• Corpus ID: 211167666

How to quickly detect the overlap and the consistency between LADM with LandInfra and LandXML

  title={How to quickly detect the overlap and the consistency between LADM with LandInfra and LandXML},
  author={Jacynthe Pouliot and C. Monney and Jens Ingensand and Suzie Larriv{\'e}e},
In this paper, we explore the schema matching techniques to compare the content of three geospatial standards which are LADM, LandInfra (InfraGML) and LandXML. Those standards all refer to the concept of “land” and we will try to quantify the similarity of them based on syntax and semantic comparison of the class names exposed in their respective schema. Consequently, we will demonstrate the applicability, the accuracy and the usefulness (rapidity and automation) of schema matching techniques… 

Figures and Tables from this paper

Moving Towards a Single Smart Cadastral Platform in Victoria, Australia

The evaluation of the PoC confirmed that integration of smart cadastre services into a single environment could significantly streamline the digital cadastral data management processes in Victoria.



A Survey of Schema-Based Matching Approaches

This paper presents a new classification of schema-based matching techniques that builds on the top of state of the art in both schema and ontology matching and distinguishes between approximate and exact techniques at schema-level; and syntactic, semantic, and external techniques at element- and structure-level.

Spatial Data Integration using Ontology-Based Approach

The proposed approach, in addition to being fast and low cost, makes the process of data integration easy and the data remains unchanged and thus takes advantage of the legacy application provided.

A survey of approaches to automatic schema matching

A taxonomy is presented that distinguishes between schema-level and instance-level, element- level and structure- level, and language-based and constraint-based matchers and is intended to be useful when comparing different approaches to schema matching, when developing a new match algorithm, and when implementing a schema matching component.

The LandInfra standard and its role in solving the BIM-GIS quagmire

The LandInfra conceptual model and its GML encoding InfraGML is reviewed, a detailed comparison of it with respect to CityGML and IFC is provided, and a few potential use cases where Landinfra and InfRAGML are useful for BIM-GIS applications are investigated.

An Automatic Domain Independent Schema Matching in Integrating Schemas of Heterogeneous Relational Databases

This paper proposed a domain independent schema matching approach which utilized both the structural and semantic information during the process of schema matching and offered database integration without user intervention and produced better global schemas during integration process.

Using Schema Matching to Simplify Heterogeneous Data Translation

This paper presents a new translation system, based on schema-matching, aimed at simplifying the intricate task of data conversion, and shows that it allows a convenient specification and customization of data conversions, and can be easily combined with the traditional data-based translation languages.

Integration Workbench: Integrating Schema Integration Tools

A task model for schema integration is provided that facilitates the interoperation of research prototypes for schema matching with commercial schema mapping tools and provides a common representation so that these tools can more rapidly be combined.

A mediator-based approach to ontology generation and querying of molecular and phenotypic cereals data

We describe the development of the CEREALAB ontology, an ontology of molecular and phenotypic cereals data, that allows identifying the correlation between the phenotype of a plant with its molecular

OpenII: an open source information integration toolkit

The project is leveraging the latest developments in II research to create a platform on which integration tools can be built and further research conducted, and includes industrial-strength components developed by MITRE, Google, UC-Irvine, and UC-Berkeley that interoperate through a common repository.