SharePoint 2010 Managed Metadata, presented by Nick Hobbs at Capgemini UK, 2nd May 2012.
Please note, the presentation included a live demo showing how to use Managed Metadata via the UI. This obviously cannot be included in the slides.
These are the topics discussed:
- What is Managed Metadata?
- Why use it?
- How can I use Managed Metadata via the UI?
- How does it work behind-the-scenes?
- How can I use it programmatically?
- What problems and limitations are there?
SharePoint 2010 Managed Metadata Service ApplicationMohamed Abdeen
This document provides an overview of the SharePoint 2010 Managed Metadata Service.
It defines metadata and taxonomy, and explains that a managed metadata service allows terms to be organized hierarchically in term sets. The document describes how term sets can be global or local in scope. Keywords are also discussed as an unmanaged tagging system.
The document outlines the main applications of the managed metadata service: 1) taxonomies using term sets, 2) folksonomies using keywords, and 3) syndicated content types that can be published from a hub site collection.
The document discusses managed metadata and term stores in SharePoint 2010. It explains that managed metadata allows for a centralized, hierarchical collection of terms that provides a single source of truth for data context. It recommends creating term sets and metadata columns to utilize the managed metadata and provide consistency, central management, and the ability to adapt the terms over time. The document also demonstrates how to manage term stores through the central administration interface and use managed metadata columns in lists.
Managed metadata in SharePoint 2010 allows organizations to centrally manage taxonomies and content types across sites and farms. Key features include content type syndication, term stores to organize hierarchical term sets, and managed metadata columns to tag content with predefined terms. Metadata is critical for improving content discoverability through refined searches. While powerful, the managed metadata system has some limitations around security, extensibility, and client support that require consideration during design and governance.
Playing Tag: Managed Metadata and Taxonomies in SharePoint 2010Henry Ong
This slide deck was presented by Henry Ong at SharePoint Saturday Los Angeles on April 14, 2012. The original content was contributed by Chris McNulty, Strategic Product Manager for Quest Software. There are notes in many of the slides so you may want to download this presentation to get all the content.
This document discusses managed metadata and taxonomies in SharePoint 2010. It defines key terms like metadata, taxonomy, and folksonomy. It provides examples of how an organization's information architecture can evolve over time from simple document storage to a more complex taxonomy. Best practices are suggested for designing taxonomies, including considerations for dynamic external tags, security, open vs. closed term sets, and content type hubs. Programming the managed metadata service in SharePoint 2010 is also briefly covered.
This document provides an overview of managed metadata and taxonomies in SharePoint 2010. It discusses metadata definitions and usage scenarios, folksonomies versus formal taxonomies, taxonomy management features including term sets and tags, content type hubs for sharing across sites, and configuration considerations. The presentation includes demonstrations of tagging, term sets, and content type hubs. It provides guidance on taxonomy design regarding dynamic external tags, security, open versus closed term sets, and the role of Master Data Services.
This document provides an overview of managed metadata and taxonomies in SharePoint 2010. It discusses metadata definitions and usage scenarios, folksonomies versus formal taxonomies, taxonomy management features, content type hubs for sharing content across sites, and configuration considerations. The presentation includes demonstrations of tagging, term sets, and content type publishing capabilities in SharePoint 2010.
SharePoint 2010 Managed Metadata Service ApplicationMohamed Abdeen
This document provides an overview of the SharePoint 2010 Managed Metadata Service.
It defines metadata and taxonomy, and explains that a managed metadata service allows terms to be organized hierarchically in term sets. The document describes how term sets can be global or local in scope. Keywords are also discussed as an unmanaged tagging system.
The document outlines the main applications of the managed metadata service: 1) taxonomies using term sets, 2) folksonomies using keywords, and 3) syndicated content types that can be published from a hub site collection.
The document discusses managed metadata and term stores in SharePoint 2010. It explains that managed metadata allows for a centralized, hierarchical collection of terms that provides a single source of truth for data context. It recommends creating term sets and metadata columns to utilize the managed metadata and provide consistency, central management, and the ability to adapt the terms over time. The document also demonstrates how to manage term stores through the central administration interface and use managed metadata columns in lists.
Managed metadata in SharePoint 2010 allows organizations to centrally manage taxonomies and content types across sites and farms. Key features include content type syndication, term stores to organize hierarchical term sets, and managed metadata columns to tag content with predefined terms. Metadata is critical for improving content discoverability through refined searches. While powerful, the managed metadata system has some limitations around security, extensibility, and client support that require consideration during design and governance.
Playing Tag: Managed Metadata and Taxonomies in SharePoint 2010Henry Ong
This slide deck was presented by Henry Ong at SharePoint Saturday Los Angeles on April 14, 2012. The original content was contributed by Chris McNulty, Strategic Product Manager for Quest Software. There are notes in many of the slides so you may want to download this presentation to get all the content.
This document discusses managed metadata and taxonomies in SharePoint 2010. It defines key terms like metadata, taxonomy, and folksonomy. It provides examples of how an organization's information architecture can evolve over time from simple document storage to a more complex taxonomy. Best practices are suggested for designing taxonomies, including considerations for dynamic external tags, security, open vs. closed term sets, and content type hubs. Programming the managed metadata service in SharePoint 2010 is also briefly covered.
This document provides an overview of managed metadata and taxonomies in SharePoint 2010. It discusses metadata definitions and usage scenarios, folksonomies versus formal taxonomies, taxonomy management features including term sets and tags, content type hubs for sharing across sites, and configuration considerations. The presentation includes demonstrations of tagging, term sets, and content type hubs. It provides guidance on taxonomy design regarding dynamic external tags, security, open versus closed term sets, and the role of Master Data Services.
This document provides an overview of managed metadata and taxonomies in SharePoint 2010. It discusses metadata definitions and usage scenarios, folksonomies versus formal taxonomies, taxonomy management features, content type hubs for sharing content across sites, and configuration considerations. The presentation includes demonstrations of tagging, term sets, and content type publishing capabilities in SharePoint 2010.
This document is a 36 slide PowerPoint presentation by Metataxis on metadata management in SharePoint 2013. It provides an overview of key concepts like columns, content types, term sets, and the managed metadata service. It also discusses best practices for information architecture, governance, and ongoing management of metadata in SharePoint. The presentation aims to be interactive and cover both technical and practical information management topics at a level that is not purely technical.
SPSBOS15 - Must Love Term Sets: The New and Improved Managed Metadata Service...Jonathan Ralton
This document provides a summary of a presentation on managed metadata and term sets in SharePoint 2013. The presentation covers:
- The new managed metadata service, which allows centralized management of taxonomy, folksonomy, and content types across sites.
- The term store, which allows managing terms, term sets, and groups in a centralized location. New features in SharePoint 2013 include pinned terms, custom properties, and multi-lingual support.
- Content type syndication through the content type hub, which enables centralized management of content types and associated metadata across sites.
SPSCT15 - Must Love Term Sets: The New and Improved Managed Metadata Service ...Jonathan Ralton
The document discusses a presentation on the managed metadata service in SharePoint 2013. It provides an overview of the presentation agenda which includes setting the stage, services architecture, information architecture, the managed metadata service, term store, what's new, content type syndication, and wrapping up with questions. It then goes into more detail on the services architecture and how it has advanced from SharePoint 2010 to 2013.
SPSNYC14 - Must Love Term Sets: The New and Improved Managed Metadata Service...Jonathan Ralton
This document summarizes a presentation on the new and improved Managed Metadata Service in SharePoint 2013. The presentation covers the content management capabilities in SharePoint, the services architecture including service applications and proxies, and the new information architecture features in the Term Store. Key changes discussed include content type syndication across site collections using the Content Type Hub and enhanced management of terms, term sets and term set groups in the centralized Term Store.
Managed metadata is a hierarchical collection of centrally managed terms that you can define, and then use as attributes for items in SharePoint Server 2013.
Building ECM applications using Managed Metadata in SharePoint 2013 - SharePo...Falak Mahmood
This document summarizes a presentation on building enterprise content management applications using managed metadata in SharePoint 2013. The presentation covered the evolution of metadata from 2007 to 2013, including the introduction of taxonomy, folksonomy, term stores and term sets. It also discussed how metadata can enable reuse, pinning and search-driven/managed navigation across sites in different languages. Contact information was provided for following up with the presenter.
Organizations are slowly waking up to the enormous value that enterprise social knowledge networking can unlock. With the new Microsoft SharePoint Server 2010 now Collaborative Knowledge Management (CKM) becomes an approach to enabling organizational intelligence in the enterprise. Taxonomy is the key: Managed Metadata can drive navigation, discovery, relation, and re-usability of content. Managed Metadata provides a common vocabulary and can connect people to social networks. While Microsoft has provided a state of the art API-based backend solution for taxonomy management and search, the Knowledge Management Suite for Microsoft SharePoint 2010 is focused on term life-cycle management, content tagging, knowledge browsing, navigation and content discovery.
TSPUG: Content Management in SharePoint 2010Eli Robillard
This presentation was delivered at the Toronto SharePoint User Group's December 2009 meeting. Note that all slides containing graphics were aggregated from Microsoft decks presented during SPC 2009, corrections and text-only slides are original.
Moving mountains with Sharepoint - Document Management with SharePoint 2013Oliver Wirkus
This presentation shows how to implement a Document Management System to an existing SharePoint Intranet, Best practices on how to start that kind of projects and on Document Management with SharePoint
Kbee.spaces is a comprehensive intranet software solution that helps organizations improve internal communication, collaboration, and knowledge management. It provides a network of customizable internal portals, predefined content types, dynamic publishing tools, and search capabilities. The solution includes industry-specific best practices and components for the financial services sector to help structure information and streamline processes. Kbee.spaces runs on a secure, high-availability platform with 24/7 support so organizations do not need to manage their own infrastructure.
This document provides an overview of metadata and discusses its various types and uses. It defines metadata as data that describes other data, similar to street signs or maps that communicate information. There are three main types of metadata: descriptive, structural, and administrative. Descriptive metadata is used to describe resources for discovery and identification, structural metadata defines relationships between parts of a resource, and administrative metadata provides technical and management information. The document provides many examples of metadata usage and notes that metadata is key to the functioning of libraries, the web, software, and more. It is truly everywhere.
Webinar: Does the SharePoint 2010 Term Store Seem Like Alphabet Soup? Find ...martingarland
Don Miller will present on using the SharePoint 2010 term store and term store management. The webinar will provide an overview of the SharePoint 2010 managed metadata service and term store, demonstrate Concept Searching's conceptClassifier product which provides term store management and auto-classification capabilities, and discuss how it can help with challenges like metadata management, search, and records management. The presentation will include a product demo and Q&A.
Enhancing Relevancy & User Experience with #SharePoint Search sps-philly 2015Gina Montgomery, V-TSP
Gina Montgomery is a Microsoft Strategic Director at Softmart, a privately held IT company founded in 1982. She introduced herself and provided background on Softmart, highlighting its long partnership with Microsoft. The document then discussed information architecture and its importance in organizing websites and content to support usability. It also described the key components of the SharePoint search architecture and how results are displayed and customized through result sources, result types, query rules, and display templates.
This document discusses content management (CM), including its definition, benefits, and design. CM involves organizing, storing, and disseminating content across departments. It provides value by making content easily searchable and accessible across silos. Effective CM requires changes to organizational culture and processes regarding content creation and sharing. The document outlines the various roles involved in CM and maps their relationships in a CM value chain. It also discusses the information architecture needed to support CM, including taxonomy, metadata, and content services.
Expert Webinar Series 2: Designing Information Architecture for SharePoint: M...martingarland
This document provides an overview and agenda for a session on designing information architecture for SharePoint. The session will cover definitions of taxonomy and metadata, determining how to organize content and key metadata fields, and validating the information architecture. It will include a demonstration of Concept Searching's TaxonomyManager tool, which can help build taxonomies faster and more easily validate them by automatically classifying documents.
INFOGOV14 - Trusting Your KM & ECM Strategy to SharePointJonathan Ralton
The document discusses trusting a knowledge management (KM) and enterprise content management (ECM) strategy to Microsoft SharePoint. It outlines SharePoint's capabilities that enable it to effectively support large-scale content management activities, including rich metadata structures, taxonomy, security features, workflows, search, integration with line of business systems, and support for multiple languages. Governance is required to balance control with flexibility when adopting SharePoint as an information management platform.
DITA, Semantics, Content Management, Dynamic Documents, and Linked Data – A M...Paul Wlodarczyk
DITA was conceived as a model for improving reuse through topic-oriented modularization of content. Instead of creating new content or copying and pasting information which may or may not be current and authoritative, organizations manage a repository of content assets – or DITA topics – that can be centrally managed, maintained and reused across the enterprise. This helps to accelerate the creation and maintenance of documents and other deliverables and to ensure the quality and consistency of the content organizations publish. But the next frontier of DITA adoption is leveraging semantic technologies—taxonomies, ontologies and text analytics—to automate the delivery of targeted content. For example, a service incident from a customer is automatically matched with the appropriate response, which is authored and managed as a DITA topic. Learn how organizations can leverage DITA, semantics, content management, dynamic documents, and linked data to fully utilize the value of their information.
SharePoint Connections Coast to Coast Overview of Enterprise Content ManagementIvan Sanders
This session walks you through some of the enterprise content management features in SharePoint 2010 such as metadata management, document sets, records management, search, and more. The demos will include declarative and programmatic creation of document sets and document ids, records management routing, and search
This document is a 36 slide PowerPoint presentation by Metataxis on metadata management in SharePoint 2013. It provides an overview of key concepts like columns, content types, term sets, and the managed metadata service. It also discusses best practices for information architecture, governance, and ongoing management of metadata in SharePoint. The presentation aims to be interactive and cover both technical and practical information management topics at a level that is not purely technical.
SPSBOS15 - Must Love Term Sets: The New and Improved Managed Metadata Service...Jonathan Ralton
This document provides a summary of a presentation on managed metadata and term sets in SharePoint 2013. The presentation covers:
- The new managed metadata service, which allows centralized management of taxonomy, folksonomy, and content types across sites.
- The term store, which allows managing terms, term sets, and groups in a centralized location. New features in SharePoint 2013 include pinned terms, custom properties, and multi-lingual support.
- Content type syndication through the content type hub, which enables centralized management of content types and associated metadata across sites.
SPSCT15 - Must Love Term Sets: The New and Improved Managed Metadata Service ...Jonathan Ralton
The document discusses a presentation on the managed metadata service in SharePoint 2013. It provides an overview of the presentation agenda which includes setting the stage, services architecture, information architecture, the managed metadata service, term store, what's new, content type syndication, and wrapping up with questions. It then goes into more detail on the services architecture and how it has advanced from SharePoint 2010 to 2013.
SPSNYC14 - Must Love Term Sets: The New and Improved Managed Metadata Service...Jonathan Ralton
This document summarizes a presentation on the new and improved Managed Metadata Service in SharePoint 2013. The presentation covers the content management capabilities in SharePoint, the services architecture including service applications and proxies, and the new information architecture features in the Term Store. Key changes discussed include content type syndication across site collections using the Content Type Hub and enhanced management of terms, term sets and term set groups in the centralized Term Store.
Managed metadata is a hierarchical collection of centrally managed terms that you can define, and then use as attributes for items in SharePoint Server 2013.
Building ECM applications using Managed Metadata in SharePoint 2013 - SharePo...Falak Mahmood
This document summarizes a presentation on building enterprise content management applications using managed metadata in SharePoint 2013. The presentation covered the evolution of metadata from 2007 to 2013, including the introduction of taxonomy, folksonomy, term stores and term sets. It also discussed how metadata can enable reuse, pinning and search-driven/managed navigation across sites in different languages. Contact information was provided for following up with the presenter.
Organizations are slowly waking up to the enormous value that enterprise social knowledge networking can unlock. With the new Microsoft SharePoint Server 2010 now Collaborative Knowledge Management (CKM) becomes an approach to enabling organizational intelligence in the enterprise. Taxonomy is the key: Managed Metadata can drive navigation, discovery, relation, and re-usability of content. Managed Metadata provides a common vocabulary and can connect people to social networks. While Microsoft has provided a state of the art API-based backend solution for taxonomy management and search, the Knowledge Management Suite for Microsoft SharePoint 2010 is focused on term life-cycle management, content tagging, knowledge browsing, navigation and content discovery.
TSPUG: Content Management in SharePoint 2010Eli Robillard
This presentation was delivered at the Toronto SharePoint User Group's December 2009 meeting. Note that all slides containing graphics were aggregated from Microsoft decks presented during SPC 2009, corrections and text-only slides are original.
Moving mountains with Sharepoint - Document Management with SharePoint 2013Oliver Wirkus
This presentation shows how to implement a Document Management System to an existing SharePoint Intranet, Best practices on how to start that kind of projects and on Document Management with SharePoint
Kbee.spaces is a comprehensive intranet software solution that helps organizations improve internal communication, collaboration, and knowledge management. It provides a network of customizable internal portals, predefined content types, dynamic publishing tools, and search capabilities. The solution includes industry-specific best practices and components for the financial services sector to help structure information and streamline processes. Kbee.spaces runs on a secure, high-availability platform with 24/7 support so organizations do not need to manage their own infrastructure.
This document provides an overview of metadata and discusses its various types and uses. It defines metadata as data that describes other data, similar to street signs or maps that communicate information. There are three main types of metadata: descriptive, structural, and administrative. Descriptive metadata is used to describe resources for discovery and identification, structural metadata defines relationships between parts of a resource, and administrative metadata provides technical and management information. The document provides many examples of metadata usage and notes that metadata is key to the functioning of libraries, the web, software, and more. It is truly everywhere.
Webinar: Does the SharePoint 2010 Term Store Seem Like Alphabet Soup? Find ...martingarland
Don Miller will present on using the SharePoint 2010 term store and term store management. The webinar will provide an overview of the SharePoint 2010 managed metadata service and term store, demonstrate Concept Searching's conceptClassifier product which provides term store management and auto-classification capabilities, and discuss how it can help with challenges like metadata management, search, and records management. The presentation will include a product demo and Q&A.
Enhancing Relevancy & User Experience with #SharePoint Search sps-philly 2015Gina Montgomery, V-TSP
Gina Montgomery is a Microsoft Strategic Director at Softmart, a privately held IT company founded in 1982. She introduced herself and provided background on Softmart, highlighting its long partnership with Microsoft. The document then discussed information architecture and its importance in organizing websites and content to support usability. It also described the key components of the SharePoint search architecture and how results are displayed and customized through result sources, result types, query rules, and display templates.
This document discusses content management (CM), including its definition, benefits, and design. CM involves organizing, storing, and disseminating content across departments. It provides value by making content easily searchable and accessible across silos. Effective CM requires changes to organizational culture and processes regarding content creation and sharing. The document outlines the various roles involved in CM and maps their relationships in a CM value chain. It also discusses the information architecture needed to support CM, including taxonomy, metadata, and content services.
Expert Webinar Series 2: Designing Information Architecture for SharePoint: M...martingarland
This document provides an overview and agenda for a session on designing information architecture for SharePoint. The session will cover definitions of taxonomy and metadata, determining how to organize content and key metadata fields, and validating the information architecture. It will include a demonstration of Concept Searching's TaxonomyManager tool, which can help build taxonomies faster and more easily validate them by automatically classifying documents.
INFOGOV14 - Trusting Your KM & ECM Strategy to SharePointJonathan Ralton
The document discusses trusting a knowledge management (KM) and enterprise content management (ECM) strategy to Microsoft SharePoint. It outlines SharePoint's capabilities that enable it to effectively support large-scale content management activities, including rich metadata structures, taxonomy, security features, workflows, search, integration with line of business systems, and support for multiple languages. Governance is required to balance control with flexibility when adopting SharePoint as an information management platform.
DITA, Semantics, Content Management, Dynamic Documents, and Linked Data – A M...Paul Wlodarczyk
DITA was conceived as a model for improving reuse through topic-oriented modularization of content. Instead of creating new content or copying and pasting information which may or may not be current and authoritative, organizations manage a repository of content assets – or DITA topics – that can be centrally managed, maintained and reused across the enterprise. This helps to accelerate the creation and maintenance of documents and other deliverables and to ensure the quality and consistency of the content organizations publish. But the next frontier of DITA adoption is leveraging semantic technologies—taxonomies, ontologies and text analytics—to automate the delivery of targeted content. For example, a service incident from a customer is automatically matched with the appropriate response, which is authored and managed as a DITA topic. Learn how organizations can leverage DITA, semantics, content management, dynamic documents, and linked data to fully utilize the value of their information.
SharePoint Connections Coast to Coast Overview of Enterprise Content ManagementIvan Sanders
This session walks you through some of the enterprise content management features in SharePoint 2010 such as metadata management, document sets, records management, search, and more. The demos will include declarative and programmatic creation of document sets and document ids, records management routing, and search
Get a practical, hands-on review of the new managed metadata services for managing taxonomies, folksonomies, tags, metadata and content types in SharePoint 2010.
ECM And Enterprise Metadata in SharePoint 2010Phuong Nguyen
This document discusses Enterprise Content Management (ECM) and enterprise metadata in SharePoint. It defines ECM as strategies and tools for capturing, managing, storing, and delivering organizational content and documents. It describes key ECM capabilities in SharePoint like document management, records management, and web content management. It also explains how SharePoint features like document sets, content types, and metadata navigation improve ECM. Finally, it outlines the enterprise metadata service which allows centralized management of terms across SharePoint.
This document provides an overview of managed metadata and taxonomies in SharePoint 2010. It discusses metadata definitions and usage scenarios, folksonomies and taxonomy management, tags and social networking features. It also covers content type hubs, configuration, and design considerations for implementing managed metadata in SharePoint 2010. The presentation includes demonstrations of key managed metadata features.
Explore SharePoint 2010 Enterprise & Document Management features K.Mohamed Faizal
This document discusses several Enterprise Content Management features in SharePoint 2010, including metadata management, term stores, content hubs, content type syndication, document IDs, document sets, and the document center. It provides an overview and agenda for the topics, compares ECM features between SharePoint 2007 and 2010, and discusses new features such as managed metadata, metadata navigation, and content organizer rules. Demo sections are included for term stores, content type syndication, document IDs, document sets, and the content organizer.
Ooluk Data Dictionary Manager allows easy metadata management for heterogeneous databases. You can document and tag your entire data envionment allowing users to better understand your data.
Metadata is data that provides information about other data. It describes elements like the creator, date of creation, file format, and standards used. Metadata can be created automatically by computers or manually by humans. It is typically structured according to standards and metadata schemes to enhance access and understanding. The key purpose of metadata is to facilitate the retrieval of information.
The document describes the Metadata Registry, which is a web application that allows for the collaborative development of controlled vocabularies and metadata schemas. It provides features such as concept and schema editing, versioning, search, and content negotiation for retrieving resources in different formats. The registry implements SKOS and aims to create a "web of trust" for managing access and edits to vocabularies maintained by different groups.
NHSPUG June 2015 - Must Love Term Sets: The New and Improved Managed Metadat...Jonathan Ralton
The document is a presentation on managed metadata in SharePoint 2013. It discusses the new managed metadata service, term store, and content type syndication features. The presentation provides an overview of these new features, including improvements to the user interface for managing terms, support for multi-lingual terms, managed navigation, hashtags, and the taxonomy API. It also discusses considerations for using term sets, columns, and content type publishing across sites.
Drupal is a content management system (CMS) and content management framework (CMF) that allows users to build websites, portals, and online communities. It is written in PHP and contains many features for managing content, users, and functionality through modules. Some key features include blogging, forums, searching, taxonomy, and customizable themes. While it has a learning curve, Drupal provides high levels of customization and is supported by a large online community.
The use of TiddlyWiki for the construction of a thesaurus in a LIS course on taxonomy and controlled vocabularies. (February 8, 2008)
Additional information here:
http://students.washington.edu/asis/media.html
The Role of Taxonomy and Ontology in Semantic Layers - Heather Hedden.pdfEnterprise Knowledge
Heather Hedden, Senior Consultant at Enterprise Knowledge, presented “The Role of Taxonomy and Ontology in Semantic Layers” at a webinar hosted by Progress Semaphore on April 16, 2024.
Taxonomies at their core enable effective tagging and retrieval of content, and combined with ontologies they extend to the management and understanding of related data. There are even greater benefits of taxonomies and ontologies to enhance your enterprise information architecture when applying them to a semantic layer. A survey by DBP-Institute found that enterprises using a semantic layer see their business outcomes improve by four times, while reducing their data and analytics costs. Extending taxonomies to a semantic layer can be a game-changing solution, allowing you to connect information silos, alleviate knowledge gaps, and derive new insights.
Hedden, who specializes in taxonomy design and implementation, presented how the value of taxonomies shouldn’t reside in silos but be integrated with ontologies into a semantic layer.
Learn about:
- The essence and purpose of taxonomies and ontologies in information and knowledge management;
- Advantages of semantic layers leveraging organizational taxonomies; and
- Components and approaches to creating a semantic layer, including the integration of taxonomies and ontologies
The document discusses improving information architecture and findability in SharePoint through better use of taxonomy and metadata. It begins by outlining SharePoint's strengths and weaknesses for information architecture. Key points made include that SharePoint 2007 lacked centralized taxonomy management and hierarchy support, while SharePoint 2010 introduced a centralized term store. The document then provides recommendations for the top 5 things to do with taxonomy and metadata in SharePoint, such as leveraging custom metadata in search and navigation, using metadata to drive content display, utilizing best bets and thesaurus features, enabling auto-tagging of content, and personalizing experiences based on user profiles.
How to make your content users more productive using Access Innovations, Inc.'s Navtree and Machine Aided Indexer (M.A.I.™), parts of the Data Harmony® software suite.
This document discusses Co-Access, which allows multiple DOI owners to reference the same book content. Co-Access automates the process that Multi-Resolution currently requires, simplifying the deposit workflow. Co-Access will solve the problem of requiring strong coordination between publishers for Multi-Resolution by determining co-access candidates based on matching ISBN/ISSN and metadata, and generating the necessary Handle control strings automatically on the server side. Publishers will need to notify Crossref of which other publishers they want to include in Co-Access groups, and which book/series titles should be excluded.
The document provides information about product information extraction from e-commerce websites using crawlers. It discusses OpinioZ Technologies, which created a price comparison website called EtailOne. It then describes the system environment, product classification process, and an information extraction system used by EtailOne. Key modules of the system include seeders to identify initial product URLs, list page crawlers to extract information from product listing pages, and parsers to gather additional details from individual product pages. The workflow begins with seeder modules storing URLs which are then visited by list page crawlers or parsers to retrieve product data for storage in the database.
This presentation presents few considerations for creating product centric SharePoint 2013 sites using newest WCM features, such as cross-site publishing and search.
Removing Uninteresting Bytes in Software FuzzingAftab Hussain
Imagine a world where software fuzzing, the process of mutating bytes in test seeds to uncover hidden and erroneous program behaviors, becomes faster and more effective. A lot depends on the initial seeds, which can significantly dictate the trajectory of a fuzzing campaign, particularly in terms of how long it takes to uncover interesting behaviour in your code. We introduce DIAR, a technique designed to speedup fuzzing campaigns by pinpointing and eliminating those uninteresting bytes in the seeds. Picture this: instead of wasting valuable resources on meaningless mutations in large, bloated seeds, DIAR removes the unnecessary bytes, streamlining the entire process.
In this work, we equipped AFL, a popular fuzzer, with DIAR and examined two critical Linux libraries -- Libxml's xmllint, a tool for parsing xml documents, and Binutil's readelf, an essential debugging and security analysis command-line tool used to display detailed information about ELF (Executable and Linkable Format). Our preliminary results show that AFL+DIAR does not only discover new paths more quickly but also achieves higher coverage overall. This work thus showcases how starting with lean and optimized seeds can lead to faster, more comprehensive fuzzing campaigns -- and DIAR helps you find such seeds.
- These are slides of the talk given at IEEE International Conference on Software Testing Verification and Validation Workshop, ICSTW 2022.
GridMate - End to end testing is a critical piece to ensure quality and avoid...ThomasParaiso2
End to end testing is a critical piece to ensure quality and avoid regressions. In this session, we share our journey building an E2E testing pipeline for GridMate components (LWC and Aura) using Cypress, JSForce, FakerJS…
DevOps and Testing slides at DASA ConnectKari Kakkonen
My and Rik Marselis slides at 30.5.2024 DASA Connect conference. We discuss about what is testing, then what is agile testing and finally what is Testing in DevOps. Finally we had lovely workshop with the participants trying to find out different ways to think about quality and testing in different parts of the DevOps infinity loop.
Maruthi Prithivirajan, Head of ASEAN & IN Solution Architecture, Neo4j
Get an inside look at the latest Neo4j innovations that enable relationship-driven intelligence at scale. Learn more about the newest cloud integrations and product enhancements that make Neo4j an essential choice for developers building apps with interconnected data and generative AI.
Goodbye Windows 11: Make Way for Nitrux Linux 3.5.0!SOFTTECHHUB
As the digital landscape continually evolves, operating systems play a critical role in shaping user experiences and productivity. The launch of Nitrux Linux 3.5.0 marks a significant milestone, offering a robust alternative to traditional systems such as Windows 11. This article delves into the essence of Nitrux Linux 3.5.0, exploring its unique features, advantages, and how it stands as a compelling choice for both casual users and tech enthusiasts.
Epistemic Interaction - tuning interfaces to provide information for AI supportAlan Dix
Paper presented at SYNERGY workshop at AVI 2024, Genoa, Italy. 3rd June 2024
https://alandix.com/academic/papers/synergy2024-epistemic/
As machine learning integrates deeper into human-computer interactions, the concept of epistemic interaction emerges, aiming to refine these interactions to enhance system adaptability. This approach encourages minor, intentional adjustments in user behaviour to enrich the data available for system learning. This paper introduces epistemic interaction within the context of human-system communication, illustrating how deliberate interaction design can improve system understanding and adaptation. Through concrete examples, we demonstrate the potential of epistemic interaction to significantly advance human-computer interaction by leveraging intuitive human communication strategies to inform system design and functionality, offering a novel pathway for enriching user-system engagements.
GDG Cloud Southlake #33: Boule & Rebala: Effective AppSec in SDLC using Deplo...James Anderson
Effective Application Security in Software Delivery lifecycle using Deployment Firewall and DBOM
The modern software delivery process (or the CI/CD process) includes many tools, distributed teams, open-source code, and cloud platforms. Constant focus on speed to release software to market, along with the traditional slow and manual security checks has caused gaps in continuous security as an important piece in the software supply chain. Today organizations feel more susceptible to external and internal cyber threats due to the vast attack surface in their applications supply chain and the lack of end-to-end governance and risk management.
The software team must secure its software delivery process to avoid vulnerability and security breaches. This needs to be achieved with existing tool chains and without extensive rework of the delivery processes. This talk will present strategies and techniques for providing visibility into the true risk of the existing vulnerabilities, preventing the introduction of security issues in the software, resolving vulnerabilities in production environments quickly, and capturing the deployment bill of materials (DBOM).
Speakers:
Bob Boule
Robert Boule is a technology enthusiast with PASSION for technology and making things work along with a knack for helping others understand how things work. He comes with around 20 years of solution engineering experience in application security, software continuous delivery, and SaaS platforms. He is known for his dynamic presentations in CI/CD and application security integrated in software delivery lifecycle.
Gopinath Rebala
Gopinath Rebala is the CTO of OpsMx, where he has overall responsibility for the machine learning and data processing architectures for Secure Software Delivery. Gopi also has a strong connection with our customers, leading design and architecture for strategic implementations. Gopi is a frequent speaker and well-known leader in continuous delivery and integrating security into software delivery.
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SharePoint 2010 Managed Metadata
1. Managed Metadata
By Nick Hobbs
2nd May 2012
Principal SharePoint Developer, Capgemini UK
www.nickhobbs.net
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Agenda
What is Managed Metadata?
Why use it?
How can I use Managed Metadata via the UI?
How does it work behind-the-scenes?
How can I use it programmatically?
What problems and limitations are there?
Questions?
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What is Managed Metadata?
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What is Managed Metadata?
A hierarchical collection of centrally managed terms that you can
define, and then use as attributes for list items.
Available only in SharePoint Server 2010 not in Foundation 2010.
A term is a word or a phrase that can be associated with an item.
A term set is a collection of related terms. A column can be
specified to contain a term from a specific term set.
A group is a set of term sets that all share common security
requirements.
Managed Metadata refers to the fact that terms and term sets can
be created and managed independently from the columns.
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Local vs Global Term Sets
Local term sets are created within the context of a site collection.
Global term sets are created outside the context of a site
collection, in a centrally managed term store.
Users can see only global term sets and term sets that are local to
the user's site collection.
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Enterprise Keywords
Enterprise Keywords is a predefined column which can be added
to a list or directly onto content types.
Similar to other taxonomy fields, but uses the Enterprise
Keywords control.
Allows multiple values by default.
Allows Enterprise Keywords and Managed Terms to be selected.
All enterprise keywords are part of a single, non-hierarchical term
set called ‘Keywords’.
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Term Store Management Tool
The Term Store Management Tool is used to manage the term
store. With the appropriate permissions, you can use this tool to:
Add, modify, or delete – Groups, Term Sets, Terms.
Arrange terms within a term set into a hierarchy.
Create synonyms of terms.
Specify language variants for each term.
Reuse/share terms with other term sets.
Deprecate terms.
Import terms (CSV).
Convert enterprise keywords into managed terms, moving them into
a term set.
Grant permissions on groups of term sets.
It is found via Central Administration, and also in Site Settings.
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Term Store Management Tool
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Why use it?
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Why use it?
Enables enterprise-wide reuse. No need to create and sync lookup
lists in every site collection, or embed all values in choice fields.
Hierarchical terms – select from a hierarchy, and optionally show
the full path when the value is displayed.
Metadata driven navigation on document libraries
Navigation Hierarchies
Key Filters
Term set management can be controlled with permissions
independently of the sites in which they are used (for centrally
managed terms).
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Why use it?
More consistent use of terminology:
Easier to build robust processes and solutions that rely on metadata.
Improved search results.
Search refinement panel.
Dynamic. Values are not written into the field definition, unlike
e.g. choice fields.
Increased flexibility. Term Store Administrators and contributors
can maintain and adapt metadata as business needs evolve.
Changes automatically synchronise to all columns that use them.
Multi-lingual labels can be specified for terms on multi-lingual
sites.
Reusable content types (Content Type Hub) bind to the same term
sets everywhere, or to different term sets in each site collection.
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How can I use Managed Metadata via
the UI?
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How can I use Managed Metadata via the UI?
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How does it work behind-the-scenes?
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How does it work behind-the-scenes?
A Taxonomy Field is a lookup field derived from SPFieldLookup and looks
up from:
TaxonomyHiddenList
An instance in each site collection.
Used as the lookup list for all Taxonomy Fields in the site collection.
Contains all terms used in the site collection.
The list item id (integer) for the term is known as WSS ID,
and is therefore unique only to terms used in the site collection.
Located in the site collection at '/Lists/TaxonomyHiddenList'.
The list ID can be found as a property on the web 'taxonomyhiddenlist'.
Viewing a taxonomy field value gets the language-specific label (or path) of
the term from the TaxonomyHiddenList.
Editing a taxonomy field value queries the term store directly for all terms.
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How does it work behind-the-scenes?
Taxonomy Update Scheduler runs hourly, pushing down term store
changes to the hidden lists, automatically updating taxonomy field
values in all lists as they lookup against the TaxonomyHiddenList.
The Taxonomy Field Value consists of:
{wssid};#{label}|{termguid}
A Managed Metadata field is actually comprised of 2 fields:
A Taxonomy Field (TaxonomyFieldType)
A Hidden Text Field (Note)
WSS ID & Label stored in the Taxonomy Field as {wssid};#{label}
The lookup value to the TaxonomyHiddenList.
Label|Guid pair stored in the Hidden Text Field as {label}|{termguid}
The label & Guid for the term in the term store.
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How does it work behind-the-scenes?
Hidden Text Field
Display Name: {Taxonomy Field Name}_0
Internal Name & Static Name:
Pre-SP1: {Taxonomy Field Name}TaxHTField0
Post-SP1: Random name similar to: k9cea7ffb6ad43dcb9ee90ce43506c7f
TaxCatchAll & TaxCatchAllLabel Fields
Each list containing a Taxonomy Field also has the hidden TaxCatchAll and
TaxCatchAllLabel fields – should add to your content types too.
Display names "Taxonomy Catch All Column“ &
"Taxonomy Catch All Column1".
Contains the WSS ID of each taxonomy value used in the item.
Search uses these to do managed metadata searches and refinements
against list items without having to inspect all taxonomy fields in every list.
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How does it work behind-the-scenes?
TaxonomyTaggingWebControl is a web control which behaves
similar to the Taxonomy Field Control
It is bound to the term set in a similar manner to the Taxonomy Field.
It may be used e.g. on custom search forms to pick a term to search
for.
The TaxonomyFieldAdded site collection feature is required to
use managed metadata.
It creates the TaxonomyHiddenList, sets up the event receivers and
adds the site columns.
Activated on all site definitions except Blank Site.
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How can I use it programmatically?
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How can I use it programmatically?
Namespace: Microsoft.SharePoint.Taxonomy
Term
Name – gets the name using the current LCID
Parent – parent term
Terms – child terms
IsAvailableForTagging
TermSet
CreateLabel(…)
GetTerm(…), GetTerms(..) + overloads
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How can I use it programmatically?
TermSet
Name
Group
Terms
IsAvailableForTagging
IsOpenForTermCreation
GetTerm(…), GetTerms(…), GetAllTerms(…) + overloads
Group
Name
IsSiteCollectionGroup – for local term sets
TermSets
CreateTermSet(...) + overloads
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How can I use it programmatically?
TermStore
Name
KeywordsTermSet – enterprise keywords.
Session – the current taxonomy session.
CommitAll() – Note: multiple commits are required if modifying
parent and child terms/term sets together.
RollbackAll()
GetTerm(...), GetTerms(...), GetTermSet(...), GetTermSets(...), GetGro
up(...) + overloads and similar. Used to get terms, term sets, and
groups by name without having to traverse the term hierarchy to find
them.
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How can I use it programmatically?
TaxonomySession
Starting point to access the term store programmatically.
Constructor needs an SPSite. Provides context to locate the local
term sets specific to the site collection, and global term sets linked to
the web application.
DefaultSiteCollectionTermStore – returns the term store in the
Managed Metadata Service defined as the default for the web
application.
TermStores – all term stores accessible by name, e.g. if you have
multiple Managed Metadata Services.
GetTerm(...), GetTerms(...), GetTermSets(...) + overloads and similar –
like those found in TermStore.
Taxonomy Term
Group Term Set Term
Session Store
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How can I use it programmatically?
CAML to define the Taxonomy Field
<Field ID="{15181134-8839-47A9-9A38-D116FFFF0006}“
Type="TaxonomyFieldType“ Type=“TaxonomyFieldType “
DisplayName="Subject“
Name=“CustomSubject“ or
StaticName=“CustomSubject“ Type=“TaxonomyFieldTypeMulti”
Group=“Custom“
Required="FALSE“
DisplaceOnUpgrade="TRUE“
Description=“…“
ShowField="Term1033“ ShowField=“Term$Resources:core,Language;”
EnforceUniqueValues="FALSE“ />
CAML to define the Hidden Text Field
<Field ID="{15181134-8839-47A9-9A38-D116EEEE0006}"
Type="Note"
DisplayName="Subject_0"
Name=“CustomSubjectTaxHTField0"
StaticName=“CustomSubjectTaxHTField0"
ShowInViewForms="FALSE"
Required="FALSE"
Hidden="TRUE" Note: When defining a content type, the
CanToggleHidden="TRUE" Hidden Text Field must be referenced
DisplaceOnUpgrade="TRUE“
RowOrdinal="0" /> BEFORE the Taxonomy Field.
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How can I use it programmatically?
CAML to Bind Taxonomy Field to Hidden Text Field & Term Set
<Customization>
<ArrayOfProperty>
<Property>
<Name>SspId</Name> - SspId is the Term Store Id
<Value
xmlns:q1="http://www.w3.org/2001/XMLSchema"
p4:type="q1:string"
xmlns:p4="http://www.w3.org/2001/XMLSchema-instance">
a98dd270-8577-4db8-99e1-b9e894624fdc
</Value>
</Property>
<Property>
<Name>TermSetId</Name> - TermSetId binds the Taxonomy field to the
<Value
xmlns:q2="http://www.w3.org/2001/XMLSchema" Term Set.
p4:type="q2:string"
xmlns:p4="http://www.w3.org/2001/XMLSchema-instance">
a7ae10cd-6c7c-4386-a1f2-7abec8e759e2
</Value>
</Property>
<Property>
<Name>TextField</Name> - TextField binds the Taxonomy field to the
<Value
xmlns:q3="http://www.w3.org/2001/XMLSchema" Hidden Text Field using its’ Field ID.
p4:type="q3:string"
xmlns:p4="http://www.w3.org/2001/XMLSchema-instance">
15181134-8839-47A9-9A38-D116EEEE0006
</Value>
</Property>
…
</ArrayOfProperty>
</Customization> • This CAML goes inside the field definition. Useful for sandboxed solutions.
• Cannot bind the field to a different term set for each list instance without manually changing it.
• Also requires the GUIDs to be known up-front and embedded into the CAML.
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How can I use it programmatically?
Code to Bind Taxonomy Field to Hidden Text Field & Term Set
using (SPSite site = new SPSite("http://site"))
{
TaxonomyField taxonomyField = (TaxonomyField)site.RootWeb.Fields*“Subject"+; - Gets the taxonomy field & hidden text field
SPField hiddenTextField = site.RootWeb.Fields*“Subject_0"+;
TaxonomySession session = new TaxonomySession(site); - Opens a new taxonomy session
TermStore termStore = session.DefaultSiteCollectionTermStore; - Uses the default site collection term store
Group group = termStore.Groups*“Enterprise Term Sets"+; - Selects a group & term set to bind to the field
TermSet termSet = group.TermSets["Subject"];
taxonomyField.TextField = hiddenTextField.Id; - TextField - Binds the hidden text field
taxonomyField.SspId = termSet.TermStore.Id; - SspId – Term Store Id
taxonomyField.TermSetId = termSet.Id; - TermSetId – binds the field to the term set
taxonomyField.AnchorId = Guid.Empty; - AnchorId – The term to use as the root term.
taxonomyField.Open = false; - Open – Whether users can enter new terms.
taxonomyField.AllowMultipleValues = false; - AllowMultipleValues – For multi-value fields.
taxonomyField.IsPathRendered = false; - IsPathRendered – Whether to show the full
taxonomyField.TargetTemplate = string.Empty; hierarchical path of the term.
- TargetTemplate - Web-relative URL of the
taxonomyField.Update(true); target page that is used to construct the hyperlink
} on each Term when the TaxonomyField is
rendered.
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How can I use it programmatically?
Setting a Taxonomy Field Value programmatically
As explained earlier, Taxonomy Field Values consist of 3 parts:
{wssid};#{label}|{termguid}
Use this to set a value in an ItemAdding event receiver via the
AfterProperties.
List item field values can be set easily using
TaxonomyField.SetFieldValue(…), passing in the list item, and either a Term
or a TaxonomyFieldValue.
If you don’t use this, you have to set the Taxonomy Field with the
{wssid};#{label} and the Hidden Text Field with the {label}|{termguid}.
A TaxonomyFieldValue can be created using:
TaxonomyFieldValue.PopulateFromLabelGuidPair("Label|<GUID>")
This automatically adds the term to the TaxonomyHiddenList if not there
already.
It also gets the WSS ID and sets up all 3 parts of the TaxonomyFieldValue.
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How can I use it programmatically?
Querying for a taxonomy field value:
Finding a specific term:
SELECT Title FROM SCOPE() WHERE SCOPE = ‘All Sites’ AND
MyTaxonomyField = ‘#0termguid’
Finding a term or any term below it in the term hierarchy
(descendents):
SELECT Title FROM SCOPE() WHERE SCOPE = ‘All Sites’ AND
MyTaxonomyField = ‘#termguid’
Only works on columns, not profile properties.
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What problems and limitations are
there?
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What problems and limitations are there?
Managed Metadata is not supported by:
InfoPath forms.
SharePoint Workspace.
Content Query Web Part.
Office Document Information Panel.
Editing in Datasheet Mode.
Views cannot use Begins With or Contains operators.
Calculated fields.
Office 2007 and earlier.
Acrobat X.
SharePoint Designer Workflows read/write invalid values.
Worked around using a Custom Action to get/set values programmatically.
Possibly fixed in Dec 2011 CU.
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What problems and limitations are there?
Import from CSV
Separate CSV file for each term set.
Does not support synonyms, translations of terms, or merging terms.
Cannot predefine the term set and term IDs (GUID) – normally used
for:
Binding fields to term sets.
Importing data or site structure using managed metadata terms.
Querying / filtering.
Custom code can use the object model to import an entire term
store.
Export to CSV not possible without writing code.
Copying a site collection or content from one farm to another will
require the term store data to be copied over, i.e. backup &
restore of the MMS database.
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What problems and limitations are there?
Profile properties using a Term Set:
Hierarchical search not possible on profile properties, is possible on
list fields.
Can be set as Required, but allows it to be empty "by design".
Multi-Value taxonomy fields and profile properties do not work
properly in the Refinement Panel.
& and " converted to Unicode special character equivalents
TaxonomyItem.NormalizeName docs explain about & but not ".
Managed Metadata term containing a comma is difficult to enter
into a taxonomy field – treated as multiple terms.
List View Lookup Threshold allows by default up to 8 lookup fields
including taxonomy fields in a list. Cannot change this in SP Online.
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What problems and limitations are there?
Sandbox (SharePoint Online / Office 365)
cannot programmatically access the Taxonomy namespace:
Cannot programmatically bind fields to term sets.
Cannot declaratively bind fields to term sets using CAML as the term
set Guids are not known.
Cannot import terms with their Guids.
Cannot export terms even programmatically.
Cannot find out the term Guids, so cannot do anything which
requires the Guid, e.g. hierarchical queries.
Cannot use the TaxonomyWebTaggingControl as it can only be bound
to a term set programmatically.
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Questions
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Resources
Managed Metadata Overview
http://technet.microsoft.com/en-us/library/ee424402.aspx
Introduction to Managed Metadata
http://office.microsoft.com/en-us/sharepoint-server-help/introduction-to-
managed-metadata-in-sharepoint-server-2010-HA101859256.aspx
Managed Metadata Limitations
http://www.sharepointanalysthq.com/2011/06/managed-metadata-column-
limitations/
Managed metadata CSV input file format
http://technet.microsoft.com/en-us/library/ee424396.aspx
Querying on Managed Metadata Field Values
http://msdn.microsoft.com/library/ff625182.aspx
How to set Taxonomy Field Values programmatically
http://nickhobbs.wordpress.com/2012/02/21/sharepoint-2010-how-to-set-
taxonomy-field-values-programmatically/
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Resources
User Profile Property Using Term Set, Required Validation Does Not
Work
http://nickhobbs.wordpress.com/2012/02/07/sharepoint-2010-bug-user-
profile-property-using-term-set-required-validation-does-not-work/
Managed Metadata Converts Ampersand and Double Quotes to Unicode
http://nickhobbs.wordpress.com/2012/03/29/sharepoint-2010-managed-
metadata-converts-ampersand-and-double-quotes-to-unicode/
People Refinement Panel does not work properly with Multi-Value
taxonomy user profile properties
http://nickhobbs.wordpress.com/2012/04/03/sharepoint-2010-bug-people-
refinement-panel-does-not-work-properly-with-multi-value-user-profile-
properties/
Search Refinement Panel’s TaxonomyFilterGenerator Produces
Unexpected Results
http://nickhobbs.wordpress.com/2012/04/19/sharepoint-2010-bug-search-
refinement-panels-taxonomyfiltergenerator-produces-unexpected-results/
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More information
Nick Hobbs
nick@nickhobbs.net
www.nickhobbs.net
www.linkedin.com/in/nhobbs
Editor's Notes
Microsoft have provided a good overview of Managed Metadata, so I will use some of their notes and I have added to them.A link to Microsoft’s overview of Managed Metadata will be provided at the end:http://technet.microsoft.com/en-us/library/ee424402.aspx
Groups - Only users who are designated as contributors to a specific group can manage term sets that belong to the group or create new term sets within it.
Local term setsare created within the context of a site collection. For example, if you add a column to a list in a document library, and create a new term set to bind the column to, the new term set is local to the site collection that contains the document library.Global term setsare created outside the context of a site collection, in a centrally managed term store. For example, the term store administrator could create a term set group called "Human Resources" and designate a person to manage the term set group. The group manager would create term sets that relate to Human Resources, such as job titles and pay grades in the Human Resources term set group.Users can see only global term sets and term sets that are local to the user's site collection.
DemoShow Term Store Management ToolSelect Managed Metadata ServiceTerm Store AdministratorsCreate GroupGroup Managers & Group Contributors define permissions.Create Global Term SetTerm Set Owner, Stakeholder, and Contact are only "informational" and do not define permissions.Create TermAvailable for TaggingShow existing tagsHierarchy (Team)Reused terms (Country & Location)Deprecated term (Group B, Term Set C, Term E)Create Document LibraryCreate new field – Protective Marking – using term set Protective MarkingCreate new field – create local term set – Document Type (Specification, Proposal, Invoice)Note: Submission policy by default allows users to add terms to the term set.Show setting up and using Enterprise Keywords.Show how to add existing fieldEnterprise Metadata and Keywords Settings Upload document and choose Terms & Enterprise KeywordsTurn on Metadata driven navigationShow Navigation HierarchiesShow Key Filters
Additional points It seems that Managed Metadata in the Sandbox is very limited and has to be setup manually.At the SharePoint Conference one MVP suggested the sandbox can only use local term sets, although documentation suggests global term sets are possible with these limitations.