половозрастной состав, занятость.The article presents the results of an analysis of the works of domestic authors on the assessment of economic and social damage caused by dangerous hydrological phenomena (floods). All methods are advisory in nature. The authors take into account various factors affecting the amount of damage. The use of various criteria constituting the damage leads to different numbers. Most of the methods are not complex, do not take into account regional specifics. Most often, only real or forecast direct damage is determined, while indirect damage is not calculated. Estimates of economic damage prevail in connection with the orientation of statistics on accounting for material values. Social damage from floods is more difficult to assess. However, the damage to the health of people affected by floods is no less a problem than damage to the economy. The article notes that in order to minimize the negative impact caused by hazardous hydrological events (floods), it is extremely important to identify areas that are potentially at risk of floods. Three stages are distinguished. At the first stage, the creation of a hydrometeorological data bank is required (excess of a dangerous water level mark and cases of flooding of a nearby settlement, maximum levels, water discharge, water regime). At the second stage, hydrological calculations are made, the levels and discharges of water of different interest rates are determined. At the third stage, based on the data of remote sensing of the earth, a digital topography of the study area, contour contours of the required detail, a map of flood zones (based on the calculated level and flow rate of water with different percentage coverage) are built, and the flood areas are determined at 1 and 10 coverage. The final step is to add such data of the Public Cadastral Map as the area of the land plot, its cadastral value and type of permitted use. Using the standards of aggregated specific indicators of the cost of direct damage per 1 ha of flooded area of settlements, it is possible to calculate the predicted economic damage. To calculate the predicted social damage, you will need data on the number of people living in the forecasted flood zones, their gender and age composition, and employment.
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Gniadek, Jacek, and Robert Szewczyk. "Compliance of the Plots Elongation Parameter in the Study of the Spatial Structure of Land." In Environmental Engineering. VGTU Technika, 2017. http://dx.doi.org/10.3846/enviro.2017.192.
Full textAbstract:
The study will present the results of research, including comparative analysis of the parameters of spatial shaping of plots, obtained by two independent methods for the same area: The first method – commonly used in studies of the spatial structure, requiring the use of several information tools and the second one – simpler with different methodological approach. The starting material will be the data included in the descriptive part of the real estate cadastre and on the digital map of the land and buildings registry. The basic element of the research will be continuous parts of parcels covered by one form of use. Detailed analysis will concern determination of the scale of differences for the studied parameters in both methodological variants. As a consequence this will determine the possibility of interchangeability of both methods in the works related to the assessment of rural land systems.