Difference between revisions of "Fusion Data Mapper"
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* Metadata Managers – those responsible for managing the metadata mappings on the Bank’s catalogue of time series on a day to day basis. | * Metadata Managers – those responsible for managing the metadata mappings on the Bank’s catalogue of time series on a day to day basis. | ||
* Metadata Superusers – those responsible for managing the core structural metadata including Agencies, Concepts, Data Structure Definitions and Codelists. | * Metadata Superusers – those responsible for managing the core structural metadata including Agencies, Concepts, Data Structure Definitions and Codelists. | ||
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main SDMX structural metadata artefacts including Concepts, Codes and Codelists, Categories, Data | main SDMX structural metadata artefacts including Concepts, Codes and Codelists, Categories, Data | ||
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Revision as of 04:56, 29 October 2019
Overview – Fusion Data Mapper
This document provides guidance and operating procedures for creating and managing mapped datasets using Fusion Registry 9 and the Fusion Data Mapper.
Use Case The primary use case is transforming single dimensional datasets to SDMX multi-dimensional structures.
Single dimensional datasets are those with a single unique identifier for each series (e.g. Series Code) such as created by FAME or similar time-series production systems.
One-to-one transformations only are supported by this version of the Fusion Data Mapper.
The transformation is performed by Fusion Registry using SDMX Structure Mapping. Fusion Data Mapper provides an easy-to-use user interface for defining and management the mapping rules.
Audience
- Metadata Managers – those responsible for managing the metadata mappings on the Bank’s catalogue of time series on a day to day basis.
- Metadata Superusers – those responsible for managing the core structural metadata including Agencies, Concepts, Data Structure Definitions and Codelists.
- System Administrators – those responsible for administering Fusion Registry 9 as part of the integrated statistical data and metadata system, and managing the Time Series Database as the source of observation data.
Prerequisites
Readers are assumed to have an understanding of basic SDMX principles and the purpose of the main SDMX structural metadata artefacts including Concepts, Codes and Codelists, Categories, Data Structure Definitions (DSDs), Dataflows, Provision Agreements, Structure Sets and Dataflow Maps.
Terminology
Dataset | Dataset refers to a named collection of series that typically all fall under a specific topic, for instance ‘National Accounts’. In Fusion Registry, an SDMX Dataflow represents a dataset.
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Mapped Dataset | A Mapped Dataset is an SDMX Dataflow where data is taken from a ‘source’ Dataflow and transformed to different dimensionality using defined mapping rules. The Fusion Data Mapper manages these mapping rules.
In this document, the source Dataflow is assumed to be observation data from the Time Series Database which is described by a Data Structure Definition having only SERIES_CODE, TIME_PERIOD and OBS_VALUE dimensions.
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Time Series Database | The source of time series observation data without metadata that Fusion Registry maps to Mapped Datasets using the defined mapping rules. |