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DEVELOPMENTS AND TRENDS IN THE LMS AND DISCOVERY ARENAS Marshall Breeding Director for Innovative Technology and Research Vanderbilt University Library.

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Presentation on theme: "DEVELOPMENTS AND TRENDS IN THE LMS AND DISCOVERY ARENAS Marshall Breeding Director for Innovative Technology and Research Vanderbilt University Library."— Presentation transcript:

1 DEVELOPMENTS AND TRENDS IN THE LMS AND DISCOVERY ARENAS Marshall Breeding Director for Innovative Technology and Research Vanderbilt University Library Founder and Publisher, Library Technology Guides Program on National Infrastructure 26 August 2010 Stockholm

2 Seminar Goal  The aim of the seminar is to create an understanding of the infrastructural challenges and to contribute to a plan of action for the future.  Library Directors and System managers will discuss different solutions of availability and management of e- resources in order to make strategic choices for the development of the infrastructure at a national level.

3 Presentation Themes  Trends and recent developments in the library system market,  resource discovery services and resource management as indexing/knowledge bases  Creation and management of data wells for metadata  Ongoing discussion regarding options for building data wells in-house, open source or partnering with commercial actors.

4 Summary development and trends in the library system market, regarding resource discovery services and resource management as indexing/knowledge bases. If I should emphasize something special, it is the question of data wells for metadata. We have been investigating the data well question in a report (plesase see below, Summary in English) and there is a discussion about building data wells in-house, open source or with commercial actors. We have also invited three commercial actors to the seminar. Not an easy question! Related is also the topic of the national catalogue LIBRIS as a local OPAC for the libraries. How can Libris work as, not only the national catalogue, but also as a local OPAC? The third topic is the future for ExLibris, Metalib/SFX in Sweden. We´re happy with SFX, but not with Metalib/federated search, how to continue? But the main focus at the seminar will be resource management/data well, although Libris and Metalib/SFX questions need to be included in the discussions.

5 Basic Discovery Concepts

6 Crowded Landscape of Information Providers on the Web  Lots of non-library Web destinations deliver content to library patrons  Google Search / Google Scholar  Amazon.com  Wikipedia  Ask.com

7 User expectations

8 Evolution of library collection discovery tools  Bound handwritten catalogs  Card Catalogs  Library online catalogs – OPACs  Next-Gen Catalogs / Discovery interfaces  Web-scale discovery services

9 Bound Catalog

10 Card Catalog

11 Online Card Catalog

12 Web-based online catalog

13 Next-generation Catalog

14

15 Modernized Interface  Single search box  Query tools  Did you mean  Type-ahead  Relevance ranked results  Faceted navigation  Enhanced visual displays  Cover art  Summaries, reviews,  Recommendation services

16 Web site as menu of search options

17 Disjointed approach to information and service delivery  Silos Prevail  Books: Library OPAC (ILS module)  Articles: Aggregated content products, e-journal collections  OpenURL linking services  E-journal finding aids (Often managed by link resolver)  Local digital collections ETDs, photos, rich media collections  Metasearch engines  All searched separately

18 Lack of unified Web presence  User’s don’t understand the distinctions we make  Catalog?  Articles and Databases?  Digital Library?  Search our Site?  Search interfaces based on content formats or management applications  Non-library Web sites are much more unified

19 A simple vision  A single point of entry to all the content and services offered by the library  …but with precision, nuanced sophistication, and multiple dimensions Search:

20

21 Web-scale discovery

22 Online Catalog vs. Discovery Layer  Online Catalog  Interface conventions from an earlier Web era  Scope: Tied to the ILS and its content domain  Discovery Layer  Modern interface elements  Scope: aims to address broad range of components that constitute library collections

23 Discovery Products

24 Decoupled from ILS

25 Social discovery  Tags, user-supplied ratings and reviews  Leverage social networking interactions to assist readers in identifying interesting materials: BiblioCommons  Leverage use data for a recommendation service of scholarly content based on link resolver data: Ex Libris bX service

26 Deep indexing  Metadata can no longer serve as the only basis for discovery  Increasing opportunities to search the full contents  Google Library Print, Google Publisher, Open Content Alliance, government publications, etc.  High-quality metadata will improve search precision  Commercial search providers already offer “search inside the book” and searching across the full text of large book collections  Important transition to full-text book search beginning in library projects  HathiTrust indexing 6 million volumes  Must become a routine component of library discovery  Deep search highly improved by high-quality metadata

27 Discovery product Trend  Initial products focused on technology  AquaBrowser, Endeca, Primo, Encore, VUfind  Mostly locally-installed software  Current phase focused on integrated access to both local content and remote articles to deliver Web-scale discovery. Examples:  Summon (Serials Solutions)  WorldCat Local (OCLC)  EBSCO Discovery Service (EBSCO)  Primo Central  Encore Synergy

28 Beyond Federated search  Federated Search / Metasearch use real-time queries against multiple information targets  No centralized index – presentation of dynamic results  Shallow results -- only a few results initially fetched from each target  Difficult to calculate relevancy  Performance challenges

29 Beyond local discovery interfaces  Pre-populated indexes  Web-scale  Exploits the full depth and breadth of library collections  Beyond the bounds of the local library’s collection  Targets the universe of objective, vetted library content

30 Pre-populated discovery services  New-generation interface  Harvested local content  ILS metadata  Institutional repositories, ETDs, Digital Collection platforms  Vendor-supplied indexes of library content  E-journals, databases, e-books Full-text and metadata corresponding to e-content subscriptions  Book collections beyond local library collections  Includes full-text indexing to the fullest extent possible

31 Online Catalog Search: Search Results ILS Data

32 Federated Search Search: Digital Collections ProQuest EBSCOhost … MLA Bibliography ABC-CLIO Search Results Real-time query and responses ILS Data

33 Discovery Interface Search: Digital Collections ProQuest EBSCOhost … MLA Bibliography ABC-CLIO Search Results Real-time query and responses ILS Data Local Index MetaSearch Engine

34 Web-scale Search Search: Digital Collections ProQuest EBSCOhost … MLA Bibliography ABC-CLIO Search Results Pre-built harvesting and indexing Consolidated Index ILS Data

35 Web-scale Search + Federated Search Search: Digital Collections ProQuest … MLA Bibliography ABC-CLIO Search Results Pre-built harvesting and indexing Consolidated Index ILS Data Fed Search Non- harvestable Resources Non- harvestable Resources

36 Discovery  Delivery  Discovered content delivered through original repositories  Publisher agreements generally preclude exposing content for direct access  Should necessarily circumvent core role of publisher

37 Benefits  Libraries: increased access to high-cost electronic content  Users: Easer access to research resources  Publishers: Increased impact of content products  IT perspective: advance harvesting makes more efficient use of resources than simultaneous real- time queries

38 Toward a Large-scale National Discovery environment

39 Obstacles and Challenges  Scaleable technology platform  Acceptable relevancy-based retrieval for large heterogeneous collections  Acquisition of data and metadata for aggregated index

40 Opportunities  Climate more favorable to harvesting e-content for indexing  Highly scaleable, open source tools for discovery infrastructure  Lucene  SOLR  Many ongoing synergistic projects as possible collaborative partners

41 Potential Commercial Partners  Three commercial organizations will participate in the seminar:  Ex Libris  Serials Solutions  EBSCO  Each has negotiated access to commercial content products  Paved the way for library driven projects

42 Other similar projects

43 Summa  State and University Library of Denmark  Locally built integrated search  Catalogs + articles  Failed to receive EU funding due to lack of guarantees to receive article data from publishers  Now Partnering with Serials Solution to use article index from Summon via API

44 Trove  National Library of Australia  Previously called Single Business Discovery Project  Brings together many previously separate discovery systems  Built in-house at NLA  Prototype released May 2009  Includes some full-text as well as metadata  Technology: Java, Lucene, SOLR, MySQL  Details: y01.html y01.html

45 What about OCLC?  WorldCat: ever expanding repository of metadata  Books mostly, increasing article metadata  Focused on expanding WorldCat for broad discovery  ArticleFirst 23 million records  April 2009 agreement with EBSCO for article metadata (withdrawn?).  Quantity of article metadata apparently not on track to attain the same level of comprehensiveness as seen in Summon, EDS, Primo Central

46 Developing the Data Well / Aggregated index  Aggregation of metadata and content  Normalization – map metadata to make indexing, facets, and presentation meaningful  De-duplication of records within and between content sources  FRBR – Collapsible groupings according to FRBR concepts:  work – expression -- manifestation – item

47 Content sources populating the Aggregated Index  Article metadata and full text  Index views according to profile  Coordinated with local OpenURL knowledge bases  Digital Collections  LMS Metadata  Books, Microfilm, periodical titles, DVD, etc  Blending of vendor provided metadata and locally managed unique content  At the cusp of being able to represent library collections comprehensively

48 Acquiring content for Aggregated Index  Agreements with publishers and providers of article content to libraries  Open access content  Any OAI target  Local digital collections  Relevant library catalog data  OK with OCLC record use policies when aggregated at a national level?

49 Data Well Construction  Technical  Assembling technologies of adequate scale and capacity  Indexing, Search and retrieval  Normalizing  Business / Political  Agreements with commercial publisher to provide metadata or content  Increasing expectation from libraries to allow harvesting for discovery (Similar to COUNTER compliance, OpenURL support)  Improved performance at delivering library end users to publisher content

50 Relationship with OpenURL Knowledgebase  The aggregation of article-level citations and content relates to journal title-level profile and availability data in the OpenURL knowledgebase  Important source of profiling needed to deliver appropriate views of the index for different libraries.

51 A labor-intensive project  Business process  Develop relationships with providers and publishers  Construct contracts and licenses  Technical  Create import process for each source: Normalization, Mapping, de-duplication, FRBR groupings Initial load + constant incremental updates  Creation of highly scalable indexing and retrieval platform Must scale up to 1 billion articles Develop algorithms and tunings for appropriate relevancy rankings Interface design

52 Building Expectations for Article Discovery  Libraries should require agreements for harvesting as part of content licensing process  Library licenses have led to broad support for:  COUNTER  SUSHI  OpenURL Linking

53 Beyond Metadata  Increasing expectation for full-text indexing  Capacity present in e-journals for many years  Full-text book indexing more problematic  Much full text not available  Complex to index

54 Heterogeneous index  Books – mere millions  Articles – many hundreds of millions  Digital objects – many hundreds of millions

55 How to deal with non-harvestable resources  Metasearch?  Resource recommendation service  Database spotlighting

56 Positioning of Discovery vs native Interfaces  Current generation of discovery interfaces lack important features  Service delivery (items borrowed, renewals, fee payments, etc)  Browse and other advanced search or retrieval features  Many libraries use native Web-based catalog to supplement  Native interfaces of major information products appeal to discipline specialists

57 Content + Services  Must go beyond discovery to fulfillment  Further integration of user services features into discovery interface  Increased resource sharing capabilities

58 LIBRIS  National Union Catalog >  Local catalog?  Local LMS?

59 LMS deployments in Sweden -- Academic

60 LMS deployments in Sweden -- Public

61 The next new front for Library Discovery Mobile

62 Relevant Technology Trends

63 Service-oriented architecture  Key technology for interoperability among diverse software applications  New applications built with SOA throughout  Legacy applications with a services layer

64 Aggregating data and metadata  Open source  Commercial partnerships

65 Mobile access to library content and services  New opportunity to retain and attract library users  Mobile web and apps  Working toward a unified Mobile library presence  Unify disjointed mobile silos the same ambitions as we have for our the Web

66 Questions and Discussion


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