Querying Cadastral Parcel Data Defined by Inspire Uri Model by Using Qr Code : Turkish Case Study (original) (raw)

Cadastral Systems on the World Wide Web: A Multi-Purpose Vision

1999

The World Wide Web (WWW) is now a reliable and efficient source of information worldwide. With this in mind, traditional cadastral systems are looking to the WWW as a tool that will better serve the users of land information. As such, this paper will outline the developments of modern cadastral systems and in particular, online cadastral systems and the increasing

Towards an Automated Information System for Cadastral Survey in Egypt

2005

SUMMARY Cadastre systems which are a subset of spatial information systems, aim at identifying and maintaining legal boundaries of properties, also provide information related to nature, size, and ownership of land use and elements. The fundamental structure for collecting, storing, and retrieving information in cadastre systems is the cadastral parcel. It will not be possible to design a global cadastral system suitable for any case and all circumstances. This is true specially when considering the socio-economic basic conditions, which are different from country to country. The different forms of land tenure and the legal situation in this field give the framework for cadastral systems, and how to carry out its technical features. The present form of cadastral system in Egypt, usually suffers some deficiencies such as the limiting capabilities for providing data, database updating; the very slow rate, with a lot of routine in carrying out the cadastral functions, tasks, and their ...

Cadastre: The Key Component in Urban Based Information Systems

2004

The most important component needed in realizing a sustainable land development is a parcel-based data which acquired from the cadastral records. These data define not only size, shape, location, value of the real estate but also land-related rights, restrictions and responsibilities. While cadastre provides a guarantee and protects landowner's rights in many countries, it is also used for new land policy aims. Therefore, cadastre plays an important role on states in order to develop and supply new services such as spatial-based information systems in urban areas. Urban Information Systems (UIS) can be considered as an implementation of GIS in urban extent. It is an effective tool for local authorities with respect to manage urban relevant data and well-qualified service offer. Many geospatial data should be examined at the same time in UIS because of land planning, development and other decision-making procedures. However, land parcel-based information is very significant within this entire management task. From land taxation to environmental works in urban areas, cadastral documents are the main references which are always needed for a meaningful decision-making. Because cadastre is a methodically arranged public inventory of data concerning properties within a certain area, up-to-date cadastral data should be available for any time. If such data is in a digital form then it could be more valuable for an UIS application. But, the availability of cadastral data is also depending on the existing institutional structure and data use policy of a certain country as well. In this paper, firstly, the role of cadastral data in urban information procedures will be emphasized, and then the data quality and legal issues of introducing cadastral data to UIS applications of Turkey will be examined with regard to an organizational perspective. TS21

Dynamic Publishing of Cadastral Data on the WEB Using GML Model Schemas

As web content is increasingly generated dynamically, the development of web-based dynamic applications proves to be extremely beneficial for a wide range of social, scientific and commercial activities. The term "dynamic" actually refers to database-driven applications, which allow dynamic creation of web pages from information requested from the database. Examples of web applications with this functionality include E-commerce applications such as online stores, and business-to-business (B2B) support products.

Web GIS: Technologies and its applications

Distributing geospatial information on the Internet is an enforcing factor for information providers. Internet allows all levels of society to access geospatial information, and provides a media for processing geo-related information with no location restrictions. Web-based GIS is evolved from different Web maps and client-server architecture to distributed ones. As such, Internet reshapes all functions of information systems including: gathering, storing, retrieving, analyzing, and visualizing data. The high cost of GIS system, the release of system specific databases, and the enormous software developer efforts on upgrading the system are fading with the introduction of web-based GIS. Moreover, disseminating spatial information on the Internet improves the decision-making processes.

Research issues in integrated querying of geometric and thematic cadastral information (1)

2000

This document describes di erent types of research oriented applications with respect to querying cadastral information. Most applications require both the geometric and thematic/legal aspects of the cadastral information. The work described in this document has been done in the context of the 'Cadastral query tool' system in the rst quarter of the year 2000. First a short summary of the architecture of the query tool system is given, followed b y an overview of the cadastral data model. Then, the research aspects of the following queries will be described in more detail: nd neighbors of parcels owned by the province of North-Holland, selecting parcels with monument, legal noti cations due to NAM pipelines, and nding potential agricultural parcels suitable for exchange.

SCHOOL OF ENGINEERING DEPARTMENT OF GEOMATICS ENGINEERING GENERATION OF 3D MULTIPURPOSE CADASTRAL INFORMATION SYSTEM INTEGRATED WITH ADDRESS LOCATOR APPLYING ESRI CITY ENGINE FOR EASTERN PART OF BOLE KEBELE, ADAMA CITY

The main subject matter of this project is to prepare a digital cadastral information system integrated with an address locator for part of Adama city particularly in Keble 04, western Adama Science and Technology University. The project demarcated block and parcel boundaries, constructed building models and finally integrated an address locator using aerial photo captured by Ethiopian information network security agency (INSA) in 2005 EC. A very recent software, CityEngine which is basically used for urban planning is used to model the buildings. Different spatial and non-spatial data are used by the project. The cadastral map layer extracted from the aerial image that has 15cm. elevation & horizontal dimension of the buildings are obtained by field measurement. Non-spatial data such as information regarding to the site area, parcels and buildings is also obtained from kebele 04 and the residents. The first activity for the project was preparing a plan and schedule considering the important data, the scope and duration of the project and financial capability. Reconnaissance survey was the next stage to have a mental map of the area. Digitization of parcel boundary, block boundary, building footprint, road corners, electric pol and the location of water meter is executed beside socioeconomic data collection. The three dimensional model construction and texturing the interface is done using CityEngine software on the next stage. After finishing the 3D structure, the file is imported into ArcScene and finally an address locator is established and the collected and organized socio-economic data is combined with the relevant feature. The output of this project will benefit the society and the municipality of Adama city by producing a hard copy cadastral map and a soft copy cadastral information system which will retrieve a required information regarding to a parcel and building. It also firmly use the society to easily access the address of a house for various emergence or non-emergence service.

Creating the Cartographic Database and Informatization of the Systematic Cadastre Works Process

Bulletin of University of Agricultural Sciences and Veterinary Medicine Cluj-Napoca. Horticulture, 2019

The main objective of this paper is to correlate the current cartographic database with the old one, in the systematic cadastral works. Implementing a GIS and a geodatabase containing the cartographic database is necessary for identifying the buildings in the systematic cadastral works. In order to obtain the actual mapping database, a Phantom 4 PRO drone was used, with a 20 mp resolution camera. For determining the ground reference points there were used two South S82V GPS receivers with double frequency L1, L2, in base-rover radio mode. The existing cartographic database has been taken over from the Cadastre and Land Registration Office and integrated into the newly created geodatabase. With a unique GIS database, the process of identifying new buildings with old land data is done in a fast and efficient way. The accuracy of the new cartographic database provides greater security identifications, which can be affected even in the office, especially for those owners who have not submitted the stage of identifying the land. The exploitation of UAV photogrammetric measurements come in support of specialists carrying out systematic cadastre works, especially in the context of the low price per building imposed by the National Agency of Cadastre and Real Estate Advertising.

Web-based Visualization and Query of semantically segmented multiresolution 3D Models in the Field of Cultural Heritage

ISPRS Annals of Photogrammetry, Remote Sensing and Spatial Information Sciences, 2014

Many important Cultural Heritage sites have been studied over long periods of time by different means of technical equipment, methods and intentions by different researchers. This has led to huge amounts of heterogeneous "traditional" datasets and formats. The rising popularity of 3D models in the field of Cultural Heritage in recent years has brought additional data formats and makes it even more necessary to find solutions to manage, publish and study these data in an integrated way. The MayaArch3D project aims to realize such an integrative approach by establishing a web-based research platform bringing spatial and non-spatial databases together and providing visualization and analysis tools. Especially the 3D components of the platform use hierarchical segmentation concepts to structure the data and to perform queries on semantic entities. This paper presents a database schema to organize not only segmented models but also different Levels-of-Details and other representations of the same entity. It is further implemented in a spatial database which allows the storing of georeferenced 3D data. This enables organization and queries by semantic, geometric and spatial properties. As service for the delivery of the segmented models a standardization candidate of the OpenGeospatialConsortium (OGC), the Web3DService (W3DS) has been extended to cope with the new database schema and deliver a web friendly format for WebGL rendering. Finally a generic user interface is presented which uses the segments as navigation metaphor to browse and query the semantic segmentation levels and retrieve information from an external database of the German Archaeological Institute (DAI).

A Web Based Automation of Cadastral Survey Workflow and File Tracking System

Currently, the checking of cadastral survey files at the Survey of Kenya land survey division is analogue. This has led to challenges in handling the ever increasing cadastral survey jobs submitted by the surveyors for quality checking and processing. Modern survey techniques for carrying out the field survey pose another challenge as the section is not adequately equipped to handle the ever evolving technological advancement of the post-colonial times. The main goal of this study is to develop a web based cadastral survey workflow and file tracking system at Survey of Kenya and if implemented, will support all cadastral survey workflows hence address the delays experienced in the land survey division and reduce the interaction between the clients and the officers. It will make use of information technology by use of internet and mobile technologies in disseminating the information to the end users. A Land Information Management System (LIMS) is an information system that enables the capture, management, and analysis of geographically referenced land-related data in order to produce land information for decision-making in land administration and management.